Journal articles on the topic 'CDROM hands on instruction program'

A robotics instruction program is implemented for beginners to understand outlines of robotics. The aim of this program is to give students an outline of “what a robot is” together with its relations with various areas concerned and facilitate each student to produce their own robots and learn its process. This paper introduces lecture contents of “Robot Hands-On Exercise” conducted on freshmen of the Department of Advanced Robotics at Chiba Institute of Technology. This paper also includes visiting lectures with reorganized contents for a crash course provided as a part of Super Science High Schools (SSH) and Science Partnership Project (SPP), which are learning support projects by Japan Science and Technology Agency. We will summarize the findings based on questionnaire survey results and interactions with the students through those lectures.

Experiential learning is an integral component of successful career preparation for the horticulture industry. The limited-enrollment practicum course through Sparty's Flowers has been taught for 7 years, and accounts largely for the overall success of the retail floriculture program. Structure is built into the course by assigning weekly individual learning objectives and assignments. Students, in turn, develop their own action plans, upon which evaluation is based. Interactive group meetings replace formal lectures for more effective instructional delivery. Knowledge retention is enhanced as lessons are experienced, not only heard and read. Technical hands-on experiences of design, display, advertising, recordkeeping, sales, and merchandising sharpen abilities. Professional skills, such as time management, interpersonal communication, leadership, and creative problem solving are also developed and fostered by all members of the class. Practicum instruction, as an example of effective collaborative learning, allows a creative and realistic approach to teaching horticulture.

The article is designed to provide speech-language pathologists with information they can use in designing hands-on augmentative & alternative communication (AAC) partner training programs directed toward speech-language pathology graduate students and instructional staff working in schools. First, the article develops a rationale for the need for such instruction. Next, it details necessary elements of such training programs described in the literature. Then, the authors detail the increases in instructional staff use of partner-augmented input following their implementation of a program based upon one of these training approaches. Last, the authors present the lessons they learned that can be applied to the design and implementation of graduate training opportunities in AAC.

Purpose – This paper aims to describe the MacEwan University Library’s successful pilot of a fully blended information literacy (IL) instruction program for first-year English courses. Development, implementation and assessment of the pilot prior to full implementation are discussed. Design/methodology/approach – The new sustainable blended model for the English Library Instruction Program reduced duplication of content and effort, incorporated online and in-person instruction and promoted self-directed learning opportunities through a new Learning Commons. This model places essential instruction online while maintaining personal relationships for students with the English Librarian and the Library through multiple points of interaction. Face-to-face instruction efforts were concentrated on developing critical thinking skills through a hands-on source evaluation activity and on providing point-of-need support. Librarians worked closely with English faculty to encourage early voluntary adoption of the new model for the Fall 2013 pilot. Findings – The voluntary early-adopter model worked well for garnering and maintaining support from the English department: the authors had 42 per cent of English sessions piloting the new model for Fall 2013, surpassing the initial target of 25 per cent. Students scored well on an assessment of their ability to identify scholarly sources. Librarian preparation time has been greatly reduced. Originality/value – Many academic libraries are looking to asynchronous online tutorials as a more sustainable model for delivering IL instruction. This case study demonstrates that it is possible to move some instruction online while maintaining the personal relationships librarians have forged with students and faculty.

Purpose This paper aims to provide academic instruction librarians with a model for integrating concepts from the Association of College and Research Libraries (ACRL) Framework into “one-shot” library instruction sessions without losing the practical experience of searching the library resources. Design/methodology/approach The authors adapted the Cephalonian method as the structure of first-year library instruction sessions for an English composition class. The sessions were re-designed to emphasize the core concepts of information literacy while incorporating active learning activities and discussion. Findings The authors found the Cephalonian method to be a useful structure for incorporating aspects of the ACRL Framework into the first-year library instruction program. The call-and-response format fosters conversations and leads seamlessly into hands-on activities. When used as part of “flipped” instruction, the Cephalonian method allows instructors to engage students who have completed the online portion and those who have not. Practical implications This paper offers librarians practical ideas for incorporating the information literacy concepts outlined in the ACRL Framework into one-shot instruction sessions. Originality/value With the recent adoption of the Framework for Information Literacy for Higher Education by ACRL, there is a need for practical examples of how to incorporate the frames into existing library instruction programs.

Purpose: To develop and implement a comprehensive program to train providers to place subclavian central venous catheters (CVCs) using real-time ultrasound guidance. Study design: Simulation-based prospective study at an academic medical center. Of 228 anesthesia providers and intensivists eligible to participate, 106 participants voluntarily enrolled. The training program consisted of a didactic module, hands-on instruction and practice using a CVC simulator and a standardized patient. The success of the program was measured by pre and post knowledge tests and direct observation during the hands-on sessions. Results: Of 106 participants who enrolled, 70 successfully completed the program. Out of 20 possible procedure steps, an average of 17.8 ± 2.9 were correctly performed in the simulated environment. The average time to needle insertion, defined by positive aspiration of stained saline, was 3.35 ± 3.02 min and the average time to wire insertion with ultrasound confirmation was 3.85 ± 3.12 min. Conclusions: Participants learned how to successfully perform ultrasound-guided catheterization of the subclavian vein. Since ultrasound-guided subclavian CVC placement is a useful clinical skill that many practitioners are unfamiliar with, increasing competence and comfort with this procedure is an important goal. Other centers could consider adopting an approach similar to ours to train their providers to perform this technique.

Using a framework for educational design research, this article reports and evaluates the (process of the) design of a financial education program. The program is designed for high school students in the prevocational track in the Netherlands. The aim of the program is to improve students’ financial knowledge, attitudes, self-efficacy, and (savings) behavior. The main outcome of this study is the identification of design principles that can be used by others for the design of financial education programs: setting a personal savings goal, commitment with and reflection on this goal, discussing money issues with peers and family, hands-on activities with autonomy, and explicit instruction through animated video clips. The results show that our program, called “SaveWise,” improves high school students’ financial knowledge and skills, financial awareness, attitudes towards money, self-efficacy, and financial behavior.

HEAT, an instructional program emphasizing a nontraditional hands-on approach to algebraic instruction for urban, predominantly African American middle schoolers, provides a space to explore teachers’ beliefs about urban students’ mathematical abilities and motivation and addresses how teacher perceptions can intersect with instruction, learning, and the construction of students’ mathematical identities. Using a multiple case study design, we analyzed six urban middle school mathematics teachers’ written reflections and interview responses. Findings suggest that teachers’ instructional behaviors, along with their perceptions and expectations of urban, African American middle schoolers’ mathematical abilities and motivation, interact with students’ beliefs and work habits in ways that can promote and support students’ positive mathematical identity construction. Thus, HEAT personified thriving learning subcultures and supportive mathematical communities of practice that are far too atypical in urban middle schools.

Imagine first-year teachers who provide enrichment through instruction that is learner centered and hands on and that challenges students' creative and critical thinking. Also imagine that these teachers are providing such enrichment to all students in both general and special education programs. Further, imagine an innovative teacher-education program where preservice teachers team with general elementary and special education classroom mentors to teach students with a wide range of talents and abilities, including those with average and above average abilities, as well as students with mild learning or behavior problems.

OBJECTIVE: The emergence of the acquired immune deficiency syndrome in 1981 and the consequent publicity surrounding sexual behaviour has increased the likelihood that patients will seek medical advice. Sexually transmitted disease (STD) teaching and postgraduate medical programs in Canadian schools of medicine have not been adequately documented. Accordingly, the Laboratory Centre for Disease Control. Department of National Health and Welfare, sought to determine the magnitude and scope of STD training in these schools. DESIGN: A four page questionnaire sought information on preclinical, clinical and residency training in terms of the number of classroom and laboratory hours of instruction, the subspecialty responsible for providing the training, and the clinical ‘hands on’ experience of the teachers: each respondent was also asked to assess the quality and scope of instruction provided at his/her medical school. SETTING/PARTICIPANTS: The questionnaire was mailed to the Dean of each of the 16 schools of medicine in Canada: it was requested that the questionnaire be forwarded to and completed by the person responsible for STD training at the university. RESULTS: Thirteen schools (81%) completed the questionnaire. Each school indicated that some STD instruction was provided at the undergraduate level: the mean number of hours of classroom instruction was 6.1. Physicians with STD clinical ‘hands on’ experience were responsible for teaching in 12 schools. Infectious disease residents spent 4 to 80 h on STDs, while those from other residency programs where STD was not an elective spent 2 to 8 h. Each medical school was asked to provide an evaluation of its program. Only three respondents considered their STD training program adequate. The majority of schools responded that infectious disease residents received sufficient training but the training offered medical students and residents in other programs was less than adequate. The quality of teaching was considered ‘excellent’ in three schools, ‘good’ in nine, and ‘poorly co-ordinated’ in one. CONCLUSIONS: There is no simple solution to ensure that every physician in Canada receives sufficient clinical training in STDs. Collaborative and cooperative efforts by federal, provincial and local governments, professional societies, licensing bodies, medical schools, residency programs, STD clinical directors and provincial and territorial directors of STD control, should be encouraged.

Objective – The aim of this paper is to evaluate teaching effectiveness in one-shot information literacy (IL) instruction sessions. The authors used multiple methods, including plus/delta forms, peer evaluations, and instructor feedback surveys, in an effort to improve student learning, individual teaching skill, and the overall IL program at the American University in Cairo. Methods – Researchers implemented three main evaluation tools to gather data in this study. Librarians collected both quantitative and qualitative data using student plus/delta surveys, peer evaluation, and faculty feedback in order to draw overall conclusions about the effectiveness of one-shot IL sessions. By designing a multi-method study, and gathering information from students, faculty, and instruction librarians, results represented the perspectives of multiple stakeholders. Results – The data collected using the three evaluation tools provided insight into the needs and perspectives of three stakeholder groups. Individual instructors benefit from the opportunity to improve teaching through informed reflection, and are eager for feedback. Faculty members want their students to have more hands-on experience, but are pleased overall with instruction. Students need less lecturing and more authentic learning opportunities to engage with new knowledge. Conclusion – Including evaluation techniques in overall information literacy assessment plans is valuable, as instruction librarians gain opportunities for self-reflection and improvement, and administrators gather information about teaching skill levels. The authors gathered useful data that informed administrative decision making related to the IL program at the American University in Cairo. The findings discussed in this paper, both practical and theoretical, can help other college and university librarians think critically about their own IL programs, and influence how library instruction sessions might be evaluated and improved.

Background: Ultrasound-guided peripheral intravenous (USGPIV) technology is being utilized more frequently in emergency department settings. Traditionally, physicians have performed this procedure to gain vascular access in patients for whom standard intravenous line procedures are unsuccessful. Nurses at Wexner Medical Center at The Ohio State University have shown that a nurse-driven ultrasound program can be successfully implemented in an emergency department. Methods: Standardized training for registered nurses includes a 4-hour didactic and hands-on course and 24 hours of 1-on-1 individualized instruction with a nurse champion. Emphasis is placed on avoiding the larger upper arm veins. Results: A peripheral intravenous line database has been maintained since the beginning of the program in 2009. This database shows a significant percentage of admitted patients received USGPIV service. In 2010, USGPIVs were successfully placed 90% to 98% of the time. Conclusions: Utilizing UGSPIV can expedite treatment and disposition in an emergency department. Ultimately, throughput and wait time for an emergency department bed can thus be similarly affected, positively affecting customer service.

ABSTRACTUniversities struggle to provide meaningful education and mentorship to Native American students, especially in STEM fields such as archaeology and geography. The Native American Summer Mentorship Program (NASMP) at Utah State University is designed to address Native student retention and representation, and it fosters collaboration between mentors and mentees. In spring 2020, as university instruction went online due to the COVID-19 pandemic, NASMP mentors were faced with adapting hands-on activities and face-to-face interaction to an online format. Using our Water Heritage Anthropological Project as a case study, we show how virtual archaeological, archival, spatial, and anthropological labs can be adapted for online delivery. This approach may be especially useful for reaching students in rural settings but also for engaging students in virtual or remote research in the field sciences.

To promote both learning and horticulture, a 5 year pilot program was implemented with a collaborative effort between the Louisiana State University Horticulture Department and the University Laboratory School. The objective of this program was to develop a hands-on approach to learning which fostered self-discovery and a positive perception of horticulture. First graders were able to experiment in both the greenhouse and in the field with instruction in the classroom. Among the many concepts that the children were Introduced to, they benefitted most from being able to participate and observe the process from seeding to harvesting enabling them to work with the different types of seeds, media, and fertilizers. In the classroom, horticulture was Integrated in every subject of the first grade class. For example, the students learned math by measuring and counting the produce then making charts to report their findings. The result of the program was that the children did in fact obtain a positive perspective of horticulture while developing an awareness of the process of growth and development of horticultural crops. The first grade class received a national award for donating their produce to the local food bank in Baton Rouge.

Context: Graduating athletic training students must consider both physical and mental aspects of injury to fully rehabilitate the injured athlete; however, programs may not be preparing students to apply psychosocial strategies that can improve the recovery process. Objective: To examine Psychosocial Intervention and Referral (PIR) content area curricular methods (instruction and assessment) and the confidence of program directors (PDs) in a graduating student's ability to utilize psychological interventions. Design: Cross-sectional survey. Setting: An Internet e-survey gathered information from 128 undergraduate PDs. Patients or Other Participants: 128 undergraduate professional education PDs; response rate 38.3% (128/334) Data Collection and Analysis: E-survey variables included educational background (accredited program or internship) and years of PD service, courses, instruction and assessment methods, program demographics (10), content area emphasis rank, and PD's confidence in graduating students' PIR abilities (0–10 scale). Chi-square and odds ratio analyses were employed. Results: PIR content area received the lowest instructional emphasis rank overall (n = 69; M = 6.80 [2.34]). Competencies that focus on applying psychological interventions with patients were most often instructed through lectures and/or discussions (72.6%) and assessed through written tests (52.3%). Significant Pearson chi-square tests (P < .05) showed that confident PDs (rating of 7 to 10) were more likely to use role-playing to instruct and practical exams to assess student learning. Odds ratio analyses found significantly higher odds of confidence in PDs who used practical assessment methods (1.12 to 25.11). Conclusion: The results suggest that the use of hands-on instructional and assessment techniques will increase a PD's confidence in a student's psychosocial intervention abilities. Implications for effective pedagogical methodology are discussed.

Abstract The objectives of this cattle AI school were to provide producer education in cattle reproductive management, semen handling, and insemination technique. The school is unique from other AI training programs in that it consisted of 7 hours of classroom training in economics, reproductive anatomy, estrous cycle, estrus synchronization, estrus detection, AI equipment, nutrition, sire selection, herd health, and biosecurity in relation to AI. Instructors were Mississippi State University (MSU) and Auburn University (AU) faculty and Extension agents with expertise in each subject area. Hands-on laboratory handling of bovine female reproductive tracts was provided as part of this initial classroom instruction. The program included a minimum of 8 hours of hands-on experience with semen handling and cattle insemination technique. The entire course spans a Thursday evening, Friday morning and afternoon, and Saturday morning and was scheduled twice per year. Overall participant ratings of AI school sessions averaged 4.7 on a 1 to 5 scale, where 1 = poor and 5 = excellent. Changes to the AI school were made over time based on producer feedback from previous course evaluations. The MSU Beef Unit was added as a second location in 2012. The evaluation was updated in 2015 to include a pre-test/post-test, 173 participants have completed a test with a pre-test average of 68.32 ± 13.34 and post-test average of 82.49 ± 10.09 (P < 0.001). A presentation for reproductive equipment was added in 2017. The MSU-ES cattle AI school consistently fills to participant capacity at each offering with waiting lists formed each time for future offerings, indicating a strong demand for this program. School participation has expanded from primarily Mississippi-based attendees to attendee representation from 13 additional states in the program. In excess of 1,052 persons have completed the MSU-ES cattle AI school since its inception.

Over the past decade or so, a growing number of writers have argued that cognitive science and psychometrics could be combined in the service of instruction. Researchers have progressed beyond statements of intent to the hands-on business of researching and developing diagnostic assessments combining cognitive science and psychometrics, what I call cognitively diagnostic assessment (CDA). In this article, I attempt to organize the many loosely connected efforts to develop cognitively diagnostic assessments. I consider the development of assessments to guide specific instructional decisions, sometimes referred to as diagnostic assessments. Many of my arguments apply to program evaluation as well—assessments that reveal the mechanisms test takers use in responding to items or tasks provide important information on whether instruction is achieving its goals. My goal in this article is to characterize CDA in terms of the intended use of assessment and the methods of developing and evaluating assessments. Towards this goal, I (a) outline the societal trends that motivate the development of CDA, (b) introduce a framework within which the psychological and statistical aspects of CDA can be coordinated, and (c) summarize efforts to develop CDA in a five-step methodology that can guide future development efforts. Finally, I address some of the issues developers of CDA must resolve if CDA is to succeed.

Many political science departments face the difficult challenge of providing practical learning experiences of use to students beyond their collegiate years. The problem is particularly pronounced in the international field, where there are fewer internship and work-credit outlets and participation in study abroad programs may be limited by financial or logistical considerations. An alternative device offering “hands on” experience is a practicum, combining classroom instruction with the opportunity to apply acquired knowledge through activity outside the traditional classroom setting.One such effort to augment the international relations curriculum is the Great Decisions practicum. Sponsored nationally by the Foreign Policy Association (FPA), Great Decisions is a non-partisan study/discussion program intended to familiarize citizens with critical foreign policy issues facing the United States. Each year, participants are exposed to eight major policy issues by reading the Great Decisions study guide and through involvement in a community lecture and discussion series.

Background A functioning catheter is vital to the success of peritoneal dialysis (PD). Catheter complications related to the insertion procedure remain a major hindrance to PD utilization. Most catheters are placed by surgeons. Suboptimal catheter outcomes appear to be related to inadequate training and experience during surgical residency and the absence of educational opportunities to remedy this deficit once the surgeon is in practice. Objective The aim of this report is to describe a 1-day comprehensive surgeon training program in PD access surgery and to convey the results of the first 7 courses. Methods Needs assessment data served as the foundation for formulating course objectives and content. A disease-based approach to PD was taken to provide both didactic instruction and laboratory exercises. Surgical simulators permitted skills development for each key task in catheter placement. Educational outcomes were measured with pre- and post-tests, course evaluation, and follow-up survey. Results Seven courses were attended by 134 surgeons with an average faculty to participant ratio of 1:4 during hands-on laboratory sessions. Pre- and post-testing demonstrated a class-average normalized educational gain of 50%. On a 5-point Likert scale, the course was scored highly on 14 areas of evaluation with average responses ranging from 4.4 to 4.9. A follow-up survey conducted a mean of 28 months after the programs revealed significantly increased utilization of all 10 course-targeted PD access skills. Participants gave mean scores of 4.6 for improved confidence in case management and 4.4 for better catheter outcomes. Conclusions A comprehensive 1-day peritoneal access training course can produce long-term self-assessed improvement in surgical management and PD catheter outcomes.

AbstractK-12 educators from Maryland's Eastern Shore traveled from the Chester River headwaters to the Chesapeake Bay aboard a research vessel analyzing sediment samples and using sonar to image its bottom and, incidentally, an 18th century shipwreck. Educators engaged in 10 Professional Development Modules where they participated in activities such as building observation buoys that collect water quality data and designing, building, and operating underwater robots. Additional program components included issues investigation, agro-ecology, bird identification, weather, and hands-on instruction to integrate the material into impact classroom content. The program strength lies in the cumulative knowledge gained by completing all of the components to get a holistic view of watershed exploration from the headwaters to the Bay. Consequently, the thread for this program is that all educators are from schools within the Chester River Watershed, herein termed a schoolshed. Data were plotted on a school-available website and are further supported by <ext-link ext-link-type="uri" xlink:href="http://www.crwo.org">http://www.crwo.org</ext-link>. Shared resources were available for all of the teachers and delivered on demand so that the lessons could be implemented with classes on their school grounds. Independently contracted program evaluations were positive. All of the program's components are easily adapted to other watersheds and are presently being repackaged as the Canyons to the Oceans program for the Oxnard California School District as the Coastal California Watershed Observatory. Since 2013, the program has been supported by the Maryland State Department of Education and the National Oceanic and Atmospheric Administration.

AbstractThe Marine Technologies for Teachers and Students (MaTTS) Project, funded by the National Science Foundation's Innovative Technology Experiences for Students and Teachers program, provided teams of high school teachers and students from southern New England with professional development and learning activities focused on technologies that enable ocean exploration and discoveries as well as exposure to career opportunities that support the ocean economy. MaTTS designed, implemented, and evaluated a continuum of evidence-based activities to train teachers and engage students. The educational programs focused on low-cost, build-it-yourself technologies that were adapted by the MaTTS team and provided hands-on training and skills development for both teacher and student participants. The continuum was further enabled by the information and communications technologies (ICT) available at the Inner Space Center to provide ocean science and technology content delivery and real-time ocean exploration and interactions with scientists and engineers working at sea. Results from the project evaluation revealed positive impacts on both teacher and student participants, particularly regarding their content knowledge, beliefs about science, and leadership skills. The evaluation also revealed several areas where the project could be improved to support implementation at a broader scale.

ABSTRACT IMPACT: The Bench Tutorials Program is an independent study course in biomedical research in which high school students are paired with graduate and post-doctoral students during the academic year. The purpose is to enhance the rigor of high school science education and build the pipeline of tomorrow’s researchers. OBJECTIVES/GOALS: The Bench Tutorials Program: ο Proficiency in research design, implementation, and presentation; ο Acquisition of hands-on laboratory skills; ο Increase in scientific literacy; ο Increase in analytical skills and critical thinking; ο Career in science; ο Build the pipeline of tomorrow’s biomedical researchers METHODS/STUDY POPULATION: High School seniors are paired with graduate and postdoc mentors through a matching process. Students spend approximately four hours/week in supervised instruction and research from a participating laboratory in addition to classroom experience at their High School. Mentors design research projects relating to the larger research framework of their laboratories. In light of COVID-19, approaches have been adjusted to maintain the program safely through a hybrid method of using the high school lab for hands-on learning and through the use of Go-Pros ’s to enable our mentors to video and narrate as they conduct experiments in their own labs to teach their mentees scientific methods and processes. RESULTS/ANTICIPATED RESULTS: Since inception, more than 400 students and mentors have participated in the Bench Tutorial’s program. This year we found a way to continue the program under COVID-19 restraints without putting anyone in harms way. Go-Pros have been essential for our program to maintain continuity for high school students who receive academic credit for this course. This program is also one of few in which our graduate students have the opportunity to serve as mentors in the scientific setting. Using Go-Pro’s will also enable us to provide teaching videos online for other academic institutions, so even in the absence of COVID-19 in the future, the continued use of these devices will still be of great value. DISCUSSION/SIGNIFICANCE OF FINDINGS: High school students are afforded the ability to work on cutting edge research projects alongside graduate students and postdocs, who are afforded the chance to mentor and teach. Due to the COVID-19 pandemic, we have successfully adjusted our methods for teaching through the use of Go-Pro technology.

Curriculum in High Altitude Environments for Teaching Global Climate Change Education (CHANGE) uses place-based education to teach middle school students about meteorology and climate as a basis to improve climate science literacy. The curriculum provides in-school and out-of-school instruction and connects students with scientists at Storm Peak Laboratory, a high-elevation atmospheric research facility above Steamboat Springs, Colorado. Following an initial 2-h classroom lesson, students record their own measurements of temperature, pressure, wind speed, and particle concentrations while traveling up the mountain to Storm Peak Laboratory. After returning to the classroom, students graph these data and analyze their results. Evaluation of this program showed that students improved their knowledge of key concepts pertaining to climate literacy. The hands-on, place-based format of CHANGE can be used as a model for middle school students in alpine communities to teach lessons in weather and climate and can be further refined by improved lesson plans, increased feedback to students, and an independent evaluation.

Objective: To assess the prevalence of microlaryngeal teaching course in Accreditation Council for Graduate Medical Education (ACGME)-accredited otolaryngology residency programs in an effort to evaluate the nature, perceived value and barriers to implementation of microlaryngeal courses. Method: A 14-question survey to all ACGME-accredited otolaryngology programs in the United States. Result: Out of 119 ACGME-accredited otolaryngology programs identified on the ACGME Fellowship and Residency Electronic Interactive Database, responses were received from 67 programs (56%). Although 90% of respondents indicated that instruction courses in one discipline or another existed at their institution for their otolaryngology residents, only 33% indicated that their program offers a hands-on instruction course in microlaryngeal surgery. Of those programs that offered a microlaryngeal surgery course, 100% felt the residents appreciated the course; 95% of those programs that did not have a course felt their residents would appreciate a microlaryngeal course at their institution if they were able to offer one. Among programs without a microlaryngeal teaching course, the largest perceived barriers were cost and availability of appropriate equipment. Conclusion: Microlaryngeal courses for otolaryngology residency training are limited in availability in the United States, and there is variability in training across the country. All respondents in our survey indicated the value in these courses for microlaryngeal surgical skill training. There is a clear role for increasing availability of low-cost microlaryngeal stations and courses.

OBJECTIVE: To evaluate an education program on metered-dose inhaler (MDI) technique designed for nurses and trained medication aides (TMAs). DESIGN: The education program included a handout, a lecture incorporating a videotape on correct inhaler and device technique, and hands-on experience with placebo inhalers. The participants' ability to verbalize and demonstrate correct MDI technique was assessed by the same two-person teams before, immediately after, and two months after the program. SETTING: Five nursing homes. PARTICIPANTS: Fifty-six nurses and TMAs practicing in nursing homes. MAIN OUTCOME MEASURES: Learning and retention. RESULTS: The participants' mean (±SD) verbal and demonstration scores increased immediately after the program by 68 ± 18 points for verbalization and 47 ± 16 points for demonstration. The participants were always better at demonstrating than verbalizing MDI technique. The participants' baseline verbal and demonstration scores correlated with the amount learned. Learning was influenced by the individual nursing home (verbal and demonstration) and personal use (demonstration only), but not by academic degree, previous training, past instruction of a patient, or current care of a patient who was receiving inhaler therapy. After two months, the scores were lower than immediately after the program test by 0–92 points for verbalization and 10–80 points for demonstration; however, the mean scores were still significantly greater (p<0.05) than the baseline scores. Retention of knowledge on the correct technique was greater for the demonstration component. Retention was influenced only by the nursing home in which the participant worked, and not any of the other variables. CONCLUSIONS: Our structured education program significantly improved inhaler technique; however, to maintain retention of the material, the program should be frequently repeated.

60 Background: Pediatric oncology care depends on central lines (CLs) in both outpatient and inpatient settings. Although inpatient implementation of CL maintenance bundles has been achieved, little attention has focused on families who care for CLs at home. Families are expected to follow best practice, but most have no prior experience or medical background. We sought to understand the comfort level and knowledge of families caring for external CLs at home and the value of our program’s existing teaching strategies, prior to an improvement initiative. Methods: Families caring for children with new and existing external CLs at home from May 2015-May 2016 were eligible for a survey and approached during outpatient visits if their primary team agreed. Using Likert scales, families were asked to assess their current comfort level with CL care, evaluate existing teaching strategies (instructional sheets; hands-on teaching by program nurses, and by home health nurses), and comment on other potentially helpful strategies. Five content questions regarding CL care were included to evaluate knowledge. Results: 80 of 82 (97.6%) families approached completed the survey. 70% had a CL in place for > 60 days. 46.3% felt "very comfortable" performing CL care, 42.5% were "comfortable", and 11.2% were "sort of or not comfortable". Only 17.5% of families found instruction sheets indispensable. Hands-on teaching was indispensable for 51.3% of families; 1.3% responded that teaching was not performed. 27.5% of families found hands-on teaching by home health nurses indispensable, but 22.5% had not received this. 98% of content questions were answered correctly. Other helpful strategies concentrated on 3 themes: standardization of educational content, increased opportunity for hands-on practice, and cognitive aids (e.g. a checklist) for CL care. Conclusions: A minority of families feel the highest level of comfort with CL care at home even after months of experience. Improvement opportunities and gaps in CL care teaching strategies are prevalent. To help support families caring for CLs at home and ensure adherence to best practice, programs should engage families to better understand their needs and develop solutions to meet them.

With the goal of achieving bilingualism and biculturalism, dual language education (DL) has a social justice orientation. As the program option with the best track record of closing the achievement gap between Latinx and White students, DL programs can potentially create environments in which learners can develop knowledge of science, technology, engineering and mathematics (STEM) in two languages. In this article, we present findings from a two-year ethnographic study of engineering design curriculum in a K-5 DL program on the U.S.-Mexico border. Our team researched the implementation of a hands-on, highly interactive, inquiry-based STEM curriculum because immigrant emergent bilinguals from border communities are sometimes excluded from these learning opportunities. During the first year of implementation, the STEM curriculum was not taught following DL goals. Essential principles of DL education, including the use of two languages for instruction and equal status for both languages, were not followed. Lack of familiarity with the STEM curriculum and emerging expertise of engineering design explained this decision partially. Due to a dearth of resources, training, and expertise in engineering and in inquiry-based learning, the implementation failed to meet its counterhegemonic potential. In fact, it may have reproduced hegemonic practices that marginalized emergent bilingual Latinx students.

This study aims to determine the increase in the ability of connection and communication mathematics students better among the following study with the model of Discovery Learningdengan that follow the direct instruction, as well as to know the difference increased capacity connections and communication mathematics student groups of high, medium and low following study with the model Discovery Learning. The population in this study were all students of class 2015-2016. Samples were students of class D and E as an experimental class as the control class. The instrument used in this study includes test questions mathematical abilities and communication connections. Analysis of data using two different test average to better determine the increase between the experimental class and control class and one-way ANOVA with Scheffe test to determine the increase is better between groups of high, medium and low. Based on the research results, it can be concluded that the increase of connection and communication mathematical ability students who attend the learning model of Discovery Learninglebih better than students who attend hands-on learning. Improving the ability of connection and communication mathematics student groups are better than high and low groups that follow the model of learning with Discovery Learning.

Introduction: Point of care ultrasound is a burgeoning tool in clinical medicine and its utility has been demonstrated in a variety of contexts. It may be especially useful in rural areas where access to other imaging equipment (such as CT) is limited. However, there exists debate about the utility of teaching ultrasound theory and technique to medical undergraduates, particularly those in their first two years of study. This study evaluated the efficacy of teaching undergraduate-tailored ultrasound training sessions to first and second-year medical students at the Northern Ontario School of Medicine (NOSM), a rural-focused medical institution. Methods: Sixty students participated in tailored ultrasound teaching sessions that involved both lecture and hands-on components. Participating students were assessed following each session, as well as at study completion, in terms of ultrasound knowledge, anatomy, pathology, orientation, and interpretation of computerized tomography (CT) scans (transferability). Participants’ performance was measured against a control group of their peers. Program evaluation was completed using Likert-type scales to determine participant comfort with ultrasound before and after the training, and areas of strength and improvement. Results: Participating students showed statistically significant improvement in ultrasound interpretation and anatomical orientation with trends toward improved anatomy and pathology knowledge, and ability to interpret computerized tomography (CT) scans compared to controls. Students participating in the course expressed improved comfort with ultrasound techniques and desire for future integration of ultrasound into their training, but noted that increasing frequency of training sessions might have improved retention and confidence. Conclusion: Results suggest that using an undergraduate-focused and system-specific ultrasound training course yields retention in ultrasound interpretation ability and objective improvement in relational anatomy knowledge. Trends toward improvement in general anatomy, pathology and CT interpretation suggest areas of future study.

Introduction: Competency-based skills development has driven the evolution of medical education. Simulation-based education is established as an essential tool to supplement clinical encounters and it provides the opportunity for low-stakes practice of common and high-acuity low-occurrence (HALO) procedures and scenarios. This is particularly important for emergency medicine trainees working to build confidence, knowledge, and skills in the field. Methods: In the procedural training sessions, learners rotate through 6 small-group stations over a 3-hour period. Skills topics are determined from faculty input, prior session feedback, and literature reviews. Topics included chest tubes, airway intervention, lumbar punctures and trauma interventions. Online content and brief written materials are used for pre-session learning. The small groups use hands-on faculty-guided training, with real-time feedback. Printed materials supplement key learning points at the stations. A combination of low-fidelity task trainers and simulated patients are used for practice and demonstration. R3 EM residents have the opportunity to mentor junior learners. Brief participant surveys are distributed at each session to gather qualitative and quantitative feedback. Results: Feedback forms were completed by 79/85 (92.9%) learners over a period of 4 years (2015-2018). Participants included medical students (11.8%), EM residents (52.9%), and non-EM residents (35.3%). 84.8% (67/79) gave positive qualitative feedback on the sessions, citing points such as the beneficial practice opportunities, quality of instruction, and utility of the models. Updated surveys (N = 26) used a 5-point Likert scale (1 = disagree strongly; 5 strongly agree) in addition to qualitative feedback. Participants indicated that sessions were valuable, and informative (M = 4.692, SD = 0.462; M = 4.270, SD = 0.710). They reported increased understanding of procedures discussed, and they were likely to recommend the session (M = 4.301, SD = 0.606; M = 4.808, SD = 0.394). Conclusion: The ongoing evaluation of our mentor guided hands-on low-fidelity and hybrid simulation-based procedural skills sessions facilitates meaningful programmatic changes to best meet the needs of EM learners. Sessions also provide a forum for EM resident mentorship of junior learners. Feedback indicates learners enjoyed the sessions and found this to be an engaging and effective instructional modality.

This study examined student attitudes toward teaching from their practicum experience and how their experiences met the requirements of service learning, which is defined as a curriculum-based community service that integrates classroom instruction with community service activities. Service learning also provides opportunities for students to interact directly with the local community. In this study, 27 students who enrolled in an English Teaching Methodology course participated in a 12-week project in which they taught beginning and intermediate English to elementary school students as part of an afterschool program. A survey was conducted at the end of the semester and student teaching reflections were collected for quantitative and qualitative analysis. The results of the study indicated that the students had a favorable experience regarding the practicum requirement in the English Teaching Methodology course. Among the students, 85% (n=23) expressed that a practical teaching experience should be part of the curriculum and that a requirement of 3–4 hr of teaching is appropriate for a hands-on teaching experience. The paper ends with a discussion of methods for including a practicum requirement in the syllabus and what instructors should focus on when establishing service learning projects.

Effectively integrating creative experiential learning opportunities into classroom-based science instruction to enhance students’ applied learning continues to be a challenge for many middle school educators. This article explores how educators in one urban middle school leveraged design research thinking in conjunction with collaborative data-teaming processes to develop a targeted professional learning intervention program to help seventh- and eighth-grade teachers learn how to integrate Makerspace hands-on experiential and project-based learning activities into their STEM instructional practices to better engage students in applied science learning in middle school classrooms. A literature-informed discussion is included on how the middle school principal and the school’s instructional improvement team utilized focused professional development activities and intensive Professional Learning Community (PLC) conversations to positively transform teachers’ pedagogical mindsets and instructional practices in support of integrating Makerspace and related project-based experiential learning opportunities as valuable components of classroom-based science teaching and learning. Finally, a number of design principles derived from the middle school case study highlighted in this article are offered that may be of practical use to school leaders interested in applying educational design research methods to enhance their own campus-based instructional improvement efforts.

In March 2020, most physical therapy schools across the globe transitioned to online learning in response to the COVID-19 pandemic. This change posed unique challenges not only because it required adapting to new technology in a short period but, more importantly, it involved developing ways to teach hands-on psychomotor and clinical skills virtually while maintaining the quality of instruction. In response to the rapid transition, the physical therapy program at MGH Institute of Health Professions (IHP)designed and implemented a novel and effective coaching model to address the challenges. The model was developed based on experiential learning theory, constructivism, a coaching framework, and andragogical principles of feedback and reflection. Not only did the model meet its objectives of effectively teaching basic psychomotor skills in the virtual environment, but it may also have andragogical benefits that can be applied to traditional face-to-face methods. This case study describes the theoretical underpinning of the model, its development and implementation, the perceived effectiveness for learning psychomotor skills in a virtual environment, and the potential for broader relevance to future models of physical therapy education.

Background In response to the coronavirus pandemic, New York State mandated that all hospitals double the capacity of their adult intensive care units In this facility, resources were mobilized to increase from 104 to 283 beds. Objective To create and implement a 3-hour curriculum to prepare several hundred non–critical care staff nurses to manage critically ill patients with coronavirus disease 2019. Methods Critical care nursing leaders and staff developed and implemented a flexible critical care nursing curriculum tailored to the diverse experience, expertise, and learning needs of non–critical care nursing staff who were being redeployed to critical care units during the surge response to the pandemic. Curricular elements included respiratory failure and ventilator management, shock and hemodynamics, pharmacotherapy for critical illnesses, and renal replacement therapy. A skills station allowed hands-on practice with common critical care equipment. Results A total of 413 nurses completed training within 10 days. As of June 2020, 151 patients with coronavirus disease 2019 still required mechanical ventilation at our institution, and 7 of 10 temporary intensive care units remained operational. Thus most of the nurses who received this training continued to practice critical care. A unique feature of this curriculum was the tailored instruction, adapted to learners’ needs, which improved the efficiency of content delivery. Conclusions Program evaluation is ongoing. As recovery and restoration proceed and normal operations resume, detailed feedback from program participants and patient care managers will help the institution maintain high operational readiness should a second wave of critically ill patients with coronavirus disease 2019 be admitted.

This research initiative was undertaken to examine the effects of an intergenerational literacy program, held weekly for 2 hours over a 6-month period, on the measured English proficiency of nine bilingual families (9 parents, 15 children). The research was also conducted to explore the relationships among changes in the participants' use of identified categories of discourse during literacy activities and changes in their second-language competency on tests of literacy. Program goals were to encourage the parents to read storybooks to their children in the home as well as to provide literacy-based activities to family members, including storybook reading, hands-on projects related to the stories read, formal English instruction for the parents, and free play for the children. Sixteen observations (24 hours) of participants' discourse were conducted by the researcher and an assistant using a format adapted from research of family-based literacy learning and classroom discourse; semi-structured interviews with parents and teachers were also held. Results of pre-post comparisons of children's scores on the PLS and parents' scores on the CTBS revealed significant improvements. Frequencies of identified categories of parent-and-child discourse between the third and fifteenth observations were also compared and revealed several significant differences. Significant correlations were also found between participant test scores and differences in their use of identified categories of discourse. These empirical results, as well as descriptive findings, are interpreted using Vygotsky's (1978, 1987) sociocultural theory of learning. It is proposed that teacher scaffolding strategies, as well as the parents' and children's efforts to linguistically mediate each other's learning, were integral to the gains in the families' second-language proficiency.

Abstract Objectives To effectively include flow cytometry psychomotor objectives in medical laboratory science curriculum as recommended in the entry-level curriculum for MLS published by the American Society for Clinical Laboratory Science. Until fall 2018, our university-based MLS program’s coursework included one to two lectures by the FC operator from the local hospital, tour of their facility, interpretation of cases using histograms, and occasional observations of analyses during clinical practicum. Hands-on performance by 18 to 20 students annually was not possible. We secured an ASCP Foundation Laboratory Science Program Educational Grant for faculty training in flow cytometry and reached out to flow cytometry core facility on the university campus for permission to use the facility with supervision and at a discounted rate. Methods Each group of three to four students spent 120 to 160 minutes at the facility, including instruction by the manager, hands-on contact running the instrument by each student, and observation of other classmates. The activity included whole-blood antibody staining prior entry to the facility and CD3/CD4/CD8 lymphocyte subset analysis using MACSQuant Analyzer 10 (Miltenyi Biotec) to distinguish normal versus abnormal control and to infer the status of an assigned deidentified patient with prior HIV-1 infection (University Biosafety IBC# 18–021). Following the experience, students completed online homework, including multiple-choice and open-ended questions, which required interpretation of images recorded during the exercise. Results Blackboard test item analysis revealed that median percent of students correctly answering each question was 88 (n = 17). Students received individual feedback on each missed question. On the final Immunology exam, 100% of students provided correct interpretation (active infection or infection under control/normal result). Conclusion The results indicated good comprehension of lymphocyte subset analysis concepts. Additional exercise in immunophenotyping is under way in the Hematology class. We believe that inclusion of the flow cytometry psychomotor objectives in the curriculum will improve the students’ preparation for practice.

In this paper, the authors present their experiences from participating in a National Science Foundation (NSF) I-Corps L training program established for business startups, using Blank’s Lean LaunchPad, Osterwalder’s Business Model Canvas, and associated tools. They used the entrepreneurial skills acquired through this training to scale-up their emerging innovation, the Cincinnati Engineering Enhanced Math and Science Program (CEEMS), which had been developed, implemented, and evaluated with successful results over a period of seven years in a targeted 14 school-district partnership in Greater Cincinnati. The overriding goal was to improve student learning and success rates in K–12 math and science courses by helping to accelerate the process of bringing effective educational innovation, CEEMS, to scale. In CEEMS, teachers were trained in using challenge-based learning (CBL) and the engineering design process (EDP), teaching pedagogies to transform their classrooms into student-centered, hands-on learning environments, while also assisting students to improve their evaluation scores related to science, math, and engineering instruction. CEEMS teachers acquired the necessary skills through coursework, professional development (PD) workshops, and longitudinal professional guidance provided by assigned coaches over a period of two years to become proficient in developing CBL–EDP curriculum, teaching it, and assessing student learning and reflecting after teaching. The authors have documented how they used customer market research conducted during the I-Corps L training to define their minimum viable product (MVP) to duplicate the successful CEEMS methodology through a condensed (≤16 week) self-paced, completely online training program with virtual coaching support. The authors also describe the process they used to move forward very quickly from an MVP to a more complete product offering, its branding, the process of trademarking it, and finally licensing it to an established non-profit organization (NPO) for future marketing. Details of the whole experience are presented with the hope that it will serve as a useful guide for other venture creators.

A review of: Zhang, Li, Watson, Erin M. and Banfield, Laura. "The Efficacy of Computer-Assisted Instruction Versus Face-to-Face Instruction in Academic Libraries: A Systematic Review." The Journal of Academic Librarianship 33.4 (July 2007): 478-484. Objective – To conduct a systematic review of several studies comparing the efficacy of face-to-face versus computer-assisted instruction (CAI) for teaching basic library skills to patrons of academic libraries. Design – Systematic review of existing studies (randomised controlled trials and controlled trials). Setting - College and university libraries Subjects – The subjects studied were patrons of any type of academic library, whether university, college, or other post-secondary institution, receiving instruction in basic library skills. Ten studies were included in the review, of which seven were done in the United States, two in Australia, and one in Canada. The total number of subjects in all of the studies under review was 1283. Nine of the studies focused on undergraduates enrolled in specific courses (undergraduate courses ranging widely in subject area, or in one case a first year experience program); the other study focused on library instruction methods taught to students in a graduate research methods course, yet the study was still intended to measure the efficacy of library instruction methods, yet the study was still intended to measure the efficacy of library instruction methods. Methods – One included study was a randomised controlled trial; the other nine were controlled trials. The date range under consideration was for studies done between 1990 and 2005. All original studies were required to compare the efficacy of face-to-face versus CAI instruction. Both information skills and students’ reactions to receiving the instruction were considered. To identify appropriate studies, searches were done across the following library and education-related databases: LISA, ERIC, and Library Literature. The authors screened the 728 unique studies’ bibliographic information for relevance against four criteria: studies had to be of a particular type of design (randomised controlled trials, controlled trials, cohort studies, and case studies), with a sample size greater than one and with pre- and post-test measurements; study participants had to be academic library patrons; the study needed to compare CAI and face-to-face instruction; and both the students’ information skills and reactions to the instruction had to be measured. This left 40 unique studies, which were then retrieved in full text. Next, studies were selected to meet the inclusion criteria further using the QUOROM format, a reporting structure used for improving the quality of reports of meta-analyses of randomised trials (Moher, David et al 1896 - 1900). Evaluation of methodological quality was then done using a dual method: authors Watson and Zhang assessed the studies independently, each using the “Checklist for Study Quality” developed by Downs and Black (Downs, Sara H. and Black, Nick 377-384), adapted slightly to remove non-relevant questions. After analysis, when additional information was needed, original study authors were contacted. Finally, ten studies were included in the analysis. The instruction sessions covered many topics, such as catalog use, reading citations, awareness of library services and collections, basic searching of bibliographic databases, and more. But all could qualify as basic, rather than advanced, library instruction. All studies did pre- and post-tests of students’ skills – some immediately after instruction, and others with a time lapse of up to six weeks. Most authors created their own tests, though one adapted an existing scale. Individual performance improvement was not studied in many cases due to privacy concerns. Main Results - Nine of the ten studies found CAI and face-to-face instruction equally effective; the tenth study found face-to-face instruction more effective. The students’ reaction to instruction methods varied – some students felt more satisfied with face-to-face instruction and felt that they learned better, while other studies found that students receiving CAI felt more confident. Some found no difference in confidence. It was impossible to carry out a meta-analysis of the studies, as the skills taught, methods used, and evaluation tools in each case varied widely, and the data provided by the ten studies lacked sufficient detail to allow meta-analysis. As well, there were major methodological differences in the studies – some studies allowed participants the opportunities for hands-on practice; others did not. The CAI tutorials also varied – some were clearly interactive, and in other studies, it was not certain that the tutorial allowed for interactivity. The authors of the systematic review identified possible problems with the selected studies as well. All studies were evaluated according to four criteria on the modified Downs-Black scale: reporting, external validity, and two measures of internal validity (possible bias and possible confounding). A perfect score would have been 25; the mean score was 17.3. Areas where authors lost points included areas such as failure to estimate data variability, failure to report participants lost to follow-up, failure to have blind marking of pre- and post-tests, failure to allocate participants randomly, and a variety of other areas. As well, few studies examined participants’ confidence level with computers before they participated in instruction. Conclusion – Based on this systematic review, CAI and face-to-face instruction appear to be equally effective in teaching students basic library skills. The authors of the study are reluctant to state this categorically, and issue several caveats: a) only one trial was randomised; b) seven of the studies were conducted in the USA, with the others being from Canada and Australia, and learning and teaching styles could be very different in other countries; c) the students were largely undergraduates, and the authors are curious as to whether results would be similar with faculty, staff, or older groups (though of course, not all undergraduates are traditional undergraduates); d) the tests ranged widely in design, and were largely developed individually, and the authors recommend developing a validated test; and e) if the pre- and post-tests are identical and given in rapid succession, this could skew results.

Abstract Context: For some time, educators have advised clinical instructors (CIs) to capture the elusive teachable moment in clinical education. However, a universal definition of a teachable moment does not exist. Without a clear understanding of this concept, CIs and athletic training students (ATSs) may have difficulty facilitating the teachable moment. Objective: To recognize and define a teachable moment as it relates to the athletic training clinical education setting and to identify potential barriers to creating the teachable moment. Design: Mixed-methods design employing grounded theory and quantitative analysis. Setting: Collegiate sports medicine clinic affiliated with a Commission on Accreditation of Allied Health Education Programs–accredited athletic training education program. Patients or Other Participants: 11 CIs (6 men, 5 women) and 11 ATSs (3 men, 8 women). Data Collection and Analysis: Participants completed a teachable moment questionnaire to define and identify teachable moments. Follow-up semistructured interviews were conducted after data collection. A qualitative analysis was conducted on responses using open, axial, and selective coding. Member checking was conducted to establish trustworthiness. Qualitative data were quantified to descriptively report the findings. Results: Engaged clinical experiences were the overarching theme. Three major themes that defined a teachable moment emerged: (1) professional discourse about skills, techniques, research, and special cases; (2) authentic experience or actual hands-on experience; and (3) skill development or time for skill instruction, practice, role playing, and simulations. Participants reported 158 teachable moments (CIs = 75, ATSs = 83). Lack of time and other duties were examples of barriers hindering the teachable moment. Conclusions: The teachable moment occurs when a CI and an ATS actively participate and interact with each other to enhance learning and foster intellectual curiosity in the clinical education environment. An underlying barrier to the teachable moment is perceived to be the CI's day-to-day responsibilities.

Abstract An Animal Science degree prepares students for a broad range of career opportunities yet the two most discussed in the literature and assumed by society are in animal science industry or veterinary medicine. However, studies indicate that -60% of our students enter into education as a career path, yet animal science departments typically do not emphasize educational careers or provide opportunities for students to develop skills in methods relevant for animal science related teaching. To combat this lack of representation for educational career opportunities, our research university’s animal science department has acted in two ways:-Developed a laboratory teaching methods course that allows undergraduate students to serve as teaching assistants for an animal handling lab with support and supervision from the course and graduate student lab instructors-Performed a content analysis to identify the type, frequency, and way educational career paths are discussed and/or assessed in introductory animal science courses. These are the first steps in ensuring that students are as prepared for pursuit of a possible educational career at a level equal to that for industry or veterinary careers. Sustainability of animal science includes retaining students in educational careers and actively improving our educational practices within the discipline. These changes better prepare our undergraduate students to have more realistic job expectations and competence in teaching when they pursue graduate school or animal science related educational career options. The university animal science program also benefits, as the undergraduate teaching assistants improve the instructor-to-student ratio thus positively impacting safety and logistics of hands-on large animal labs while increasing one-on-one instruction time with students. These practices increase student engagement and learning. Additionally, the field of animal science will prosper from increased competence in pedagogical techniques providing a richer, more complete educational experience for our students both in and out of university settings.

HighlightsThe RASE pedagogical model for integrating technology into an upper-division structures course proved effective.A retrospective pre-test/post-test was used to measure changes in students’ perceived competencies.Students indicated increases in perceived knowledge, skills, and attitudes following several course modifications.Students felt technology, experiential learning, and formative and summative assessment improved their learning.Abstract. In early 2019, instructors in the Agricultural Operations Management (AOM) program in the Department of Agricultural and Biological Engineering at the University of Florida developed a retrospective pre-test/post-test survey instrument to measure changes in perceived knowledge, skills, and attitudes (KSA) for students enrolled in AOM4642: Environmental Systems for Agricultural Structures during the fall 2019 semester. The course trains students to understand the components of the environment, the impact of those components on building usage, and how to control the environmental variables of buildings used to house agricultural products (e.g., livestock and horticultural) for more efficient production, processing, and storage. The course stresses a hands-on approach through experiential learning opportunities, and it challenges students to solve problems using critical thinking and application of conceptual principles. The course recently underwent significant revisions following the RASE pedagogical model to create student-centered curricular experiences and link learning objectives with assessments, outcomes, and evaluation. Thirty-one AOM students enrolled in the 16-week course completed the survey. After the course, the students retroactively (i.e., “before and after” instruction) rated their perceived learning. Changes in pre- and post-instruction responses were compared using measures of central tendency and correlations, and statistical significance (p-values) was reported. Constructs measuring KSA items were created using collapsed variables and tested for internal consistency and scale reliability against a threshold reliability coefficient of 0.70. The goal of this study was to assess the effectiveness of the RASE pedagogical model on student-perceived learning with respect to changes in knowledge, skills, and attitudes in an agricultural structures course. The specific objectives of this study were to: (1) measure changes in students’ perceived knowledge, skills, and attitudes, (2) evaluate student sentiment toward the course materials and activities, and (3) solicit feedback from the students on ways to improve the course. Results of the survey indicated significant increases in students’ perceived learning with respect to KSA. In addition, students commented on the effectiveness of several instructional activities (e.g., labs, field trips), indicating that those activities enhanced their experiences, but they also noted that shorter, more frequent homework would help with retention. Keywords: Assessment and evaluation, Construct reliability analysis, Instructional improvement, Perceived learning, RASE pedagogical model, Retrospective pre-test and post-test design, Student perceptions.

Abstract Introduction Engaging pediatric burn survivors in necessary range of motion exercises can be challenging. For younger children, difficulty understanding the reasoning behind prescribed exercises, fear and anxiety can all lead to refusal to participate. Traditional rote range of motion exercises do not engage the child’s sense of curiosity and adventure and seem more like medicine than play. We have developed a range of motion exercise program based on well-known superhero actions. For children who need to address active wrist extension and digit extension, they become “Iron Man” (Example included), “Hulk Smash” lets us work on grip and active composite flexion while becoming “Spiderman” encourages digit isolation. “Superman”, “Wonder Woman” and “Batman” allow utilization of total body movements but can be focus on shoulder flexion or abduction and cross body movements. Methods Traditional superhero movements were assessed to determine similarity to traditional therapy exercises. Exercises were drawn with the extremities performing the desired movements. Pediatric patients are introduced to these exercises and encouraged to act out the superhero movements with therapist directing the desired end range and directionality of movements. Results These characters are well known and loved by pediatric patients. In many instances, a fearful patient may become an active therapy participant through these engaging activities. Goal attainment becomes more fun and less when children are engaged in a purposeful play task. Caregivers can carry these exercises well beyond the therapy session to encourage day long exercise which is essential for contracture prevention and remediation. A recent feedback comment from the parent of a 4-year-old burn survivor specifically focused on these exercises. “Absolutely phenomenal. The therapist did “superhero” moves with my son and got him to open and close his hands. I was so relieved that the movement was normal” Conclusions Modifying instruction methods to include familiar and fun techniques can increase therapy participation and can decrease the fear experienced by young burn survivors when faced with moving an injured extremity.

Background: Recent studies on the impact of migration on the geographical distribution of the HbS allele have highlighted sickle cell disease (SCD) as a global public health issue. Although considered a "rare disease" due to its global frequency in the 28 countries of the European Union, SCD is the most common genetic disease in France and the United Kingdom and its frequency is steadily rising in many other countries of central and southern Europe. At present, less than 50% of children with SCD have access to TCD screening in the USA and Europe. Most centers use the non-imaging approach, as described in the STOP trials, which is a "blind technique" where there is no guiding anatomical information and thus relies heavily on operator experience. Some centers now use imaging TCD which provides anatomical information enabling the Circle of Willis to be visualized and so facilitates identification of the basal cerebral arteries and orientation of the Doppler beam when acquiring blood velocities. The primary study objective was to determine the effectiveness of the modular training program in achieving the high level of scanning competency described in the STOP trial, irrespective of practitioner background and when using either non-imaging or imaging TCD. Methodology. The modular TCD training program was developed at the training center in London and delivered to trainees at all three centers (London-UK, Padova-Italy and Dublin, Ireland). The program comprised of a 2-day instructional course covering theory and practical aspects of TCD and incorporated significant hands-on instruction. This was followed by trainees scanning at their own hospital until they had collected a log book of at least 40 scans (within a one year period), after which a scan review and competency evaluation was performed. Results.Modular training program.Nine training courses were held (six in England, one in Ireland and two in Italy); these were attended by a total of 51 trainees (Table 1). Approximately half the trainees (45%) successfully completed the competency evaluation, 20 were still in training, two of whom had failed the assessment and eight withdrew from the program due to problems with local funding for staff or equipment. The ten trainees with an ultrasound background (clinical scientists) were able to acquire TCD skills rapidly as demonstrated by the high pass rate. The findings were more variable in the clinician group (pediatricians and nurses) with five requiring refresher courses and twelve failing to complete the minimum annual scan number (forty) due to small local sickle populations. Comparative analysis of TCD data obtained before and after training.A total of 555 patients were included in this study; 181 patients at Center 1 (52 males, mean age 7.9±3.8 (range 2-15.4 years), genotypes: 134 HbSS, 39 HbSC, 8 HbSβ thalassemia), 194 patients. Center 2 (53 males, mean age 7.4±3·2 (range 2-15.1 years), genotypes: 158 HbSS, 32 HbSC, 4 HbSβ) and 154 patients at Center 3 (50 males, mean age 6.4±3.5 (range 2-15.1 years), genotypes: 154 HbSS, 10HbSC, 16 HbSβ thalassemia). There was no significant difference in gender distribution (Chi-Square=0.313, p=0.85), but more young patients were recruited in Center 3 (ANOVA, F=8.9, p<0.001), more HbSC patients in Centers 1 and 2 and more Sβ thalassemia patients in Center 3 (Chi-Square=21.0, p<0.001).Conclusion: Diagnostic vascular ultrasound is highly operator-dependent; hence training and competency validation are essential in producing skilled TCD operators. The modular training program described here was effective in ensuring standardized TCD technique, irrespective of professional background. In this multi-center study TCD velocity measurements and STOP classification were consistent, irrespective of TCD mode and European country. We believe that this is the first modular training program that has demonstrated efficacy when delivered in different European countries. Delivery of this program in areas where TCD is under-provided will augment the number of trained TCD operators, thus facilitating access to specialist diagnostic services. This will have a significant impact on public health across Europe where SCD patients are increasing due to migration. Competency and quality assurance (QA) are important components of such a screening program; further work is in progress to develop an achievable QA program for ongoing regulation of this screening program. Disclosures Colombatti: AddMedica: Consultancy; Novartis: Consultancy; Global Blood Therapeutics: Consultancy.

AbstractBackground: The world is entering the post-outbreak period of the 2009 A H1N1 strain of the influenza virus. The strain is expected to continue spreading, as seasonal influenza viruses do each year. The majority of children have relatively low immunity and engage in activities at school where opportunities abound for exposure to and spreading of diseases.Objectives: We compared the effectiveness of influenza prevention by using non-pharmaceutical measures in primary schools.Methods: This study was conducted at two medium-sized primary schools in Nakhon Phanom province, Thailand. Multistage sampling was used to select students from Grades 4 to 6. The study group consisted of 230 students from the 2 schools and the control group 224 students from the 2 schools. The research included (a) 8 h of instruction on influenza-like illnesses and their prevention integrated into health promotion and physical education classes and (b) building understanding among parents and in the community. Data were analyzed for frequencies, percentages, and multiple logistic regression.Results: Non-pharmaceutical influenza interventions reduced the rate of influenza-like illnesses by 77% (AOR = 0.23, 95% CI: 0.15"0.36). Students who did not receive the influenza-like prevention and control training had a morbidity of 54.9%; whereas those who received the training had a morbidity of 23.5%. Overall, the group receiving the educational model saw a 57% reduction in its morbidity compared with the control group. The students in the intervention group who washed their hands for 20 seconds three or more times per day had a morbidity of 38.9%, which resulted in an overall reduction in morbidity of 36.4%. The morbidity rate of students who missed school because they were ill was 39.5%. When comparing training methods, the hand-washing group saw morbidity reduced by 34.7%, while simply receiving news and information from public health officials resulted in only a 29.2% reduction in morbidity. Overall, the group receiving the disease prevention and control training was able to reduce morbidity by 58.7%.Conclusion: Influenza prevention education among students was integrated into the health education curriculum. Children were taught hand-washing and respiratory etiquette (i.e., covering the nose and face when sneezing, coughing, and nose-blowing). Cartoon media were used as visual teaching aids. The results from this program helped to decrease the number of cases of influenza-like illness and morbidity among students and families.

Nepalese education is often inclined towards rote memorization and teacher centered instruction and learning processes. In this regard, how can instruction be actively made more effective as a key idea as researchers take this into account when conducting research in this area. This study forms an ethnographic case study of one of the schools that is transforming itself from a traditional book-based teaching and learning approach to a curriculum specific child friendly learning process. As researchers and teacher trainers we have been involved in teacher training programs for numbers of schools in Nepal. What we have observed during the four years of involvement is that the training solely do not make changes in the school system. This program is helping teachers in making instructional activities that allows them to galvanize their work for increased student involvement. This research also indicates how moral behavior can be developed through math trail activities where students do field work in groups for different objectives. Children develop their understanding through day to day activities where the perspective of different contexts, culture and ethnic groups play a vital role. At this point, we started working on excursion-based instruction. The change in instruction forces them to design activities and projects that demand children to work in outside school context with curricular objectives. It ensured opportunities for participating in hands-on activities and experiential learning. Finally, this research supports the assumption that mathematical knowledge, skill and moral behavior can be developed through different cultural project-based instructional activities and cultural artifacts and practices are key to ensure effectiveness of learning.Keywords: Ethnomathematics. Machchhindranath Chariot. School Mathematics. Cultural Artifacts. Math Trail.Desarrollando de habilidades matemáticas y comportamiento moral a través de artefactos culturales: un estudio de actividades matemáticas experimentales en la plaza Patan Durbar en NepalLa educación nepalí a menudo se inclina hacia en las rutas de memorización y la instrucción centrada en el maestro y los procesos de aprendizaje. En este sentido, ¿cómo se puede hacer que la instrucción sea más efectiva como idea clave ya que los investigadores tienen esto en cuenta al realizar investigaciones en esta área? Este estudio constituye un estudio de caso etnográfico de una de las escuelas que se está transformando de un enfoque tradicional de enseñanza y aprendizaje basado en libros a un proceso de aprendizaje específico para el currículo específico para niños. Como investigadores y formadores de docentes, hemos participado en programas de formación de docentes para numerosas escuelas en Nepal. Lo que hemos observado durante los cuatro años de participación es que la capacitación únicamente no hace cambios en el sistema escolar. Por lo tanto, este programa está ayudando a los maestros a realizar actividades de instrucción que les permitan impulsar su trabajo para una mayor participación de los estudiantes. Esta investigación también indica cómo se puede desarrollar el comportamiento moral a través de actividades de seguimiento matemático donde los estudiantes realizan trabajo de campo en grupos para promover diferentes objetivos. Los niños desarrollan su comprensión a través de actividades cotidianas donde la perspectiva de diferentes contextos, cultura y grupos étnicos juegan un papel vital. En este punto, comenzamos a trabajar en la instrucción basada en excursiones. El cambio en la instrucción los obliga a diseñar actividades y proyectos que exigen que los niños trabajen fuera del contexto escolar con objetivos curriculares. Este proyecto aseguró oportunidades para participar en actividades prácticas y aprendizaje experimental. Finalmente, esta investigación apoya la suposición de que el conocimiento matemático, la habilidad y el comportamiento moral pueden desarrollarse a través de diferentes actividades de instrucción basadas en proyectos culturales y los artefactos y prácticas culturales son clave para garantizar la efectividad del aprendizaje de los estudiantes.Palabras clave: Etnomatemáticas. Carruajte Machchhindranath. Matemática Escolar. Artefactos Culturales. Sendero de Matemáticas.Desenvolvendo habilidades matemáticas e comportamento moral por meio de artefatos culturais: um estudo de atividades matemáticas experimentais na Praça Patan Durbar no NepalA educação nepalesa é frequentemente direcionada para a memorização mecânica e para os processos de ensino e aprendizagem centrados no professor. Nesse sentido, a instrução pode se tornar ativamente mais eficaz como uma ideia-chave quando os pesquisadores consideram esses processos ao realizarem pesquisas nessa área. Essa pesquisa é um estudo de caso etnográfico realizado em uma das escolas que está se transformando de uma abordagem tradicional de ensino e aprendizagem baseada em livros para um processo de aprendizagem baseado em um currículo específico favorável para as crianças. Como pesquisadores e formadores de professores, participamos de programas de treinamento de professores para várias escolas no Nepal. O que observamos durante os quatro anos de envolvimento é que apenas o treinamento não propicia mudanças no sistema escolar. Assim, esse programa está auxiliando os professores na elaboração de atividades instrucionais que lhes permitam galvanizar o seu trabalho para aumentar o envolvimento dos alunos. Essa pesquisa também indica como o comportamento moral pode ser desenvolvido por meio de atividades matemáticas nas quais os alunos realizam trabalhos de campo, em grupos, para promoverem diferentes objetivos. As crianças desenvolvem a sua compreensão por meio de atividades cotidianas, nas quais a perspectiva de diferentes contextos, culturas e grupos étnicos desempenha um papel vital. Nesse ponto, começamos a trabalhar com a instrução baseada em excursões. A mudança na instrução conduz os professores a elaborarem atividades e projetos que exijam que as crianças trabalhem fora do contexto escolar com objetivos curriculares. Esse projeto assegurou oportunidades de participação em atividades práticas e aprendizado experimental. Finalmente, essa pesquisa apoia a suposição de que o conhecimento matemático, a habilidade e o comportamento moral podem ser desenvolvidos por meio de atividades instrucionais diferenciadas baseadas em projetos, artefatos e práticas culturais, que são essenciais para garantir a eficácia do aprendizado dos alunos.Palavras-chave: Etnomatemática. Carruagem Machchhindranath. Matemática Escolar. Artefatos Culturais. Trilhas de Matemática.

Abstract Background Routine use of Transcranial Doppler (TCD) screening is standard management for the prevention of Stroke in children with Sickle Cell Disease (SCD). However, due to a number of factors including the lack of adequately trained TCD operators, less than 50% of children with SCD are enrolled in TCD screening programmes in the USA and Europe. This prospective, multi-centre study focused on the provision of TCD skills delivered through an educational programme. The study objectives were to determine the effectiveness of modular TCD training, to improve the quality and standardisation of TCD assessment and thereby facilitate an increase in the number of children screened. Methods The modular training programme comprised of a two-day course, covering theory and practical aspects of TCD and incorporating significant hands-on instruction. This was followed by local scanning with continuous monitoring and feedback from the training centre in the United Kingdom (UK). Competency evaluations were undertaken at the end of the instructional course and 6-12 months later when a log book of at least 50 scans was completed. TCD results were collected prospectively from a consecutive series of children by certified operators at each centre. Data were compared with that acquired from the same patients in the year prior to the training programme using imaging and/or non-imaging TCD. Statistical analysis was performed using Pearson Chi-Square controlling for possible treatment bias. Results Data were obtained from 326 patients (male 168 (51.5%); female 158 (48.5%); mean age 7.6±3.5, range 1-17) in the UK, Ireland and Italy. Genotypes were; HbSS 79%, HbSC 19%, HbSbetathalassemia° 1%, HbSbetathalassemia+ 1%. 462 pre-training scans (imaging and/or non-imaging TCD); 134 from the UK, 193 from Ireland and 135 from Italy, and 377 post-training scans were available; 114 from the UK, 167 from Ireland and 43 from Italy (Table). Statistical analysis revealed a significant difference in the STOP distribution between the three centres (C2=53, p<0.001) prior to training, with no treatment bias (no treatment C2=47, p<0.001; treatment n=82, C2=23, p<0.001). Anomalous technique between centres pre-training included the erroneous use of Doppler angle correction, poor vessel/Doppler angle optimisation and inconsistent STOP velocity thresholds for imaging and non-imaging studies. After training the STOP distribution was similar in the three centres (C2=7.1, p=0.311; no treatment C2=11, p=0.074; treatment n=81, C2=7.8, p=0.252). The consistent STOP distribution post-training, achieved using either imaging or non-imaging TCD, was attributed to standardisation of both technique and STOP velocity thresholds. Conclusions This multi-centre study demonstrated the success of a modular TCD training program in achieving consistent STOP classification in three European countries. To our knowledge, this is the first modular TCD training programme that has demonstrated efficacy when delivered in different European countries. This was achieved by improving the quality and standardisation of TCD using either imaging or non-imaging techniques and should facilitate the more widespread availability of competent TCD screening. This will have a significant public health impact across Europe where SCD patients are increasing due to immigration. Disclosures: No relevant conflicts of interest to declare.

Background: Evidence-based preventive training programs (PTPs) used as a pre-participation warm-up for sport have been shown to reduce injury risk in youth athletes; however, injury risk improvements depend on PTP dosage and fidelity, where increased levels of PTP compliance facilitate and sustain greater reductions in injury risk. While coaches represent the best option to facilitate PTPs long term, it is unknown how to best train coaches to ensure effective PTP implementation behavior. In other areas of health behavior research, education strategies tailored specifically to an individual’s needs and interests increase the likelihood of adopting a given behavior. To encourage youth sport coaches to implement PTPs, it may be beneficial to tailor workshops. One way to gauge the impact of an education strategy is to look at end-user outcomes. Therefore, the purpose of this study was to evaluate changes in athlete injury risk, as measured by the Landing Error Scoring System (LESS), between adolescent basketball and soccer athletes whose coach attended a General pre-season education workshop on PTP implementation compared to a Tailored pre-season education workshop. Methods: A cluster randomized control trial was utilized. Youth soccer and basketball organizations were contacted to participate in a pre-season coaches’ education workshop on PTP implementation. Organizations were randomized into either a General or Tailored workshop. All participating coaches within a given organization attended the same workshop. General workshops contained standardized content including: youth sport injury epidemiology, injury rate and risk reduction benefits of PTPs, and hands-on instruction on how to implement a PTP. Coaches in Tailored workshops completed pre-workshop surveys. The pre-workshop survey contained Likert-style questions on knowledge of and experience with implementing PTPs. Researchers used the results to prioritize and inform content emphasis within the Tailored workshop. For example, if an organization had a high frequency of coaches who reported that they were particularly interested in the sport performance benefits of PTPs, the research team would devote increased time to discussing that particular component. Both the General and Tailored workshop were approximately 1-hour in length but varied in the amount of time spent on different topic areas. Athletes completed a PRE and POST season baseline assessment of injury risk. The injury risk assessment included three trials of a jump-landing task that was evaluated using the Landing Error Scoring System (LESS). The LESS is a valid and reliable clinical movement assessment used to identify high-risk movement patterns during a jump-landing task. LESS scores are based on observable errors, where a higher score indicates a greater number of movement errors and an increased risk of sustaining a lower extremity injury. To complete the task, participants jumped off a 30-cm high box to a distance half of their height and immediately rebounded straight in the air for maximum vertical height. A single, reliable rater graded all trials for PRE and POST. All three trials were averaged together for one composite LESS score at each time point. A mixed model analysis of variance (ANOVA) was used to evaluate differences in composite LESS score over time (PRE, POST) between educational workshops (General, Tailored). All data were analyzed using SPSS Version 21.0 with an a priori alpha level of p<0.05. Results: Seventy-seven athletes on 9 teams across 6 different organizations (Coaches’ Workshops: General=5 teams from 4 organizations; Tailored=4 teams from 2 organizations) completed both PRE and POST testing sessions. There were no significant differences between workshop (General, Tailored) and LESS scores at POST (P>0.05). Regardless of workshop LESS scores improved over time ((Mean±SD [95%CI]) Generalized PRE: 5.46±0.10 [4.84, 6.08], Generalized POST: 4.62±0.10 [4.00, 5.25], Tailored PRE: 5.99±0.09[5.40, 6.59], Tailored POST: 5.66±0.09[5.06, 6.25])(P=0.03). Conclusions: Regardless of coaches’ educational workshop strategy, athletes improved movement technique from PRE to POST across a single sport season. These findings suggest that any level of exposure to PTP-related content could have beneficial downstream effects for the end user, or in this case reduced injury risk for youth athletes. Future studies should look to evaluate the content of pre-season coach education workshops in conjunction with tracking fidelity of program delivery in order to optimize efforts to disseminate and implement PTPs for youth sport coaches. [Figure: see text]

Field-based research programs offer students a singular opportunity to understand that today there are no simple scientific, economic or socio-political answers to the complex questions facing governments, communities, and local organizations. Through their research, students can gain a first-hand appreciation that decision making in the real world is a mix of all these disciplines, and that they have a vital role to play in participating in this process. According to the most recent Open Doors report (2006), issued by the Institute of International Education, about 206,000 US students studied abroad in 2004/5. While about 55% studied in Europe, an increasing number studied in other host countries around the world. Social science and physical science students comprised about 30% of all US study abroad students in this period. While study abroad programs encompassing a field research component are still in the minority, an increasing number of home institutions and field-based providers are supporting and conducting these types of programs. As the student papers in this Special Issue of Frontiers demonstrate, there is high quality work being produced by undergraduates in settings as diverse as France, Thailand, Kenya, South Africa and Mali. For these students this opportunity was likely a new experience, involving living and studying in international settings; dealing with language and culture differences; matriculating in programs operated by host country universities, independent program providers, or their home institution’s international program; and learning how to conduct research that meets professional standards. Much has been written and discussed regarding pre-departure orientation of US students studying abroad, along with studies and evaluations of the study abroad experience. Less discussion and research has focused on the experiences of the on-site faculty and staff who host students and incorporate field-based research into their courses and programs. These courses and programs involving student research include the following types: • International university-based research, in which the student conducts research on a topic as part of a course or term paper; • Independent field-based research, in which the student identifies a topic, organizes the project, and conducts the field work, analysis, write-up, etc. for an overall grade; • Collective field-based research, in which students, working under the guidance of a professor (either US or international), conduct a research project as part of a US-based course, or complementary to the professor’s research focus; • Client-focused, directed, field-based research in which the research conducted is in response to, or in collaboration with, a specific client ranging from an NGO, to a corporation, to an indigenous community, or a governmental agency. The purpose of this article is to describe some of the issues and challenges that on-site faculty and staff encounter in preparing and supporting US undergraduate students to conduct formal research projects in international settings in order to maximize their success and the quality of their research. The perspectives described below have been gathered through informal surveys with a range of international program faculty and staff; discussions with program managers and faculty; and through our own experience at The School for Field Studies (SFS), with its formal directed research model. The survey sought responses in the following areas, among others: preparing students to conduct successfully their field-based research in a different socio-cultural environment; the skill building needs of students; patterns of personal, cultural, and/or technical challenges that must be addressed to complete the process successfully; and, misconceptions that students have about field-based research. Student Preparation Students work either individually or in groups to conduct their research, depending on the program. In either case on-site faculty and staff focus immediately on training students on issues ranging from personal safety and risk management, to cultural understanding, language training, and appropriate behavior. In programs involving group work, faculty and staff have learned that good teamwork dynamics cannot be taken for granted. They work actively with students in helping them understand the ebb and flow of groups, the mutual respect which must be extended, and the active participation that each member must contribute. As one on-site director indicates, “Students make their experience what it is through their behavior. We talk a lot about respecting each other as individuals and working together to make the project a great experience.” Cultural and sensitivity training are a major part of these field-based programs. It is critical that students learn and appreciate the social and cultural context in which they will conduct their research. As another on-site director states, “It is most important that the students understand the context in which the research is happening. They need to know the values and basic cultural aspects around the project they will be working on. It is not simply doing ‘good science.’ It requires understanding the context so the science research reaches its goal.” On-site faculty and staff also stress the importance of not only understanding cultural dynamics, but also acting appropriately and sensitively relative to community norms and expectations. Language training is also a component of many of these programs. As a faculty member comments, “Students usually need help negotiating a different culture and a new language. We try to help the students understand that they need to identify appropriate solutions for the culture they are in, and that can be very difficult at times.” Skill Building Training students on the technical aspects of conducting field-based research is the largest challenge facing most on-site faculty and staff, who are often struck by the following: • A high percentage of students come to these programs with a lack of knowledge of statistics and methods. They’ve either had very little training in statistics, or they find that real world conditions complicate their data. According to one faculty member, “Statistics are a big struggle for most students. Some have done a class, but when they come to work with real data it is seldom as black and white as a text book example and that leads to interpretation issues and lack of confidence in their data. They learn that ecology (for example) is often not clear, but that is OK.” • Both physical and social science students need basic training in scientific methodology in order to undertake their projects. Even among science majors there is a significant lack of knowledge of how to design, manage and conduct a research project. As a program director states, “Many students begin by thinking that field research is comprised only of data collection. We intensively train students to understand that good research is a process that begins with conceptualization of issues, moves into review of relevant literature, structures a research hypothesis, determines indicators and measurements, creates the research design, collects data, undertakes analysis and inference. This is followed by write-up in standard scientific format for peer review and input. This leads to refining earlier hypotheses, raising new questions and initiating further research to address new questions.” Consistently, on-site faculty have indicated that helping students understand and appreciate this cycle is a major teaching challenge, but one that is critical to their education and the success of their various field research projects. • The uncertainty and ambiguity that are often present in field research creates challenges for many students who are used to seeking ‘the answer in the book.’ On-site faculty help students understand that science is a process in which field-based research is often non-linear and prone to interruption by natural and political events. It is a strong lesson for students when research subjects, be they animal or human, don’t cooperate by failing to appear on time, or at all, and when they do appear they may have their own agendas. Finally, when working with human communities, student researchers need to understand that their research results and recommendations are not likely to result in immediate action. Program faculty help them to understand that the real world includes politics, conflicting attitudes, regulatory issues, funding issues, and other community priorities. • Both physical and social science students demonstrate a consistent lack of skill in technical and evidence-based writing. For many this type of writing is completely new and is a definite learning experience. As a faculty member states, “Some students find the report writing process very challenging. We want them to do well, but we don’t want to effectively write their paper for them.” Challenges The preceding points address some of the technical work that on-site faculty conduct with students. Faculty also witness and experience the ‘emotional’ side of field-based research being conducted by their students. This includes what one faculty member calls “a research-oriented motivation” — the need for students to develop a strong, energized commitment to overcome all the challenges necessary to get the project done. As another professor indicates, “At the front end the students don’t realize how much effort they will have to expend because they usually have no experience with this sort of work before they do their project.” Related to this is the need for students to learn that flexibility in the research process does not justify a sloppy or casual approach. It does mean a recognition that human, political, and meteorological factors may intervene, requiring the ability to adapt to changed conditions. The goal is to get the research done. The exact mechanics for doing so will emerge as the project goes on. “Frustration tolerance” is critical in conducting this type of work. Students have the opportunity to learn that certain projects need to incorporate a substantial window of time while a lengthy ethics approval and permit review system is conducted by various governmental agencies. Students learn that bureaucracies move at their own pace, and for reasons that may not be obvious. Finally, personal challenges to students may include being uncomfortable in the field (wet, hot, covered in scrub itch) or feeling over-tired. As a faculty member states, “Many have difficulty adjusting to the early mornings my projects usually involve.” These issues represent a range of challenges that field-based research faculty and staff encounter in working with undergraduate students in designing and conducting their research projects around the world. In my own experience with SFS field-based staff, and in discussions with a wide variety of others who work and teach on-site, I am consistently impressed by the dedication, energy and commitment of these men and women to train, support and mentor students to succeed. As an on-site director summarizes, essentially speaking for all, “Fortunately, most of the students attending our program are very enthusiastic learners, take their limitations positively, and hence put tremendous effort into acquiring the required skills to conduct quality research.” Summary/Conclusions Those international program faculty and staff who have had years of experience in dealing with and teaching US undergraduates are surprised that the US educational system has not better prepared students on subjects including statistics, scientific report formatting and composition, and research methodologies. They find that they need to address these topics on an intensive basis in order for a substantial number of students to then conduct their research work successfully. Having said this, on-site faculty and staff are generally impressed by the energy and commitment that most students put into learning the technical requirements of a research project and carrying it out to the best of their abilities. Having students conduct real field-based research, and grading these efforts, is a very concrete method of determining the seriousness with which a student has participated in their study abroad program. Encouraging field-based research is good for students and good for study abroad because it has the potential of producing measurable products based on very tangible efforts. In a number of instances students have utilized their field research as the basis for developing their senior thesis or honors project back on their home campus. Successful field research has also formed the basis of Fulbright or Watson proposals, in addition to other fellowships and graduate study projects. An increasing number of students are also utilizing their field research, often in collaboration with their on-site program faculty, to create professional conference presentations and posters. Some of these field-based research models also produce benefits for incountry clients, including NGOs, corporations and community stakeholders. In addition to providing the data, analyses, technical information, and recommendations that these groups might not otherwise be able to afford, it is a concrete mechanism for the student and her/his study abroad program faculty and staff to ‘give back’ to local stakeholders and clients. It changes the dynamic from the student solely asking questions, interviewing respondents, observing communities, to more of a mutually beneficial relationship. This is very important to students who are sensitive to this dynamic. It is also important to their program faculty and staff, and in most cases, genuinely appreciated by the local stakeholders. In essence, community identified and responsive research is an excellent mechanism for giving to a community — not just taking from it. An increasing interest in conducting field-based research on the part of US universities and their students may have the effect of expanding the international destinations to which US students travel. A student’s sociological, anthropological, or environmental interest and their desire to conduct field research in that academic discipline, for example, may help stretch the parameters of the student’s comfort level to study in more exotic (non-traditional) locales. Skill building in preparing for and conducting field-based research is an invaluable experience for the student’s future academic and professional career. It is a fairly common experience for these students to indicate that with all the classroom learning they have done, their study abroad experience wherein they got their hands dirty, their comfort level stretched, their assumptions tested, and their work ethic challenged, provided them with an invaluable and life changing experience. Conducting field-based research in an international setting provides real world experience, as the student papers in this edition of Frontiers attest. It also brings what may have only been academic subjects, like statistics, and research design and methodology, to life in a real-conditions context. On a related note, conducting real field-based work includes the requirement to endure field conditions, remote locations, bad weather, personal discomforts, technological and mechanical breakdowns, and sometimes dangerous situations. Field research is hard work if it is done rigorously. In addition, field work often includes non-cooperating subjects that defy prediction, and may confound a neat research hypothesis. For a student considering a profession which requires a serious commitment to social or physical science field work this study abroad experience is invaluable. It clarifies for the student what is really involved, and it is helpful to the student in assessing their future career focus, as they ask the critical question — would I really want to do this as a fulltime career? US education needs to bridge better the gap between the physical and social sciences. Students are done a disservice with the silo-type education that has been so prevalent in US education. In the real world there are no strictly scientific, economic, or sociological solutions to complex, vexing problems facing the global community. Going forward there needs to be interdisciplinary approaches to these issues by decision makers at all levels. We need to train our students to comprehend that while they may not be an ecologist, or an economist, or a sociologist, they need to understand and appreciate that all these perspectives are important and must be considered in effective decision-making processes. In conclusion, education abroad programs involving serious field-based research are not a distraction or diversion from the prescribed course of study at US home institutions; rather, they are, if done well, capable of providing real, tangible skills and experience that students lack, in spite of their years of schooling. This is the reward that is most meaningful to the international program faculty and staff who teach, mentor and support US students in conducting their field-based research activities. As an Australian on-site program director stated, “there are relatively few students who are adequately skilled in these (field research) areas when they come to our program. Most need a lot of instruction and assistance to complete their research projects, but that of course is part of what we’re all about — helping students acquire or improve these critical skills.” This is the real service that these programs and on-site faculty and staff offer to US undergraduates. Paul Houlihan, President The School for Field Studies

Assistive technology (AT), a major source of adapted educational services, has been accepted as a valuable tool for students with disabilities in schools. Teacher readiness is a key factor in determining a student’s successful inclusion, but many general and special education teachers are not fully prepared to implement AT in schools. In this study, special and general education preservice teachers received introductory instruction on AT, including lecture, demonstration of AT devices, discussion, and hands-on experience, at the Assistive and Instructional Technology (AIT) Lab. After the AIT Lab orientation, preservice teachers in both special and general education responded with higher scores regarding their preparedness to implement AT and more positive perspectives toward AT. The results showed that the AIT orientation was particularly beneficial to general education preservice teachers in their preparation for implementing AT.

The Research Mentor Program is a partnership between the UNH Manchester Library and the College’s Center for Academic Enrichment whereby student peer tutors receive training in both practical writing and research strategies along with theoretical applications for peer-assisted learning. Research Mentors are able to holistically support the research process from brainstorming topics; developing effective search strategies; and evaluating sources to preparing outlines; developing thesis statements; and drafting through the writing/revision cycle. The Research Mentor Program originated in 2004 and evolved during the past decade in response to classroom assessment and program evaluation findings.In the current adaptation, the research mentor training curriculum aligns with the ACRL Frameworks for Information Literacy. Mentors engage with each of the Frames through class discussions, hands-on activities, role-playing exercises, and reflective writing entries. In one-to-one tutorials, research mentors are able to apply the Frames’ dispositions thereby guiding students to engage more effectively with scholarly inquiry, contextualizing authority, and acknowledging value in the research process. In this way, Research Mentors contribute to the effectiveness of information literacy instruction by recognizing gaps in students’ evidence, modelling the dispositions of the information literacy Frames in their interactions with students, and connecting students to the librarians for further research instruction.UNH Manchester’s Research Mentor Program impacts library instruction by extending the influence of information literacy principles beyond the librarian’s classroom instructional sessions into the research mentor led tutorials and circling back to the library for individually focused instruction. Our Creating Knowledge VIII conference presentation is available at http://libraryguides.unh.edu/partnersinfolit. This presentation is based on our forthcoming chapter in Peer-assisted Learning in Academic Libraries, edited by E. Rinto, J. Watts, & R. Mitola published through Libraries Unlimited, Santa Barbara, CA (anticipated publication date early 2017).