Academic literature on the topic 'Maternal co-construction skills'

Partial results from a larger Finnish-Polish study on the relations between grandchildren, parents, and grandparents are presented here. The results are based on a content analysis of essays written by 731 Finnish and Polish adolescents between eleven and twenty-one. Older children used more abstract descriptions, girls mentioned more personality features and feelings than boys, and grandmothers, especially maternal grandmothers were described in the most positive terms. The central new finding was that there are highly significant cross-cultural differences in the descriptions of grandparents: the Poles describe them in more abstract terms even after controlling for age and gender. Polish adolescents make more mention of their feelings, their personality, and their skills as well as of emotional/intellectual input from them; they use more positive terms than do the Finns, but make less mention of activities and appearance. These differences between the two cultures are mediated by contact frequency, which through its working on the proximal level enables co-construction of the relationship and the transmission of interactional styles.

Decision-making regarding building performance in all construction project phases is a complex task. This article addresses the challenge of managing building performance information throughout construction project phases. It proposes a tool that assists in verifying the building performance requirements for different stakeholders and supports the integration of this information within the BIM process. The developed tool allows the launch, monitoring, and creation of a database with information about the project, the work, and the stakeholders. A practical study was chosen to test this tool. Its result is particularly meaningful to all stakeholders, as it prioritizes the information and underlying activities for the collaborative project development among the participants. In summary, the information integration related to the requirements to guarantee the building performance, co-related to the construction project development phases, is essential for improving internal processes. It is worth mentioning that managing this information is not a simple process and requires contextual knowledge, leadership, and management and communication skills.

The article presents the experience of working on the formation of linguistic and cultural consciousness in the lessons of Russian as a foreign language in the framework of the cinematographic living room in the context of online learning. The study uses a competence-based approach that forms the speech competencies of students, which are necessary for their active inclusion in the process of communication with native Russian language speakers. The authors describe the methodology for working with a feature / documentary / animated film. The choice of principles that forms linguocultural consciousness (the principle of anthropocentrism, the principle of communicativeness, the principle of interrelated learning, the principle of visibility, the principle of co-learning of language and culture) is substantiated. A set of exercises is presented that contribute to the effective construction of the learning process: from preview exercises in order to expand and consolidate lexical-grammatical and structural-semantic skills - through conditional speech exercises at the stage devoted to working with key episodes - to an independently issued statement after linguocultural analysis of the film text. Summarizing the experience of working in the format of a cinematographic living room, the authors come to the conclusion that the use of texts from Soviet and Russian cinema contributes to the formation of the linguocultural consciousness of foreign students, expanding their knowledge of the country of the target language, enriching vocabulary and cultural fund. The presented material will be useful for teachers of Russian as a foreign language and students of philological specialties.

Heritage in its very diverse forms has become a significant force in contemporary society. This is manifested by the importance of heritage in shaping identities, the use of heritage by political forces, and the increasing interconnectedness of heritage, the entertainment business and tourism. Heritage is a part of tangible reality while at the same time being an intangible phenomenon. Heritage connects people to each other and to the environment, both its material and natural aspects, therefore forming part of our world. By relying on heritage, recreating it and attributing important meanings to it, people shape the way societies function. The aim of this article is to create a conceptual framework for treating the preservation of intangible cultural heritage. In order to do that, I will use the concept of heritage on the one hand and the information ecological approach on the other hand. The article proposes to create a clearer conceptual framework for treating intangible cultural heritage, with the main emphasis on the preservation aspect. Heritage can be considered from very different aspects, from its philosophical meaning to highly technical conservation proceedings. In this article, I proceed from the idea that heritage is a phenomenon currently being created by people, i.e. from the principle of socio-cultural construction. Of course, this is just one possible way to interpret and utilise the past. It is clear that the treatment of heritage in this way poses a serious challenge to preservation – how should the heritage process be preserved? In my discussion of the heritage process, I use the information ecology framework, mainly drawing on ideas of Bonnie Nardi and Vicky O’Day. Information ecology is a system of people, activities, and technologies in a specific local environment. The information ecologic system is an intertwined network of a specific group of people and their tools and activities. The information ecological approach is characterised by systematicity, diversity, co-evolution and locality. All these aspects are also very important when it comes to intangible heritage. It is evident from the information ecological perspective that preservation of heritage is not a neutral technical activity but rather a social process, in the course of which values and meanings are created, changed and preserved. In preserving heritage, it is important to consider both the heritage itself and the level of society in the framework of which the management takes place. With intangible heritage, it is important to differentiate between individuals and families, groups and communities who practice it. At the national and international levels, specific heritage practices can be recognised and supported, but determining these practices and their actual preservation takes place at the community and individual levels. In order to preserve intangible heritage, we need to support the people, groups and communities who use and develop the given tradition. This means supporting a social and cultural process, in the event that such support is needed in the first place. Communities use intangible heritage to fix their current problems. These aims might not overlap with the national and international goals of preservation. To sum up information ecological principles from the aspect of preserving intangible heritage, what has to be emphasised is the importance of systemic treatment. People practicing heritage skills, their clients, researchers, preservers of heritage and community activists, to name just a few stakeholders, should form an integral system. Different parties are bound to see the system from different perspectives; on the one hand, this cannot be avoided, on the other hand, it is a barrier that needs to be overcome. What is extremely important is the reflection of the so-called grass-roots level perspective, expressed in the subjective view of the person with heritage skills, when determining and preserving heritage. When treating the functions of heritage skills, in addition to their economic significance, which often prevails, what needs to be observed is also the role of these skills in shaping community identities and in creating and preserving social cohesion, but also as parts of education and the wider social communication system. Via heritage skills, meanings are created and values are presented to the community and to society as a whole. I think the fact that heritage participates in the creation of value environments is what guarantees heritage a place in contemporary information society.

Research Highlights The study proposed two focus studies and results indicated there is a conformity between Brain Based Learning (BBL) and students' intrapersonal intelligence toward characteristics of junior high school mathematics learning. Implementation of Brain Based Learning (BBL) and intrapersonal intelligence in junior high school mathematics learning can improve student’s learning outcomes. Research Objectives This research aims to knowing activities of junior high school mathematics learning and to knowing conformity of characteristics between Brain Based Learning (BBL) and intrapersonal intelligence with junior high school mathematics learning. BBL as a learning strategies and intrapersonal intelligence as an internal factors of students must be the main consideration in learning activities, including in this case mathematics learning. Learning is more directed at construction than instruction, which has implications for the role of teachers and students (Reigeluth and Carr-Chellman, 2009). Learning strategies concept is a various types of plans used by the teacher to achieve goals (Silver et al., 2012). In simple terms, this view states that learning strategies are ways to do something in achieving goals. Learning mathematics is learning about the concepts and structure of mathematics and looking for relationships between the two on the material being studied (Bruner, 2009). In the learning activities, learning materials must be adapted to the abilities and cognitive structures of students. Learning material must be related to the concepts that are already owned so that new ideas can be fully absorbed by students (Ausubel, 2012). Learning activities must be gradual, sequential and always based on past learning experiences. Methodology This type of research is qualitative descriptive. The approach used is qualitative with descriptive methods and literature studies. Data collection uses documentation studies, observations, and interviews with teachers and students. Data collection was conducted in junior high school of SMP Assahil Lampung Timur in the 2018/2019 academic year. The mathematics teachers and students were included in this study as a respondents. In this study the data analysis used was quantitative descriptive and qualitative descriptive analysis. Quantitative descriptive analysis is used to present and analyze data relating to mathematics learning outcomes over the past three years. Qualitative descriptive analysis is used to interpret and analyze data regarding the learning process of mathematics that has taken place. Results The study indicate that mathematics teachers have only used expository learning strategies in learning activities. The expository learning strategy is a form of teacher-centered learning approach. Mathematical learning outcomes are not satisfactory. The Mathematics learning is a learning process that involves active students building mathematical knowledge (Cobb, 2013). In mathematics learning there is a process of developing students' creativity to improve their abilities and beliefs in building knowledge and mastering good mathematics subject matter. The Characteristics of Brain Based Learning (BBL) emphasizes students to play an active role in building the concepts learned (Ulger, 2018). The steps in the BBL learning strategy include creating a learning environment that challenges students' thinking skills (regulated immersion), creates a relaxed learning environment, and creates actual and meaningful learning situations for students (active processing). Intrapersonal intelligence is self-knowledge as intelligence that involves self-awareness or self-sensitivity, thought processes, realizing changes that occur in oneself, involving skills of cooperation and communication both verbally and nonverbally (Alder, 2001). The characteristics of intrapersonal intelligence consist of three main aspects that can be used as benchmarks, namely recognizing oneself, knowing one's own desires, and knowing what is necessary for oneself. Findings The results of data analysis, it was found that the learning activities that had taken place so far only used expository learning strategies. The teacher does not apply learning strategies that are in accordance with the internal factors of students in learning mathematics. The literature review show that there is a match between the characteristics of junior high school mathematics material, the characteristics of BBL learning strategies and the characteristics of intrapersonal intelligence. Therefore, the implementation of BBL learning strategies and intrapersonal intelligence in junior high school mathematics learning is very well done to improve student learning outcomes. Acknowledgement This study was supported by Universitas Negeri Jakarta and SMP Assahil Lampung Timur, for which thanks to 1) Doctoral Program in Educational Technology, Postgraduate Program at Universitas Negeri Jakarta; 2) SMP Assahil Lampung Timur; 3) Prof. Dr. M. Syarif Sumantri, M.Pd. as the promoter and Prof. Dr. Nurdin Ibrahim, M.Pd. as the co. promoter who has provided guidance to the author.

Supplemental Instruction (SI) has been a successful implementation into institutions worldwide. It serves as a means of reducing attrition and increasing the overall learning of course material. The City College of New York (CCNY) has recently implemented SI to General Chemistry I courses to examine whether or not SI would help students succeed in the course and understand and grasp the course material better. SI was made available several times a week during flexible times to students who are struggling in the course. Our method of data collection is a Likert-type and open-ended questionnaire that was distributed at the end of each of the semesters to SI participants in an anonymous fashion. Furthermore, we compared the grades and performance of students participating in SI with those who did not. The collected data enabled us to examine the impact of implementing Supplemental Instruction (SI) in General Chemistry I at CCNY. Our data show that SI was beneficial, contributed to improving students’ understanding of course material, and increased their success rate. About 80 percent of students who failed the first exam and participated in SI obtained a passing grade compared to 11 percent of those who did not.Keywords: supplemental instruction, chemistry education research, student learningINTRODUCTION Supplemental instruction is derived from the term developmental education and stems from a branch of Learning Assistance Centers or LACS [1]. To better understand the origins of Supplemental Instruction, we must first understand the framework that set up this type of education. Developmental education originates in the 1600s and focuses mainly on the assumption that each student has multifaceted talents that can be developed academically, opposed to focusing on the deficits of a student [1]. The main goal was to naturally adapt the students’ population to higher education through means of social and academic domains allowing the students to grow in multiple dimensions in their academic skills [1].Developmental education later paved the way for academic programs such as Learning Assistance Centers (LACs). It was viewed as an extension of the classroom and did not discriminate between faculty and students, and within the student population did not discriminate between students who performed to standard and those who performed below par. LACs were for everyone who wanted to be academically enriched [1]. As a new program, LACs had six main objectives: “higher course grades for participating students; central location for students to receive tutorial assistance; a referral source to other helping agencies; a comprehensive library of basic study aids; a training agency for paraprofessionals, peer counselors, and tutors; and a center for faculty development.” [1]. These goals made it very clear that this service was not to be mislabeled as remedial, which was a main topic of interest when it comes to implementing new services, like this one, in schools. LACs are essentially a tool used to attain higher education, not provide a remedial course. Another important reason as to why LACs were adopted into other higher education institutions is to increase student retention [1]. LACs jump-started improved learning across campuses not only in the United States but across the world.In the 1990’s developmental or remedial courses were not allowed to be offered at public four-year universities, thus making supplemental instruction a very attractive candidate to solving the issue with students’ academic integrity and attrition [1]. College faculty members were drawn to SI due to its minute fiscal commitment and that it strongly promoted individual self-learning for the students, this meant less time spent teaching for instructors [1].SI or supplemental instruction is as it states - supplemental instruction offered to the students enrolled in a course. SI gives the students the opportunity to work in a cooperative setting on problems and is supported by peer instructors [2]. SI works to increase academic performance and retention but utilizing both collaborative studying in addition to independent studying and analysis of study strategies. SI sessions are offered for traditionally difficult high risk course; ‘historically difficult’ courses are also identified by analyzing the grade distribution of courses throughout each academic division, “courses in which 30% or more of the students receive D or F grades or withdraw, become targets” [3]. One of the main factors that attribute to the individuality of SI programs is that it focuses on historically difficult courses [4] and large classes where students have little opportunity for interaction with the professor or other students [5]. Labeling a course as historically difficult allows you to categorize the class as challenging without placing blame on the professor or the students.SI sessions are scheduled on a weekly basis and all students enrolled in the course are encouraged to join. SI sessions act as a continuation of the lesson learned during in-class lecture with the instructor. Being that SI sessions are not tied down to class time, students can attend whenever and however many times they wish without the restriction of a required course preventing them. Constant feedback will be given based on the student’s grasp of the material taught in class, thus giving them ample time and motivation to alter their study methods to adapt, if need be. Research on SI suggests that problem-solving skills and study strategies learned in SI courses are transferable to other courses which leads to improved performance [6]. Supplemental instruction sessions are typically led by an SI leader, who would be a former student that succeeded in the same course, however it is not uncommon for a professor to join an SI session for a course. SI may improve students’ retention and graduation because it offers the students the opportunity to network socially which speeds up the acclimatization to the college experience [7].SI provides a way to combine “how do I teach myself this” with “what do I need to know”. While SI helps students gain a more thorough understanding of the material, it also helps students to condition themselves and alters their thinking to accommodate for the type of information they are processing. SI differs from a remedial tutoring course because it is created based on the course versus the students [1]. This potentially makes attending SI sessions more attractive to students who are afraid or shy to ask for help.SI is not a remedial course, it is considered a mediator connecting the gap between the new information presented to students and the students current knowledge and practices, “SI bridges the gap between the current knowledge base and the acquisition of new knowledge by focusing on the refinement of the learning skills indispensable for acquiring new knowledge” [8]. Successfully implemented SI programs were able to track those students who attended and the impact it made towards their grade, for data that was collected institutionally [9]. SI can be effectively used to develop study skills, increase motivation and improve performance in participants [10].According to Wolfe, “…there appear to be benefits of SI in courses where students are being newly introduced to chemical concepts and methods, but these benefits seem to drop off when students are more experienced with the material.” [5]. The results further go on to conclude that SI is most beneficial to entry level science courses such as, General Chemistry I and Organic Chemistry I. It seems as though SI is a great addition into institutions to overall help attrition rates and more generally help students improve within their courses. More research has been done to give us a wider range of knowledge on SI within Chemistry courses [9]. SI can be used to address the continuous decline of fundamental chemical knowledge noticed in recent college graduates [11].In large lecture classes, there is a disconnect between the lecturer and the student. Supplemental Instruction (SI) is often offered in a more intimate setting where the SI instructors can have one-on-one time with students to individually hone in on their specific problems, whether it is conceptual or problem-solving. As for learning environment, SI is usually held in a smaller more accommodating room where it is a less intimidating more inviting space. This setting provides a social interaction component in which usual Chemistry lectures don’t provide. In addition to the more personal tutoring time available, students are also encouraged to interact in a common social setting. This allows for an opportunity of collaborative learning and may help foster a sense of community [12].The attraction to SI in a college setting is due to its short and long-term effects. The short-term effects of SI sessions are to instill a deeper understanding of the coursework within students. Whereas the long-term goals are two-fold, the academic goal is to change the way students learn, study, and understand information so that the knowledge stays with them. Students who participate in SI earn higher grades not only the course but in subsequent semesters, which is due to improved study habits and is considered a long-term positive outcome of SI [13]. The second long-term goal is to develop better social interaction skills within these students.Many public institutions have implemented SI and thus have uncovered several significant findings. Findings that were previously mentioned pertaining to the outcomes of SI includes achieving higher percentages of passing grades [1, 14]. Some studies also found higher graduation rates among participants [1]. Despite their better performance, SI takers often score lower on academic success predictors such as the SAT and ACT exams [14]; increases in performance, therefore, appear to not occur because stronger students use SI. SI helps promote problem-solving skills because it involves the learner in the construction of knowledge and information processing based on their prior experiences which could contribute to cognitive development [15-16]. Furthermore, SI has been shown to improve motivation and enhance study habits and understanding difficult concepts [17]. Participants in SI have been found to have better control on their achievement, self-esteem, and confidence [18]. SI has also been found to higher academic self-efficacy and grades [19]. Studies have reported that students who participated in SI in introductory courses in Biology or Chemistry courses tended to continue onto upper level courses in the field; SI has a positive effect on students’ enrollment in upper level courses [20-21]. We should note that Rabitoy and co-authors reported that SI enhanced students’ achievement in STEM fields and this was greater for females and students of color [22]. METHODS While researching the topic of SI as a whole, we were able to uncover many studies that were in favor of this new implementation in institutions. Our research study is unique because it targets only at risk students and provides an added value to the curriculum. SI was implemented into The City College of New York (CCNY) as a test run in the Department of Chemistry and Biochemistry. The CCNY is an urban minority serving institute that offers a diverse selection of classes, which vary from the arts to the sciences and everything in between. We wanted to try implementing SI into the sciences to see if at risk science students can benefit from it. Grasping the S in stem, our main goal is to use the successful methods of SI to see what benefits it can bring to general science courses.Beginning during the Spring semester of 2018, SI was implemented at The CCNY’s General Chemistry I course which is composed of lecture, lab, and Peer-Led Team Learning (PLTL) workshop. PLTL is implemented as an integrated part of the course [23]. In the General Chemistry course, after exam one was distributed and grades were given back, an announcement was made introducing SI. The lecture professor would encourage students who received a failing grade, classified as a grade below a 65 out of 100 on exam one, to attend SI as means of improving in the course. This makes our study unique since we are only targeting students who are struggling the course and are not likely to earn a passing grade. It is noteworthy that PLTL offers a collaborative learning experience for all students. SI instructors targeted weaknesses in study habits, socialization, conceptual-understanding, and problem-solving skills.SI was made available for five days a week and on those days, SI was scheduled around classes times which makes it easier for students with busy schedules involving work and class to attend. During SI sessions there are instructors that have been hand-picked by instructors from a cohort of recitation leaders and who have successfully completed the course and have received a grade of A in the course. SI attendance was not mandatory.Throughout the first session available after the Supplemental Instruction announcement was made to the lecture class, those who chose to attend, because SI was not mandatory and it was strongly recommended for struggling students. Students brought their first exam with them to be discussed. This initial discussion is a one-on-one between the student and instructor, which serves as a more social component to learning whereas that isn’t available during class time. The first exam was then discussed so that the instructor can now sift through the student’s strengths and weaknesses to later target them in the weeks to come. The overall composition of our Supplementary Instruction sessions was influenced by the previous studies done and researched, hand-picking methods that seemed to work and leaving off ones that were less successful. SI sessions included cooperative learning activities, and addressed students’ misconceptions and difficulties, explored difficult concepts in depth, and enhanced problem-solving skills [24].Every week during Supplementary Instruction sessions students were encouraged to come back to further work through their weaknesses. During this trial specifically, it was noticed by the SI instructors that a lot of students actually struggle with basic problem-solving skills and reasoning. To help combat this, worksheets were made each week based on the lecture topics covered in class, based on problem-solving to help build their skills. Aside from doing the worksheets, students were encouraged to bring in topics or questions they have on the material so the SI instructors can further clarify and explain. Furthermore, students came to SI with questions that they were struggling with. Students provided questions for the SI instructor to explain which created a mutually beneficial relationship [11, 25].Our research question is: How does Supplemental Instruction in General Chemistry I impact students’ learning, conceptual understanding, retention, and attitudes?In order to properly assess how beneficial SI is to the way students learn Chemistry, data were collected at the end of the Spring and Fall of 2018 semesters, as well as Spring 2019. We used a combination Likert-type and open-ended questionnaire, as well as, grade comparisons. The Likert-type section included a five-point scale, where (1) Strongly Disagree, (2) Disagree, (3) Neutral, (4) Agree, (5) Strongly Agree. For each question, the average was taken which helps make sense of the data. For the open ended questions, questions 1 through 3, we created and used a rubric to score the questions on a scale from 1 to 5 similar to what was mentioned above. For question 4, we compiled the answers and created pie charts based on the type and number of responses.As previously stated, at the end of the semester surveys were printed and distributed to each SI session. Students that attended SI were all encouraged to participate in this survey. A total of 44 out of 60 students were available and willing to participate in the optional survey.RESULT AND DISCUSSION Graphical depictions of each Likert-type question along with average responses are shown in Figure 1. FIGURE 1. Averages for the answers for each of the Likert-type questionnaire. Our data clearly shows that students overall had a positive learning experience with SI. The students agree that SI improved their basic problem-solving skills, understanding of concepts covered, and attaining a better grade in the course. Furthermore, SI participation encouraged students to practice problems and tackle their weaknesses in the course. SI participants believe that the SI instructors targeted their weak areas and helped them improve. Finally, students felt that SI was worth the time and effort they put into it and that it was beneficial and contributed to improvements in grades.FIGURE 2. Averages of the short-answer responses were numerically scaled using a rubric.Figure 2 shows that students overall had a positive learning experience with SI and that it helped them better understand the concepts. Furthermore, the participants would enthusiastically would recommend SI to other Chemistry students.FIGURE 3. The pie chart above shows the beneficial components of SI to studentsFigure 3 shows the parts of SI that students found beneficial. Overall, there were many useful features of the SI program that facilitated students’ learning and succeeding in the course. The students appreciated the time spent on problem-solving, the flexibility of the offerings – refers to the times and days, the individualized learning experience, and the one-on-one support, guidance, and tutoring. From the Likert-type questions given in part one of the survey, responses were broken down for each given question in order to visualize the impact of SI for the students/participants. The average of the responses can be seen above and was about 4.8. The corresponding results can be viewed above as shown in Figure 1. To turn our attention to Figure 1 ‘SI has helped me to improve my basic problem solving skills’, upon meeting with the SI instructor team at The CCNY we were made aware that students have trouble with basic problem-solving which leads to the disconnect in understanding how to build upon this knowledge. When students lack this basic skill, it is difficult for them to move on and build upon this skill as the course progresses, which ultimately leads to their failure to meet the level of understanding for each lecture exam. From the responses, we can see that majority of the students feel as though their problem solving skills have developed as a result of participating in SI. Questions 6-8 deal with an overall belief about the experience of SI participation. Based on Figure 1, SI helped students better understand the course material, and had an overall positive response as 100% of students felt like they did have a better understanding of the course material after attending SI. Students overwhelmingly agree that SI is very beneficial to the way they learn Chemistry. Our data show that SI is well received by the participants which is consistent with other researchers [11]. Short answer questions 1-3 were made in order to have a more in-depth understanding of the student experience with SI this past semester. These questions were formed as short answer so students were more inclined to share their opinions of SI. The collected data shows that the students strongly agree that SI has been very beneficial for ways unique to each student. Some students enjoyed the SI instructors and their way of teaching and helping the students understand the material. While others enjoyed how personal the experience was. It wasn’t a ‘one size fits all’ experience but an experience that was personalized to each student’s needs, strengths, and weaknesses. Short answers for question 4 also had very personalized responses. Question 4 in particular – ‘What features of SI did you find to be most beneficial to you?’ was very helpful in understanding what students appreciate most about SI, and served as a standard to which should be upheld. Responses ranged from the flexible times SI was offered to the small class setting which is extremely different than the lecture, and more comfortable. Students also enjoyed and benefited from the one-on-one attention they received in SI session. For that reason, students would make time to attend the SI section of their ‘favorite instructor’. Furthermore, the individualized learning experience was appealing to SI participants. The overall goal is to get each student to understand complex concepts and if one instructor can better help someone to reach this goal; SI is a success. The overall responses show that SI is very beneficial and contributed a great deal to the way that students learn Chemistry. One main issue we have encountered during this initial phase of implementation is low number of students who self-select to participate in SI. Only about 10 percent of students who failed the first exam, participated in SI. One reason could be that students might not buy into the philosophy of SI. A second reason might be that students do not think that SI would help them better understand the content and succeed on the course. A third reason could be due to lack of motivation in these students. Another reason could be attributed to the lack of maturity in students who are taking General Chemistry I. We use the term ‘lack of maturity’ loosely in this sense to mean the lack of knowledge of how to conduct oneself in a college setting [26]. Most commonly, freshman students come straight from high school where they have not yet acquired good study techniques or methods which work best for them. These reasons combined with the hardship required to understand such complex concepts that they’re learning for the very first time can deter students. Our data show that students who participated in SI after failing the first exam achieved a success rate of about 80%. Students who failed the first exam and did not participate in SI had an 11% chance of passing the course. This data is consistent with several research in the field indicating that students who participate in SI have a higher chance of successfully completing the course with a passing grade [14, 27]. We feel these data make powerful statement for the added value of SI in General Chemistry courses and its impact on students learning and attitudes.CONCLUSION In conclusion, our research study on SI provided valuable data into students’ learning and conceptual understanding of content in General Chemistry. Furthermore, our findings provide insights into students’ attitudes about SI implementation and its benefits to the participants. Our research data supports the introduction of SI into General Chemistry courses and provides students with learning skills, socialization competencies, problem-solving skills, and the knowledge required to successfully complete the course. We believe that our data supports the notion that SI had a significantly affected the participants grades in a positive manner and it should be noted that that majority of SI participants earned a passing grade in the course. Our results and data on the implementation of SI in General Chemistry courses improved students’ attitudes towards the subject matter, learning, socialization, and study habits. We are confident we can reach a larger population and improve our recruitment so more students can experience SI and increase their chances of successful completion of the course. As an implication for curriculum, we would recommend supplemental instruction for all introductory courses STEM fields. ACKNOWLEDGMENT We also would like to thank the Department of Psychology at the CCNY and CUNY Coordinated Undergraduate Education (CUE) for funding our Supplemental Instruction program.

The Higher Education Community Empowerment Program (PPMUPT) activity aimed to disseminate research results on design engineering and construction materials for verticultural cultivation of seaweed; Seed quality from seaweed cultivation centers in North Sulawesi; and Co-cultivation of seaweed and sea tilapia. The implementation partnered with the Nain Princess and Mekar Laut Groups, and was supported by the Nain Village Government. The three partners expressed their willingness and ability to work together in formulating and finding solutions to problems, as well as planning the implementation stages and all of these activities. In addition, partners continue to contribute throughout the activity. Formulation of problems with partners, are: Is there a technology that can minimize disease attacks on seaweed. The solution is in the form of: a. Engineering design and construction material for cultivation containers, b. Verticultural cultivation of engineering methods. The method applied was the classical and individual approach in the form of class lectures, demonstrations, and practices about the innovation of seaweed cultivation technology. The outputs of the PPMUPT activities were productive economic partners that have increased knowledge, skills, quality, quantity, and types of products. Participants were principally satisfied with this PPMUPT activity, and even 92.86% stated that they were very satisfied in participating in PPMUPT activities regarding the use of strings as ris ropes with seaweed verticulture methods.

This article uses a case study of a Melbourne-based youth media project called Youthworx to explore the processes at stake in cultural engagement for marginalised young people. Drawing on ethnographic research conducted between 2008 and 2010, I identify some ways in which the city is implicated in promoting or preventing access to socially valued spaces of creativity and intended social mobility. The ethnographic material presented here has both empirical and theoretical value. It reveals the important relationships between the experience of place, creativity, and social life, demonstrating potentialities and limits of creativity-focused development interventions for marginalised youth. The articulation of these relationships and processes taking place within a particular city setting has theoretical implications. It opens up an opportunity to consider "suburbs" as enacted by specific forms of access, contingencies, and opportunities for a particular demographic, rather than treating "suburbs" as abstract, analytical constructs. Finally, my empirically grounded discussion draws attention to cultural and social consequences that inhabiting certain social worlds and acts of travelling "to and beyond" them have for young people. Youthworx is a community-based youth media initiative employing pathway-based semi-formal creative practices to re-engage young people who have a history of drug or alcohol abuse or juvenile justice, who have been long disconnected from mainstream education, or who are homeless. The focus on media production allows it to tap into, and in fact leverage, popular creativity, tacit knowledge, and familiar media-based activities that young people bring to bear on their media training and work in this context. Underpinned by social and creative industry policy, Youthworx brings together social service agency The Salvation Army (TSA), educational provider Northern Melbourne Institute of TAFE (NMIT), youth community media organisation SYN Media, and researchers at Institute for Social Research, Swinburne University. Its day-to-day operation is run by contractual, part-time media facilitators, social workers (as part of TSA’s in-kind support), as well as media industry experts who provide casual media training. Youthworx is characterised by the diversity of its young demographic. One can differentiate between at least two groups of participants: those who join Youthworx because of the social opportunities, and those who put more value on its skill-development, or vocational creative industries orientation. This social organisation is, however, far from static. Over the two years of research (2008-2010) we observed evolving ideas about the identity of the program, its key social functions, and how they can be best served. This had proceeded with the construction of what the Youthworx staff term "a community of safe belonging" to a more "serious" media work environment, exemplified by the establishment of a social enterprise (Youthworx Productions) in 2010 that offers paid traineeships to the most capable and determined young creators. To accommodate the diversity of literacy levels, needs, and aspirations of its young participants, the project offers a tailored media education program with a mix of diversionary, educational, and commercial objectives. One-on-one media training sessions, accredited courses in Creative Industries (Media), and industry training within Youthworx Productions are provided to help young people develop a range of skills transferable into a variety of personal, social and professional contexts. Its creative studio, where learning occurs, is located in a former jeans factory warehouse in the heart of an industrial area of Melbourne’s northern inner-city suburb of Brunswick. Young people are referred to Youthworx by a range of social agencies, and they travel to Brunswick from across Melbourne. Some participants are known to spend over three hours commuting from outer suburbs such as Frankston or even regional towns such as King Lake. Unlike community-based creative programs reliant on established community structures within local suburbs (for example, ICE in Western Sydney), Youthworx moved into Tinning Street in Brunswick because its industry partner—The Salvation Army—had existing youth service infrastructure there. The program, however, was not tapping into an existing media “community of practice” (Lane and Wenger); it had to forge its own culture of media participation. In the early days of the program, there were necessary material resources and professional expertise (teachers/social workers/a creative venue), but it took a long while, and a high level of dedication, passion, and practical optimism on the part of the project managers and teaching staff, for young people to genuinely engage in media training and production. Now, Youthworx’s creative space is a “practised place” in de Certeau’s sense. As “the street geometrically defined by urban planning is transformed into a space by walkers” (De Certeau 117), so is the Youthworx space produced by practices of media learning and making by professional creative practitioners and young amateur creators (Raffo; for ideas on institutionalised co-creative practice see Spurgeon et al.). The Brunswick location is where our extensive ethnographic research has taken place, including regular participant observation and qualitative interviews with staff and young participants. The ethnographers frequently travelled with young people to other locations within Melbourne, accompanying them on their trips to youth community radio station SYN Media in the CBD, where they produce a weekly radio show, as well as to film shoots and public social events around the city. As an access learning program for marginalised youth from around Melbourne, Youthworx provides an interesting example to explore how the concerns of material and cultural capital, geographic and cultural distance intersect and shape processes of creative participation and social inclusion. I draw on our ethnographic material to illustrate how these metonymic relationships play out in the ways young participants “travel distance” (Dewson et. al.) on the project and across the city, both figuratively and literally. The idea of “distance travelled” is adapted here from evaluation literature (for other relevant references see Dowmunt et al.; Hayes and Edwards; Holdsworth et al.), and builds on the argument made previously (Podkalicka and Staley 5), to encompass both the geographical mobility and cultural transformation that young people are supported to undergo as an intended outcome of their involvement in Youthworx. This paper also takes inspiration from ethnographic approaches that study a productive and transformative relationship between material culture, spatial geography and processes of identity formation (see Miller). What happens to Youthworx young participants as they travel in a trivial, and at first sight perhaps inconsequential, way between the suburbs they live in, the Youthworx Brunswick location and the city is both experientially real and meaningful. “Suburban space” is then a cultural site that simultaneously refers to concrete, literal places as well as “a state of mind”—that is, identification and connections that are generative of a sense of identity and belonging (Ferber et al.). Youthworx is an intermediary point on these young people’s travels, rather than the final destination (Podkalicka and Staley 5). It provides access to various forms of new spatial, social, and creative experiences and modes of expression. Creating opportunities for highly disenfranchised young people to access and develop new social and creative experiences is an important aspect of Youthworx’s developmental agenda, and is played out at both philosophical and practical levels. On the one hand, a strength-based approach to youth work assumes respect for young people’s potential and knowledges—unlike public discourses that deny them agency due to an assumed lack of life experience (e.g., Poletti). In addition to the material provision of "food and shelter" typical of traditional social work, attention is paid the higher levels of the Maslow hierarchy of human needs, with creativity, self-esteem, and social connectedness at the top of the scale (see also Podkalicka and Campbell; Podkalicka and Thomas). Former Manager of The Salvation Army’s Brunswick Youth Services (BYS)—one of Youthworx’s partners—Craig Campbell argues: Things like truth and beauty are a higher order of dreams for these kids. And by truth I don’t mean the simple lies that can be told to get them out of trouble [but] is there a greater truth to life than a grinding existence in the impoverished neighbourhood, is there something like beauty and aesthetics that wakes us up in the morning and calls a larger life out of us? Most of those kids only faintly dream of such a thing, and this dream is rapidly being extinguished under the weight of drugs and alcohol, abusive family systems, savage interaction with law and justice system, and education as a toxic environment and experience. (Campbell) Campbell's articulate reflection captures the way the Youthworx project has been conceived. It is also a pertinent example of the many reflections on experience and practice at Youthworx that were recorded in my fieldwork, which illustrate the way these kinds of social projects can be understood, interpreted and evaluated. The following personal narrative and contextual description introduce some of the important issues at stake. (The names and other personal details of young people have been changed.) Nineteen-year-old Dave is temporarily staying in an inner-city refuge. Normally, however, like most Youthworx participants, he lives in Broadmeadows, a far northern suburb of Melbourne. To get to Brunswick, where he does his accredited media course three days a week, he either catches a train or waits for a mini-bus to drive him there. The early-morning pick-up for about ten young people is organised by the program’s partner—The Salvation Army. At the Youthworx creative studio, located in the heart of Brunswick, right next to railway tracks, young people produce an array of media products: live and pre-recorded radio programs, digital storytelling, mini-documentaries, and original music. Once at Youthworx, they share the local neighbourhood with other artists who have adapted warehouses into art workshops, studios and galleries. The suburb of Brunswick is well-known for its multicultural profile, a combination of industrial and residential estates, high rates of tertiary students due to its proximity to universities, and its place in the recent history of urban gentrification. However, Youthworx participants don’t seek out or engage with the existing, physically proximate creative base, even within the same street. On a couple of occasions, the opposite has been the case: Youthworx students have been involved in acts of vandalism of local residents’ property, including nearby parked cars. Their connections to the Brunswick neighbourhood remain poor, often reflecting their low social capital as a result of unstable residential situations, isolation, and fraught relationships with family. From Brunswick, they often travel to the city on their own, wander around, sit on the steps of Flinders Street train station—an inner-city hub and popular meeting place for locals and tourists alike. Youthworx plays an important role in these young people’s lives, as an important access point to not only creative digital media-based experiences and skill development, but also to greater and basic geographical mobility and experiences within the city. As one of the students commented: They are giving us chances that we wouldn’t usually get. Every day you’re getting to a place, where it’s pretty damn easy to get into; that’s what’s good about it. There are so many places where you have to do so much to get there and half the time, some people don’t even have the bloody bus ticket to get a [job] interview. But [at Youthworx/BYS], they will pick you up and drive you around if you need it. They are friends. It is reportedly a common practice for many young people at Youthworx and BYS to catch a train or a tram (rather than bus) without paying for a ticket. However, to be caught dodging a fare a few times has legal consequences and young people often face court as a result. The program responds by offering its young participants tickets for public transport, ready for pick-up after afternoon activities, or, if possible, "driving them around"—as some young people told me. The program’s social workers revealed that girls are particularly afraid to travel on their own, especially when catching trains to the outer northern suburbs, for fear of being harassed or attacked. These supported travels are as practical and necessary as they are meaningful for young people’s identity formation, and as such are recognised and built into the project’s design, co-ordination and delivery. At the most basic level, The Salvation Army’s social workers pick young people up from the Broadmeadows area in the mornings. Youthworx creative practitioners assist young people to make trips to SYN Media in the city. For most participants, this is either the first or sporadic experience of travelling to the city, something they enjoy very much but are also somewhat daunted by. Additionally, as part of the curriculum, Youthworx staff make a point of taking young people to inner-city movie theatres or public media events. The following vignette from the fieldwork highlights another important connection between physical journey and creative expression. There is an excitement in Dave’s voice when he talks about his favourite pastime: hanging out around the city. “Why would you walk around the streets?” a curious female friend interjects. Dave replies: “No, it’s not the streets, man. It’s just Federation Square, everywhere … There is just all these young wannabe criminals and shit. People don’t know what goes on; and I want to do a doco on the city, a little doco of the people there, because I know a lot of it.” Dave’s interest in exploring the city may be interpreted as a rather common, mundane routine shared by mildly adventurous adolescents of all walks. And yet, there is much more at stake in his account, and for Youthworx young participants more generally. As mentioned before, for many of these young people, it is the first opportunity to travel to the city. This experience then is crucial in a sense of self-exploration and self-discovery. As they overcome their fear of venturing out into the city on their own, they also learn that they have knowledge which others might lack. This moment of realisation is significant and empowering, and they want to communicate this knowledge to others. Youthworx assists them in learning how to translate this knowledge in a creative and constructive way, through an expression that weaves between the free individual and the social voice constructed to enable a dialogue or understanding (Podkalicka; Podkalicka and Campbell; Podkalicka and Thomas; also Soep and Chavez). For an effective communication to occur, a crafted social voice requires skills and a critical awareness of oneself and an audience, which is very different from the modes of expression that these young people might have accessed previously. Youthworx's young participants draw heavily on their life experiences, geographical locations, the suburbs they come from, and places they visit in the city: their cultural productions often reference their homes, music clubs and hang-out venues, inner city streets, Federation Square, and Youthworx’s immediate physical surroundings, with graffiti-covered narrow alleys and railway tracks. The frequent depiction of Youthworx in young people’s creative outputs is often a token of appreciation of the creative, educational and social opportunities it has offered them. Social and professional connections they make there are found to be very valuable. The existing creative industries literature emphasises the importance of social networks to existing communities of interest and practice for human capacity building. Value is argued to lie not only in specific content produced, but in participatory processes that establish a link between personal growth, individual skills and social and professional networks (Hearn and Bridgestock). In a similar vein, Carlo Raffo uses Granovetter’s concept of “weak ties” to suggest that access to “social relations that go beyond the immediate locality and hence their immediate experiences” can provide marginalised young people with “pathways for authentic and informal learning that go beyond the structuring influences of class, gender and ethnicity and into new and emerging economic experiences” (Raffo 11). But higher levels of confidence or social skills are required to make the most of vocational or professional opportunities beyond the supportive context of Youthworx. Connections between Youthworx participants and other creative practitioners within the creative locality of Brunswick have been absent thus far. Transitions into mainstream education and employment have also proven challenging for this group of heavily marginalised youth. As we found during our ongoing fieldwork, even the most talented students find it hard to get into mainstream education courses, or to get or keep jobs. The project serves as a social basis for young people to develop self-agency and determination so they can start engaging with new opportunities and social networks outside the program (Raffo 15). Indeed, the creative practitioners at Youthworx are key facilitators of connections between young people and the external world. They act as positive role models socially, and illustrate what is possible professionally in terms of media excellence and employment (see also Raffo). There are indications that this very supportive, gradual process of social learning is starting to bear fruit for individual students and the Youthworx community as a whole as they grow more confident with themselves, in interactions with others, and the media work they do. Media projects such as Youthworx are examples of what Leadbeater and Wong call “disruptive innovation,” as they provide new ways of learning for those alienated by formal education. The use of digital hands-on media production makes educational processes relevant and engaging for young people. However, as I demonstrate in this paper, there are tangible, material barriers to releasing creativity, or enhancing self-discovery and sociality. There are, as Leadbeater and Wong observe, persistent links between cultural environment, socio-economic status, corresponding attitudes to learning and educational success in the developed world. In the UK, for example, only small percent of those from the lowest socio-economic background go to university (Leadbeater and Wong 10). Youthworx provides an opportunity and motivation for young people to break a cycle of individual self-destructive behaviour (e.g. getting locked up every 6 months), intergenerational reliance on welfare, or entrenched negative attitudes to learning. At the basic level, it encourages and often insists that young people get up in the morning, with social workers often reporting to have to “knock at people’s houses and get them ready.” The involvement in Youthworx is often an important reason to start delineating between day and night, week and weekend. A couple of students commented: I slept a lot. Yeah, I was always sleeping during the day and out at night; I could have still been doing nothing with my life [were it not for Youthworx]. Now people ask if I want to go out during the week, and I just can’t be bothered. I just want to sleep and then go to [Youthworx] and then weekends are when you go out. It also offers a concrete means to begin exploring the city beyond the constraints of their local suburbs. This literal, geographical mobility is interlocked with potential for a changed perception of opportunities, individual transformation and, consequently, social mobility. Dave, as we have seen, is attracted to the idea of exploring the city but also has creative aspirations, and contemplates professional prospects in the creative industries. It is important to note that the participants are resilient in their negotiation between the suburban, Youthworx and inner city worlds they can inhabit. Accessing learning, despite previous negative schooling experiences, is for many of them very important, and reaffirming of life they aspire to. An opportunity to pursue dreams, creative forms of expression, social networks and education is a vital part of human existence. These aspects of social inclusion are recognised in the current articulation of social policy reconceptualised beyond material, economic equality. Creative industry policy, on the other hand, is concerned with fostering creative outputs and skills to generate engagement and employment opportunities in the knowledge-based economies for wide sections of the population. The value is located in human capacity building, involving basic social as well as vocational skills, and links to social networks. The Youthworx project merges these two policy frameworks of the social and creative to test in practice new collaborative approaches to youth development. The spatial and cultural practices of young people described here serve a basis for proposing a theoretical framework that can help understand the term "suburb" in an intrinsically relational, grounded way. The relationships at stake in cultural and social participation for marginalised young people lead me to suggest that the concept of ‘suburb’ takes on two tightly interwoven meanings. The first refers symbolically to a particular locale for popular creativity (Burgess) or even marginal creativity by a group of young people living at the periphery of the social system. The second meaning refers to the interlocked forms of material and cultural capital (and distance), as theorised in Bourdieu’s work (e.g., Bourdieu). It includes physical, spatial conditions and relations, as well as cultural resources and possibilities made available to young participants by the project (e.g., the instituted, supported travel across the city, or the employment of creative practitioners), and interlinked with everyday dispositions, practices, and status of young people (e.g., taste). This empirically-grounded discussion allows to theorise ‘suburbs’ as perceived and socially enacted by concrete, relational forms of access, contingencies, and opportunities for a particular demographic, rather than analytically pre-conceived, designated spaces within an urban system. The ethnographic material reveals that cultural participation for marginalised youth requires an integrated approach, with a parallel focus on material and creative opportunities made available within creative sites such as Youthworx or even the Brunswick creative area. The important material constraints exemplified in this paper concern socio-economic background, cultural disadvantage and geographical isolation and point to the limits of the creative industries-based interventions to address social inclusion if carried out in isolation. They tap into the very basis of risks for this specific demographic of marginalised youth or "youth at risk." The paper suggests that the productive emphasis on the role of media and communication for (youth) development needs to be contextualised and considered along with the actual realities of everyday existence that often limit young people’s educational and vocational prospects (see Bentley et al.; Leadbeater and Wong). On the other hand, an exclusive focus on material support risks cancelling out the possibilities for positive life transitions, such as those triggered by constructive, non-reductionist engagement with “beauty, aesthetics” (Campbell) and creativity. By exploring how participation in Youthworx engenders both the physical mobility between suburbs and the city, and identity transformation, we are able to gain insights into the nature of social exclusion, its meanings for the youth involved and the project managers and staff. Thinking about Youthworx not just as a hub of creative production but as a cultural site—“a space within a practiced place of identity” (De Certeau 117) in the suburb of Brunswick—opens up a discussion that combines the policy language of opportunity and necessity with concrete creative and material possibilities. Social inclusion objectives aimed at positive youth transitions need to be considered in the light of the connection—or disconnection—between the Youthworx Brunswick site itself, young participants’ suburbs, and, by extension, the trajectory between the inner city and other spaces that young people travel through and inhabit. Acknowledgment I would like to thank all the young participants, staff and industry partners involved in the Youthworx project. I also acknowledge the comments of anonymous peer reviewer which helped to strengthen the argument by foregrounding the value of the empirical material. 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