Student Responses Research Articles

System differential learning for detecting learning styles in science education for students with learning disabilities

The research aims to develop a Differential System Learning (SIDILAN) effective for students to learn Disabilities (LD) in science learning. SIDILAN is designed to detect students' learning styles that suit their unique needs, especially those with difficulty understanding science concepts. The research method used is the ADDIE Model, an abbreviation for the five stages of the development process: Analysis, Design, Development, Implementation, and Evaluation. The implementation stage of ADDIE SIDILAN was implemented on 68 prospective teacher students in Indonesia aged 20-22 years, and they were then given a questionnaire to respond. The study results showed that the development of the SIDILAN online URL https://s.id/SIDILAN can be used to detect students' learning styles in science learning. Based on the student response questionnaire to SIDILAN for Learning Disability (LD), information was obtained that LD A for the Indicator of Understanding and Engagement was 84.31%, LD B for the Indicator of Effectiveness 87.25%, LD C for the Indicator of Skills and Self -Development of 92.65% and LD D for Indicator of Satisfaction and Recommendation of 95.59%. The findings indicate that SIDILAN effectively improves the quality of learning by offering personalized learning styles according to their needs, creating a more inclusive and supportive educational environment for students with learning disabilities. The study suggests that SIDILAN should be integrated into special education programs as an innovative solution to support the science learning process for students with special needs.

DAMPAK PODCAST SEBAGAI MEDIA KOMUNIKASI BARU TERHADAP GAYA BELAJAR MAHASISWA INSTITUT TEKNOLOGI DAN BISNIS TRENGGALEK

information and introducing new ways of learning. Its presence has brought new flexibility to education, allowing students to study while doing other activities. However, the impact on student learning styles still needs to be understood more deeply, especially in academic environments such as the Trenggalek Institute of Technology and Business. Student learning styles, which are individual preferences for processing information, can be influenced by the use of technology such as podcasts. Therefore, this research aims to investigate how the use of podcasts influences the learning styles of students at Trenggalek Institute of Technology and Business. The literature review shows that podcasts, as an audiovisual medium, can cater to a variety of learning styles. However, student responses to the use of podcasts in learning contexts still need further research. This research uses a descriptive qualitative approach and literature review methods to collect and analyze data. Results show that podcasts provide flexibility in time and place, access to diverse resources, and support auditory learning styles. However, some negative aspects such as lack of visual support and potential distractions also need to be considered

Artificial Intelligence and the Sustainability of the Signaling and Human Capital Roles of Higher Education

Over the last several decades, there has been an arms race to acquire credentials as higher education has shifted from an elitist system to mass education. From an individual perspective, given the higher education system and labor market conditions, it is rational to pursue advanced qualifications. However, whether the education system delivers improvements in human capital or is principally a signaling mechanism is questionable. Estimates of the proportion of labor market rewards due to signaling range as high as 80%, suggesting that education is not only expensive but inefficient. In an increasingly transactional environment in which education providers are highly motivated by financial considerations, this situation is only likely to be exacerbated by the rapid developments in artificial intelligence (AI). The use of AI has the potential to make learning more effective, but given that many students see credential acquisition as transactional, it may reduce both human capital and the value of the signaling effect. If the credibility of the credentials offered is further damaged, the higher education sector in its present form and scale may well be unsustainable. We examine the evidence on credential inflation, returns to education, and mismatch of graduates to jobs before analyzing how AI is likely to affect these trends. We then suggest possible responses of prospective students, education providers, and employers to the growing adoption of AI in both education and the workplace. We conclude that the current offerings of generalist degrees, as opposed to vocational qualifications, are not sustainable and that to survive, even in a downsized form, the sector must respond to this disruptive technology by changing both the nature of its offerings and its methods of ensuring that the credentials they offer reflect genuine student learning.

Supporting Immigrants in School: Educators’ Personal and Professional Identities in Context

ABSTRACT Recently, immigrant-origin youth and families have faced increasing challenges in the U.S. due to enactment of hostile federal policies. As the population of immigrant-origin students continues to grow in the United States, educators play an important role in supporting them as they navigate these challenges, with key implications for educational leadership. Building on prior scholarship about how educators’ conceptualization of their roles shapes their practices, our article explores how educators’ personal and professional identities as well as school district and political contexts influence their understanding of their responsibilities in serving immigrant-origin students. Analysis of all-staff survey data from six school districts reveals that feelings of responsibility were related to school culture, political context, professional role identities, and various personal identities. Our work suggests that educational leaders need to work with educators across various roles to develop a sense of collective responsibility for immigrant-origin students in schools. Furthermore, educational leaders must support professional learning about evolving immigration policies and their impact on student experiences. Attending to school culture and climate, leaders have a crucial role in helping educators ensure a supportive context for these students, families and communities.

Student conceptual resources for understanding electric circuits

Physics Education Research has a rich history of identifying common student ideas about specific physics topics. In the context of electric circuits, existing research on students’ ideas has primarily focused on misconceptions, misunderstandings, and difficulties. In this paper, we take a resource-oriented approach to identifying common student ideas about circuits by characterizing ideas we see as generative “seeds of science” that could form the basis of more sophisticated understandings. Based on our analysis of 1557 university physics student responses to five conceptual questions, we identify four common resources for understanding circuits. Published by the American Physical Society 2024

Development of Javanese Gamelan Learning Media for Elementary School Students in Egypt Using the MNI-Javanese Gamelan Android Application

This study aims to: (1) To determine the development of Javanese gamelan learning media for elementary school students in Egypt using the Arabic MNI-Javanese gamelan Android application (2) To determine the feasibility of the MNI-Javanese gamelan android application product in Javanese gamelan learning for elementary school students in Egypt. This research is development research (R&D) with the ADDIE development model. The subject of this study is Grade 6 students totaling 22 students. The data used in the study are quantitative data and qualitative data. The data collection technique and instruments used a list of needs analysis questions, validation questionnaires, student response questionnaires, teacher response questionnaires, and documentation. Data analysis techniques using qualitative descriptive analysis and quantitative data analysis. The results of this research are application products in the form of MNI-Gamelan Java applications, teacher books, student books for grade 6 students in Sudanese African Asia school (SAAS). (2) The results of the assessment of Javanese gamelan learning media products using the MNI-Javanese gamelan android application from media experts, material experts, and users (students) obtained the following scores: media experts in application design visualization (93.84%) in the Very Good category, media experts in book illustration visualization (90.9%) in the Very Good category, material experts (74.5%) in the Good category, small-scale trials of teacher responses (85.33%) in the Very Good category, Small-scale trials with student responses (95.55%) in the Very Good category, large-scale trials with teacher responses (88.84%) in the Very Good category, large-scale trials with student responses with a percentage (97.64%) in the Very Good category.

The “flipped visit”: an innovative method to improve medical student self-efficacy through a structured approach in clinic

BackgroundSpecialty clinics can be challenging for students on the internal medicine clerkship. They often lack the specialized knowledge necessary to fully engage in the clinic and may be pushed into an observational role, rather than being afforded meaningful opportunities. These peripheral roles undermine self-efficacy, and, therefore, education and interest. We sought to improve self-efficacy of students attending non-malignant hematology clinic, as well as to enhance interest in hematology and internal medicine.MethodsWe developed a flipped visit model analogous to the flipped classroom. Students each received pre-readings accompanied and pre-assigned cases with delineated reasons for referral and learning objectives. This model allowed students to prepare the hematology content for visits prior to arrival and then focus their time in clinic on executing visits. Participating students completed pre- and post-clinic surveys. These surveys covered core concepts in self-efficacy and interest in hematology and internal medicine on a five-point Likert scale.ResultsOf 103 students attending hematology clinic, 38 students (37%) opted to participate. Two of the 38 did not complete the post-clinic survey. Students had a statistically significant increase in four of six measures of self-efficacy: evaluation of research relevant to patient care and practicing cost-effective care (p = 0.008 and 0.001, respectively); and creation of a differential diagnosis and treatment plan specific to hematology (both p < 0.001). While pre-clinic student responses expressed interest in more exposure to hematology or a possible career in hematology or internal medicine, this was not changed post-clinic. When comparing their experience to other clinics, 75% and 71% students rated hematology clinic slightly or much better than other medicine clinics and non-medicine clinics, respectively. The flipped visit improved self-efficacy both specific to hematology and more generally. While students rated the experience more highly than other clinics, there was no impact on career interest in hematology or internal medicine.ConclusionA flipped visit approach to incorporating medical students into hematology clinic that included pre-assigned cases and readings improved self-efficacy and was preferred by students. They may be adopted easily in other ambulatory education settings.

Enhancing Literacy and Numeracy: Developing Snakes and Ladders Oriented Toward Higher Order Thinking Skills

This research aims to develop learning media for the snake and ladder game oriented toward higher-order thinking Skills (HOTS) to enhance literacy and numeracy in elementary schools. The method used is Research and Development (RD) with the ADDIE model. The subjects of this research are fifth-grade students. The instruments include validation sheets for content and design experts and teacher and student response questionnaires. Instrument testing was conducted using a feasibility validity test. Data collection techniques involve document analysis, observation, interviews, questionnaires, and tests. Data analysis was performed using descriptive analysis and descriptive statistics. The results show that the snake and ladder media received a validation score of 0.91 from content experts and 0.93 from design experts. Teacher responses scored 0.94, while student responses reached 0.93, indicating excellent criteria. This media also enhanced students' literacy and numeracy skills, with average scores of 69.22 in Cycle 1 and 85.55 in Cycle 2. Based on these results, improving game features and increasing the variety of HOTS questions is recommended.

Effects of traffic noise on the psychophysiological responses of college students: An EEG study

Traffic noise harms public health, but the specific mechanisms are not fully understood. To understand how traffic noise at different sound pressure levels (SPLs) affects psychophysiological responses, this study examined five SPLs of traffic noise: 40, 45, 50, 55, and 60 dB. 38 young college students were recruited for Profile of Mood States (POMS) evaluations and measurements of electrocardiogram and electroencephalogram. The study found that traffic noise exposure led to a 0.95–1.64-fold increase in mood disturbance compared to no sound, with 60 dB traffic noise causing a significantly greater increase compared to other SPLs. As SPL increased, ΔLF/HF increased by 0.01–0.83, indicating heightened stress levels. Traffic noise also induced stress responses in the brain, with α power reduced by 13.08–24.15 % compared to no sound. High SPL traffic noise significantly harmed brain comfort. Compared to 40–45 dB, exposure to 50–60 dB traffic noise significantly increased α power by 28.66–85.80 % (p < 0.05). Additionally, 60 dB traffic noise increased the likelihood of supercritical brain activity by 32.49 % compared to no sound. Psychological response changes were closely related to physiological response changes. Δα power, particularly in the frontal and parietal lobes, was the strongest predictor of the increase in total mood disturbance, suggesting these lobes should be the focus of future traffic noise-brain studies. The study emphasizes the need for a comprehensive evaluation of the negative effects of traffic noise from a psychophysiological perspective, highlighting the harm of high SPLs. The findings provide valuable insights for developing indoor acoustic environment standards.

Integrating Scientific Approaches in Digital Learning Materials to Improve Spatial Abilities in Cube Geometry: A Research and Development

This research aims to determine the level of validity, practicality and effectiveness of digital teaching materials based on a scientific approach, so that they can improve students' spatial abilities in cube material. This type of research is development research with the ADDIE development model. Research instruments in the research include questionnaire validation sheets, lesson plan validation sheets, digital teaching material validation sheets, test instrument validation sheets, spatial ability tests, as well as teacher and student response questionnaires to digital teaching materials. The research results show that: (1) the scientific approach-based digital teaching materials developed have met the validity criteria based on validator assessments with the average validity of digital teaching materials for material being 3.44 and 3.82 for media in the very appropriate category; (2) the scientific approach-based digital teaching materials developed have met the practicality criteria through: a) the results of the student response questionnaire to digital teaching materials show a practicality percentage of 82.75% in the very practical category, b) the results of the teacher response questionnaire to digital teaching materials show practicality percentage 91.67% in the very practical category; (3) The scientific approach-based digital teaching materials developed meet the effective criteria with: a) classical student learning completeness of 90%, b) more than 65% of students have achieved 75% of the learning objectives for each indicator, c) increasing students' spatial abilities After using digital teaching materials, it can be seen from the students' average score increasing from 47.67 in the pretest to 86.50 in the posttest. The results of the N-Gain analysis which shows that students' spatial abilities have increased by 0.725, meaning they are in the high category.

Identifying focus areas for science communication training in the context of undergraduate science education

ABSTRACT In this paper, we present recommendations for integrating science communication training into undergraduate science curricula. Science communication training is increasingly acknowledged as an important element of science education. It is essential to introduce this training early in academic development, ideally at the undergraduate level. The current study was aimed at identifying specific focus areas for such training within an undergraduate biomedical sciences program. Therefore, we tasked undergraduate biomedical students with translating general instructions for engaging in science-society interactions into concrete communicative behavior. Following the thematic analysis of 121 written student responses, we identified two primary focus areas, resulting in two recommendations. Firstly, training should concentrate on helping students to operationalize complex communicative concepts, such as respect and listening, into tangible communicative behavior. A special emphasis should be placed on aspects of nonverbal communication. Secondly, science communication training should prioritize fostering informed views of the nature of science, while connecting to building knowledge and understanding of models of science communication. This approach could enhance students’ receptivity to important aspects of the dialogue model, such as accepting diverse forms of knowledge and recognizing scientists and non-scientists as equal participants in dialogue. For both recommendations, we contemplate potential educational interventions and/or pedagogical approaches.

Utilization of Learning Media Geography of High School in Sleman Regency

This study aims to explore various aspects of learning media in geography at senior high schools in Sleman Regency, focusing on four key areas: the availability of media (including type, quantity, and condition), the utilization of media, the difficulties faced by teachers, and the efforts made to optimize media use. Utilizing a descriptive quantitative method, the research surveyed geography teachers and high school students in grades X, XI, and XII across 45 schools, comprising 17 public and 28 private institutions. A proportional random sampling technique selected 16 schools, with 16 teachers and 96 students chosen through purposive sampling. Data were collected via questionnaires, interviews, and observations, and analyzed using descriptive statistical techniques. Results revealed that the available learning media, primarily maps, atlases, and globes, were classified as insufficient in quantity, despite being in good condition. The utilization of media was in a favorable category, with a media variation of 68.75 percent. Student responses regarding media usage were high, and opportunities for engagement were also positive. However, teachers faced significant challenges, with 68.75 percent reporting difficulties related to limited media availability, manpower, costs, and time. Teachers' efforts to address these challenges were classified as moderate (87.50 percent), including organizing independent media, utilizing donations, and participating in training sessions and teacher meetings.

Development of a canva-based heyzine flipbooks e-module as an alternative learning resources on pancasila education subjects

The purpose of this research is that the learning materials used by teachers in the learning of Pancasila Education are judged to be boring, less interesting, difficult, confusing and cause students' knowledge to be less than maximum. The purpose of this study is to develop Canva-based Heyzine Flipbooks e-module learning media on smartphones/laptops as a Pancasila Education learning medium as well as find out the feasibility and assessment of Canva-based Heyzine Flipbooks e-module as an alternative learning resource on Pancasila Education subject. This study was conducted at SMA Negeri 1 Percut Sei Tuan. The subjects of the study were class XI-Matlanfor students at Percut Sei Tuan Secondary School 1, and this study used the research and development method developed by Willis. The development model used was R2D2.Questionnaires, interviews, observation and documentation were used as data collection techniques in this study. Data analysis technique This study used both qualitative and quantitative methods of analysis. The qualitative data of this study were obtained from validators, subject matter experts and the media at the validation stage. Quantitative constitutes data describing the results of product development in the form of e-module-based learning media Heyzine Flipbooks based on Canva. The obtained data were then analyzed using the formula of validity percentage(%) = tse/tsh x 100. The results of the study stated that the heyzine flipbooks on E-module learning were perceived as very useful and very interesting to use in the field because of the research data obtained from media experts, subject matter experts,PPKn teachers and student responses were declared very viable categories with the acquisition of subject matter expert validation of 98%, media expert validation of 98% and teacher evaluation of 96%. The very feasible category was then reinforced with a student response of 93% with the very interesting category. This proves that learning media is highly recommended to be applied in SMA Negeri 1 Percut Sei Tuan

Development of Student Worksheets Based on a Scientific Approach to Colloidal System Material

The purpose of this study was to determine the feasibility of developing student worksheets based on a scientific approach, student responses and teacher responses to the developed student worksheets. The type of research used was research and development with a 4D model. The instruments used in this study were validation sheets and response questionnaires. Before the field trial was conducted, the student worksheets were validated by a team of experts to determine the shortcomings of the student worksheets, then revised and tested. The results showed that the average percentage obtained from the media expert validator was 80.66%, material experts 85.33%, and language experts 82.66%, with an average percentage of 82.88%, this indicates that the student worksheets can be used with feasible criteria. The percentage obtained from the results of student responses was 34% very interested, 55% interested, and 11% less interested. The percentage of teacher response results was 25% very interested, 65% interested, and 10% less interested, this shows that the student worksheets developed can be used in State Islamic High School 5, Aceh Besar. Research on the development of student worksheets based on a scientific approach to colloidal system material offers innovation in more interactive learning, encourages conceptual understanding through exploration and experimentation, and improves students' critical thinking skills.

Subsurface Geosciences Learning in Virtual Reality: A Case Study in Central Luconia Province, Malaysia

The recent proliferation of Extended Reality (XR) applications in geoscience education and research has opened new avenues for the enhanced visualization and analysis of the Earth’s geodata. This study specifically explores the benefits for teaching when supplementing industry standard software packages, such as Paleoscan, Petrel, and JewelSuite, with 3D visualization in XR. The teaching focuses on but is not limited to an understanding of subsurface seismic and well data. During this study, the undergraduate Petroleum Geoscience students transitioned from 2D computer screen visualizations to immersive XR tools. The dataset selected for teaching focuses on the subsurface carbonate EX field in the South China Sea. The EX-field in Central Luconia is located 100–300 km from Sarawak’s coastline in water depths of 60–140 m. It includes a post-stacked time- 3D seismic cube linked to wells, allowing students to work with seismic data, adjust scales, and conduct preliminary seismic analysis. The findings revealed a significant improvement in respondents’ skills in comprehending and analysing seismic and core data, enhancing the overall learning experience in Petroleum Geoscience. This paper also examines the students’ feedback on their learning experiences during virtual subsurface visualization throughout their university degree in geoscience. For evaluating learning success, we used an approach that merges quantitative and qualitative data, The students’ perceptions were assessed through anonymous quantitative surveys and questions. The analysis of student responses emphasizes the valuable learning experience offered by 3D virtual environments designed for realistic first-person navigation and freedom of movement, like a real field experience. The results highlight the potential of virtual subsurface visualization for imparting essential skills to geosciences.

“They’re Going Through Something, Too”: The Challenges and Opportunities of Empathy and Prosocial Behavior in Middle School

Despite the volume of research on empathy and prosocial behavior, there is a dearth of studies exploring early adolescents’ experiences of practicing cognitive empathy and prosocial behavior. Without understanding both the challenges and opportunities of these two skills, we cannot effectively support their growth during this critical developmental period. This study aims to fill this gap. Sixteen sixth-grade students from two middle schools in a small Northeastern city in the United States participated in semi-structured interviews about their experiences of practicing cognitive empathy. Three themes appeared in student responses: preparing, cognitively empathizing, and responding. Youth experienced unique challenges in each of these components, including masking, relational distance, emotional awareness and regulation, capacity, misunderstanding, and negative peer pressure. The authors suggest a three-pronged approach—focusing on skills, relationships, and the social environment—to address these challenges and bolster adolescents’ unique strengths to promote cognitive empathy and prosocial behavior in middle schools.

Meningkatkan Hasil Belajar PAK melalui Problem Based Learning (PBL) Tema Kemampuan dan Keterbatasanku bagi Peserta Didik Kelas VII Fase D SMP Negeri 1 Sawo

This research aims to increase student interest and learning outcomes in Catholic Religious Education subjects through the application of the Problem Based Learning (PBL) learning model for class VII students at SMP Negeri 1 Sawo. This research uses the classroom action research (PTK) method which is carried out in two cycles. The first and second cycles discuss My Abilities and Limitations. The subjects in this research were Class VII-B students at SMP Negeri 1 Sawo for the 2024/2025 academic year, consisting of 12 people. The main techniques for collecting data are carried out by means of tests and observations, while supporting techniques use interviews and documentation. The research results show that the application of the PBL model can significantly increase student interest and learning outcomes. This is shown by increased student activity in learning, increased test scores, and positive student responses to learning.

Development of Student Worksheets (LKPD) Based on Socio-Scientific Issue (SSI) on Flat Form Topics to Improve Reading Literacy and Numeration Skills

This study explores the development and effectiveness of student worksheets (LKPD) based on Socio Scientific Issues (SSI) to enhance reading literacy and numeracy skills among fifth-grade students. Conducted at SDN Jabontegal, SDN Lebaksono, and SD Islam Nahrul Ulum, the research identifies the challenges faced by students in implementing independent learning policies and the inadequacy of existing teaching materials in improving literacy and numeracy. The LKPD was designed to integrate reading and numeracy skills through contextual issues related to the students’ environment, such as historical events and objects in Mojokerto. Validity and reliability tests, involving expert validators in material, language, and media, confirmed the LKPD’s high validity and reliability, with scores of 86%, 83%, and 90%, respectively. The effectiveness of the LKPD was demonstrated through significant improvements in students’ literacy and numeracy skills, as evidenced by N-Gain scores of 0.82 in the experimental class, compared to 0.65 and 0.47 in control classes. Student and teacher responses indicated high levels of agreement on the practicality and readability of the LKPD, with percentages ranging from 72% to 100%. These findings suggest that the SSI-based LKPD is a practical and effective tool for enhancing literacy and numeracy skills in primary education. Keywords: Socio Scientific Issues, Literacy, Numeracy, Student Worksheets, Primary Education, Teaching Materials

Design and Application of Augmented Reality in Science Education to Develop Students' Critical Thinking Skills

The goal of this project is to create instructional materials based on augmented reality (AR) that will enhance students’ critical thinking abilities. There were 25 pupils enrolled in the public junior high school where the study was done. The ADDIE approach is being used in this development research study. The resulting product is AR-based media equipped with learning devices consisting of a Learning Implementation Plan, Student Worksheets, test instruments. Data collection was carried out using validation sheets, learning implementation sheets, student activity sheets, critical thinking tests and student response questionnaires. The percentage of each score attained was calculated in order to analyse the data. The findings indicated that the student worksheet’s validity scored 85.3 in the very valid category, the learning implementation plan’s validity scored 87.3 in the same area, and the learning outcome test’s average validity score was 90 very valid. With an average of 93.6%, learning implementation indicated very good outcomes; student activities in learning showed very good results with an average of 94.3%; and 88% of student responses fell into the very good category. The critical thinking test’s findings indicated that the critical thinking indicators of interpretation, analysis, and explanation had the biggest increases, and the conclusion indicator saw the lowest. The study’s conclusion is that teachers can use the augmented reality-based learning tool to teach the Life Organization System’s content since it is valid, practical, and effective.

Examining graduate student perspectives on supervision and peer mentoring across four professional faculties

Purpose The purpose of the study was to examine graduate student perspectives on the common and unique roles peer mentors and supervisors play in supporting student success and wellbeing during their program. Design/methodology/approach A qualitative research design involving semistructured interviews with 62 thesis-based masters and doctoral students from four professional faculties, Education, Medicine, Nursing and Social Work, at a large public research-intensive university in Canada. Findings Findings transcend the four disciplines of study. Communities of support are described that involve both supervisors and peers in combination, clusters of meaning by supervisory paradigm are identified and original findings presented that expand upon the learning alliance framework by explicitly considering the role of peer mentors in graduate student success. Research limitations/implications While supervisors bear primary responsibility for fostering effective research-based relationships, this study’s findings strengthen the argument that mentoring and advising of graduate students is most effective when conducted within a collaborative community of support that involves learning alliances among faculty, peers, program staff and academic leaders across the institution. Practical implications A four-pronged approach to graduate education that emphasizes the collective responsibility of institutions, programs, supervisors and students in creating a supportive ecosystem for holistic graduate student academic success and wellbeing is recommended. Social implications Key argument that it is essential to embrace a collaborative and community of support mindset, where multiple stakeholders actively contribute to the wellbeing and academic development of graduate students throughout their programs. Originality/value A cross-disciplinary perspective is offered on the importance of both supervisors and peers in assisting thesis-based graduate students to successfully navigate academic, social and personal journeys through graduate school.