2026 Conference Program


Online-Only Days:‍ ‍Thursday, May 28th | Friday, May 29th

Hybrid Days: Wednesday, June 10th | Thursday, June 11th | Friday, June 12th‍ ‍


Friday, May 29th, 2026 (Online Only)

All times are Eastern time. All sessions will be streamed online and recorded for registered attendees.


9:00 AM - 10:15 AM - PLENARY SESSION - TRACK 1


9:00 AM - 9:15 AM

Conference Opening

David Guralnick, Ph.D.
President and CEO
Kaleidoscope Learning
New York, New York, USA


9:15 AM - 10:45 AM - PARALLEL SESSIONS 1D - 4D (INCLUDING IGIP SPECIAL SESSIONS)


TRACK 1 - SESSION 1D
Session Chair: Darin Challacombe, Ph.D., Verisma Systems, Alpharetta, Georgia, USA
9:15 AM - 10:45 AM


9:15 AM - 9:45 AM

Empowerment or Dependency? ChatGPT’s Impact on Higher Education Students’ Academic Self-Efficacy

Hagit Meishar-Tal, Ph.D., and Meital Amzalag, Ph.D., Holon Institute of Technology, Holon, Israel

This study examines the impact of ChatGPT use on students’ academic self-efficacy in higher education. As generative AI tools become increasingly prevalent in academic contexts, questions arise regarding their influence on learners’ confidence and autonomy. Employing a quantitative research design, data were collected through a structured online questionnaire completed by 296 higher education students.

The results reveal that students’ academic self-efficacy tends to be higher when they work without ChatGPT compared to when they use it. While ChatGPT use enhances students’ confidence during task performance, it simultaneously undermines their belief in their ability to complete similar tasks independently. Moreover, academic self-efficacy without ChatGPT shows significant positive correlations with perceived creativity and critical thinking, whereas self-efficacy with ChatGPT does not…

Keywords: Artificial Intelligence, Self Efficacy, Creativity, Critical Thinking, Dependency

Empowerment or Dependency? ChatGPT’s Impact on Higher Education Students’ Academic Self-Efficacy

Hagit Meishar-Tal, Ph.D., and Meital Amzalag, Ph.D.


This study examines the impact of ChatGPT use on students’ academic self-efficacy in higher education. As generative AI tools become increasingly prevalent in academic contexts, questions arise regarding their influence on learners’ confidence and autonomy. Employing a quantitative research design, data were collected through a structured online questionnaire completed by 296 higher education students.

The results reveal that students’ academic self-efficacy tends to be higher when they work without ChatGPT compared to when they use it. While ChatGPT use enhances students’ confidence during task performance, it simultaneously undermines their belief in their ability to complete similar tasks independently. Moreover, academic self-efficacy without ChatGPT shows significant positive correlations with perceived creativity and critical thinking, whereas self-efficacy with ChatGPT does not.

These findings suggest that although generative AI tools can temporarily enhance students’ sense of capability, they may also foster overreliance and weaken the intrinsic link between self-efficacy and personal cognitive traits. The study highlights the importance of promoting balanced and reflective AI integration in education—one that supports creativity, critical thinking, and independent learning while mitigating the risks of technological dependency.


9:45 AM - 10:15 AM

AI-Driven Academic Advising and Career Preparation

Suhail Y Tayeb, New York University, New York, New York, USA

The Career Intelligence Platform is an AI-enabled advising and career-preparation system designed to offer scalable, personalized academic guidance, resume support, and interview practice for higher education students. Developed and piloted at NYU’s Schack Institute of Real Estate, the platform brings together three modules — PathwayIQ, CareerIQ, and CollegeIQ — within a unified, avatar-led experience that supports learners across the full academic and career journey.

PathwayIQ provides individualized academic advising using a department-specific knowledge base aligned to courses, concentrations, and career pathways. CareerIQ offers targeted resume feedback based on job descriptions, identifies skill gaps, and conducts realistic mock interviews tailored to the likely expectations of different roles and industries. CollegeIQ assists pre-college students by guiding them through college essays and application preparation. All modules are delivered through a multilingual avatar interface that can interact in more than 25 languages, offering an accessible and culturally adaptable student experience…

Keywords: AI Advising, Career Readiness, Resume Optimization, Interview Simulation, Higher Education Technology

AI-Driven Academic Advising and Career Preparation

Suhail Y Tayeb


The Career Intelligence Platform is an AI-enabled advising and career-preparation system designed to offer scalable, personalized academic guidance, resume support, and interview practice for higher education students. Developed and piloted at NYU’s Schack Institute of Real Estate, the platform brings together three modules — PathwayIQ, CareerIQ, and CollegeIQ — within a unified, avatar-led experience that supports learners across the full academic and career journey.

PathwayIQ provides individualized academic advising using a department-specific knowledge base aligned to courses, concentrations, and career pathways. CareerIQ offers targeted resume feedback based on job descriptions, identifies skill gaps, and conducts realistic mock interviews tailored to the likely expectations of different roles and industries. CollegeIQ assists pre-college students by guiding them through college essays and application preparation. All modules are delivered through a multilingual avatar interface that can interact in more than 25 languages, offering an accessible and culturally adaptable student experience.

In an early pilot, more than 60 students used the platform to receive personalized academic recommendations and refine their resumes. Students described the experience as clear, intuitive, and highly efficient, especially when navigating course–career alignment and preparing job materials. Faculty and staff noted its potential to ease advising bottlenecks and deliver consistent, high-quality guidance at scale.

This demonstration will showcase how students interact with the platform, how the system structures guidance, and how the interview simulation operates. Attendees will gain insight into the practical role AI-enabled advising tools can play in strengthening student readiness while reducing institutional workload.


10:15 AM - 10:45 AM

Reskilling Frontline Workers at Scale: A Gamified Career Transition Program in a Large Bank

Leandro Oliveira, Juliana Oliveira, Sabrina Duarte, and Vladmir Chaves, Banco do Brasil, Distrito Federal, Brazil

Large organizations worldwide face the challenge of reskilling frontline employees whose traditional roles are shrinking due to automation and digital transformation. In the Brazilian banking sector, the rapid reduction of in-branch transactional activities has placed thousands of bank tellers at risk of role obsolescence, income loss, and disengagement. This paper presents a large-scale, human-centered reskilling initiative implemented at Banco do Brasil to support the career transition of frontline workers while aligning individual aspirations with organizational workforce needs.

The program was designed as a personalized and gamified learning journey, integrating self-assessment tools, curated learning pathways, career workshops, and structured mentoring…

Keywords: Reskilling, Career Transition, Learning Experience Design, Workforce Transformation, Corporate Learning

Reskilling Frontline Workers at Scale: A Gamified Career Transition Program in a Large Bank

Leandro Oliveira, Juliana Oliveira, Sabrina Duarte, and Vladmir Chaves


Large organizations worldwide face the challenge of reskilling frontline employees whose traditional roles are shrinking due to automation and digital transformation. In the Brazilian banking sector, the rapid reduction of in-branch transactional activities has placed thousands of bank tellers at risk of role obsolescence, income loss, and disengagement. This paper presents a large-scale, human-centered reskilling initiative implemented at Banco do Brasil to support the career transition of frontline workers while aligning individual aspirations with organizational workforce needs.

The program was designed as a personalized and gamified learning journey, integrating self-assessment tools, curated learning pathways, career workshops, and structured mentoring. Participants could choose development routes aligned with strategic areas such as digital services and investments, combining formal learning, peer exchange, and practical experiences. Emotional support and career orientation were central design principles, addressing uncertainty and resistance commonly associated with large-scale role transitions.

Between 2024 and mid-2025, the initiative engaged over 5,300 employees, supported more than 450 mentoring pairs, and resulted in over 1,300 internal redeployments into new roles. Beyond quantitative outcomes, participant feedback highlighted increased career clarity, psychological safety, and a renewed sense of agency over professional futures. For the organization, the program enabled the strategic redeployment of surplus talent while reinforcing a culture of continuous learning and internal mobility.

The case contributes practical insights on designing scalable reskilling programs that integrate learning experience design, career development, and organizational strategy. It offers transferable lessons for learning leaders facing workforce transitions in highly regulated, large-scale environments.


TRACK 2 - SESSION 2D
Session Chair: Pallavi Chhabra, Ph.D., Washington University in St. Louis, St. Louis, Missouri, USA
9:15 AM - 10:45 AM


9:15 AM - 10:15 AM

Evolving Perceptions of Generative AI in Higher Education

Nina Bhardwaj, Ph.D., University of New England, New South Wales, Australia

Generative AI (GenAI) tools have rapidly become embedded in higher education, transforming how students learn and how faculty teach. While early research highlights both opportunities and challenges—ranging from enhanced productivity and personalized learning to concerns about academic integrity and overreliance—most studies provide only single time-point insights. This limits understanding of how perceptions and practices evolve as exposure to GenAI increases. Responding to calls from UNESCO (2023) and recent scholarship (Francis et al., 2025), this study examines the longitudinal and developmental nature of AI adaptation among students and academic staff.
Using a longitudinal mixed-method design, the research follows 30 students (undergraduate/postgraduate) and 30 academic staff across three stages (early, mid, and end) of university courses. Data were collected through short online surveys and 30–45-minute semi-structured interviews to capture both descriptive trends and nuanced narratives. The study investigates…

Keywords: Generative Artificial Intelligence, Higher Education, Longitudinal Study, Teaching and Learning Practices, Academic Integrity

Evolving Perceptions of Generative AI in Higher Education

Nina Bhardwaj, Ph.D.


Generative AI (GenAI) tools have rapidly become embedded in higher education, transforming how students learn and how faculty teach. While early research highlights both opportunities and challenges—ranging from enhanced productivity and personalized learning to concerns about academic integrity and overreliance—most studies provide only single time-point insights. This limits understanding of how perceptions and practices evolve as exposure to GenAI increases. Responding to calls from UNESCO (2023) and recent scholarship (Francis et al., 2025), this study examines the longitudinal and developmental nature of AI adaptation among students and academic staff.

Using a longitudinal mixed-method design, the research follows 30 students (undergraduate/postgraduate) and 30 academic staff across three stages (early, mid, and end) of university courses. Data were collected through short online surveys and 30–45-minute semi-structured interviews to capture both descriptive trends and nuanced narratives. The study investigates how familiarity, confidence, ethical reasoning, learning behaviors, and teaching practices shift across the learning cycle.

Initial findings reveal significant tensions within the teaching community, who are grappling with students’ increasing ability to generate rapid AI-produced answers without deep engagement—creating emerging equity gaps between digitally skilled and less experienced users. Staff also report confusion stemming from inconsistent or unclear institutional guidelines on ethical AI use. Students, meanwhile, describe sophisticated and rapidly evolving AI practices: from generating draft responses to building customized bots for presentations, emails, job applications, and even personal support.

This study will produce a model of GenAI adaptation over time and offer evidence-based recommendations for policy, assessment design, and digital literacy training. Findings aim to support responsible, transparent, and pedagogically aligned integration of AI in higher education.

References Francis N.J., Jones S, & Smith D.P. (2025). Generative AI in Higher Education: Balancing Innovation and Integrity. Br J Biomed Sci., 9 (81)14048. doi: 10.3389/bjbs.2024.14048. UNESCO (2023). Guidance for Generative AI in Education and Research. United Nations Educational, Scientific and Cultural Organization, https://www.unesco.org/en/articles/guidance-generative-ai-education-and-research


10:15 AM - 10:45 AM

Introducing Social Service through Engineering Education

Kanmani Buddhi, Ph.D., BMS College of Engineering (Retired), Karnataka, India

Social service is emphasized in higher education. This component usually involves students taking up community service during semester breaks, and is a mandatory internship to be successfully completed. This community engagement often takes the students to places away from the location of the college/institution: for example; (i) students from our city go to a village; (ii) students from the USA go to Africa for engaging in community service. The activities that students engage in usually address one/more of the SDGs. It becomes a good practice to identify engineering problems/engineering projects/engineering products that can benefit the community that the students are engaged with. This practice exists and is successful.

However, our proposed idea here is that the community is a collection of homes, and the smallest entity in a community is "The Home." Hence, there is a need to recognize and incorporate community service as…

Keywords: Sustainable Development Goals, AICTE Activity points, Community service, Engineering Curriculum

Introducing Social Service through Engineering Education

Kanmani Buddhi, Ph.D.


Social service is emphasized in higher education. This component usually involves students taking up community service during semester breaks, and is a mandatory internship to be successfully completed. This community engagement often takes the students to places away from the location of the college/institution: for example; (i) students from our city go to a village; (ii) students from the USA go to Africa for engaging in community service. The activities that students engage in usually address one/more of the SDGs. It becomes a good practice to identify engineering problems/engineering projects/engineering products that can benefit the community that the students are engaged with. This practice exists and is successful.

However, our proposed idea here is that the community is a collection of homes, and the smallest entity in a community is "The Home." Hence, there is a need to recognize and incorporate community service as two components: (i) service in the home; and (ii) service beyond the home. The values and tasks in every home are different. If at the beginning of the program students are able to list unpaid tasks the elders in the home take up, and the efforts of the students in engaging in service within the home; then there is likely the possibility of witnessing improved societal values. It is incorrect to assume that remote and far-off locations need support from engineering students. With increased dependency on AI, there is urgent need for real engagement within the members of the family. In this model, the parents become a part of the learning process. With time, this model will evolve and eventually lead to healthy happy homes; and hence happy sustainable communities. In addition, there is a need to identify and make a Product for the Home, a product that is an application of the engineering concepts and that shall benefit the members of the home.


TRACK 3 - SESSION 3D - IGIP SPECIAL SESSIONS
Session Chair: Birgit Oberer, Ph.D., ETCOP Institute for Interdisciplinary Research, Austria
9:15 AM - 10:45 AM


9:15 AM - 10:15 AM

IGIP SESSION

Enhancing Graduate Employability by Developing Professional Skills and Gaining Practical Experience through an Educational Program in Electronic Test Engineering

Serge Demidenko, Ph.D., and Moi Tin Chew, Ph.D., Sunway University, Selangor, Malaysia; and Melanie Po-Leen Ooi, Ph.D., and Ye Chow Kuang, Ph.D., University of Waikato, Hamilton, New Zealand

The global semiconductor industry faces a growing shortage of skilled technical personnel. This issue is driven by the increasing complexity of electronic circuits and a systemic mismatch between engineering education and industry needs. Consequently, the skills gap between recent graduates’ technical abilities and employer requirements has become a significant bottleneck.

Electronic testing, which is crucial throughout semiconductor device manufacturing, is one of the areas of particular concern. The education and training of future test specialists have been a continuous focus of research and development since the advent of integrated semiconductor technology.

This presentation proposal is based on years of developing practical solutions through close collaboration with major industry players. Such collaboration has been highly valuable, providing access to…

Keywords: Semiconductor Industry, Electronic Testing, Engineering Education

Enhancing Graduate Employability by Developing Professional Skills and Gaining Practical Experience through an Educational Program in Electronic Test Engineering

Serge Demidenko, Ph.D., Moi Tin Chew, Ph.D., Melanie Po-Leen Ooi, Ph.D., and Ye Chow Kuang, Ph.D.


The global semiconductor industry faces a growing shortage of skilled technical personnel. This issue is driven by the increasing complexity of electronic circuits and a systemic mismatch between engineering education and industry needs. Consequently, the skills gap between recent graduates’ technical abilities and employer requirements has become a significant bottleneck.

Electronic testing, which is crucial throughout semiconductor device manufacturing, is one of the areas of particular concern. The education and training of future test specialists have been a continuous focus of research and development since the advent of integrated semiconductor technology.

This presentation proposal is based on years of developing practical solutions through close collaboration with major industry players. Such collaboration has been highly valuable, providing access to real-world equipment, expertise, and practical experience, and fostering an understanding of industry expectations for the capabilities of test technology staff. It has led to the development, implementation, validation, and ongoing improvement of a comprehensive educational framework in electronic test engineering. This framework includes a test technology course delivered jointly with industry engineering staff, laboratory and mini-project series, industry internships, and a year-long capstone project co-designed and co-supervised with industry. It has been integrated into undergraduate and postgraduate programs at several international universities and has successfully trained cohorts of job-ready test engineers, directly addressing the industry's workforce crisis.

A family of low-cost, portable test systems supports the laboratory training and development of mini-projects within this framework. It offers a scalable, practical solution for test technology education while removing the high costs associated with purchasing, maintaining, operating, and integrating industrial Automated Test Equipment (ATE) into university curricula. The systems combine universal configurable hardware and software platforms, specialized electronic modules, and virtual instrumentation tools. They are paired with a project-based curriculum. Students are tasked with developing operational testers that emulate industrial ATE and applying them to test real-world semiconductor devices. The systems can operate independently as standalone educational and training tools, making them suitable also for targeted short professional retraining and micro-credential courses.


10:15 AM - 10:45 AM

IGIP SESSION

Engineering Education in the Digital Age: A Bridge Between Technological Innovation and Advanced Training

Carlo De Medio, Tor Vergata, Rome, Italy

This session discusses the important relationship between technology and teaching methods and provides an approach to using technology to enhance the learning experience and develop necessary skills. The authors describe how artificial intelligence, virtual reality and other immersive technologies, tactile systems, the Internet of Things (IoT), and three-dimensional modeling have changed the way we personalize student learning, engage students in the classroom, and increase access to education. Of particular interest to the authors is how these technologies can be used to provide personalized learning in institutions such as museums; Integrating these new technologies into existing teaching methods, such as object-based learning, will enable students to gain a deeper understanding of the subject matter and develop the analytical, problem-solving, and collaborative skills necessary to succeed in the 21st century…

Keywords: Engineering Pedagogy, Immersive Technologies, Artificial Intelligence, Museum Learning, Skills Development

Engineering Education in the Digital Age: A Bridge Between Technological Innovation and Advanced Training

Carlo De Medio


This session discusses the important relationship between technology and teaching methods and provides an approach to using technology to enhance the learning experience and develop necessary skills. The authors describe how artificial intelligence, virtual reality and other immersive technologies, tactile systems, the Internet of Things (IoT), and three-dimensional modeling have changed the way we personalize student learning, engage students in the classroom, and increase access to education. Of particular interest to the authors is how these technologies can be used to provide personalized learning in institutions such as museums; Integrating these new technologies into existing teaching methods, such as object-based learning, will enable students to gain a deeper understanding of the subject matter and develop the analytical, problem-solving, and collaborative skills necessary to succeed in the 21st century.

However, implementing these technologies effectively requires a solid pedagogical foundation and a strategic plan. The plan should include funding models, organizational change management, and ongoing professional development for faculty members. It is therefore essential to use experience in developing targeted pedagogy to ensure that digital innovation is strategically aligned with educational goals in order to prepare the next generation of students and innovators in a rapidly changing technological environment.


TRACK 4 - SESSION 4D
9:15 AM - 10:45 AM


9:15 AM - 9:45 AM

The Evolution of Learning Statistics in Shaping Students’ Attitudes and Performance: A Comparative Analysis

Huay Woon You, Ph.D., Universiti Kebangsaan Malaysia, Selangor, Malaysia

It has been known that statistical knowledge is essential in academic or professional careers. Students’ attitudes toward statistics play a crucial role in their learning experience and overall success in the subject. This study aimed to analyze 90 pre-university students’ attitudes toward Statistics using pre-test and post-test surveys. The students are required to undertake the Statistics course in the first semester. The pre- and post-tests were conducted during the first week and final week (week 17) of the semester, respectively. The Survey of Attitude Towards Statistics (SATS) was used and it contains 36 items that assess six dimensions, namely effort, affective, cognitive competence, difficulty, value and interest. The average score for all the dimensions during post-test is lower compared to the pre-test. In addition, there is a significant difference between gender for the effort dimension in the pre- and post-tests…

Keywords: Statistics, Logistic Regression, Pre-University, Attitude, Performance

The Evolution of Learning Statistics in Shaping Students’ Attitudes and Performance: A Comparative Analysis

Huay Woon You, Ph.D.


It has been known that statistical knowledge is essential in academic or professional careers. Students’ attitudes toward statistics play a crucial role in their learning experience and overall success in the subject. This study aimed to analyze 90 pre-university students’ attitudes toward Statistics using pre-test and post-test surveys. The students are required to undertake the Statistics course in the first semester. The pre- and post-test were conducted during the first week and final week (week 17) of the semester, respectively. The Survey of Attitude Towards Statistics (SATS) was used and it contains 36 items that assess six dimensions, namely effort, affective, cognitive competence, difficulty, value and interest. The average score for all the dimensions during post-test is lower compared to the pre-test. In addition, there is a significant difference between gender for the effort dimension in the pre- and post-tests. On the contrary, the post-test results indicated a significant difference between genders related to cognitive competence, value and interest dimensions. In terms of the expected performance, there are 76 students expected to obtain As during the pre-test. However, the number of students who expected As decreased from 76 respondents to 51 respondents, with a decrease of 32.89%, during the post-test. Overall, there are 42 students who obtained As, which is lower than the expected A grades during the pre-test and post-test. The correlation investigation revealed a weak negative relationship between difficulty dimension with effort and value dimensions for the pre- and post-tests. Multinomial logistic regression was conducted and found that difficulty dimension is a positive predictor in predicting the performance of students on the Statistics subject. Implications from the results of this study might suggest that the collaborative effort from researchers and instructors to enhance the teaching and learning of statistics to reveal optimistic results.


9:45 AM - 10:15 AM

Educational Models and Security Solutions in Ukrainian Universities under Martial Law: A Regional Analysis

Bohdan Shunevych, Ph.D., Stepan Gzhytskyi National University of Veterinary Medicine and Biotechnologies of Lviv, North Campus, Lviv, Ukraine, Mykola Petrovskyi, Ph.D., Taras Shevchenko National University of Kyiv, Kyiv, Ukraine, and Oleksandr Shcherbyna, National Technical University of Ukraine, Kyiv, Ukraine

This study examines how Ukrainian universities have adapted their operations under martial law, comparing responses across Eastern, Central, and Western regions. The fundamental distinction lies in proximity to active combat: Western and Central universities maintain some in-person instruction with shelter protocols and host displaced institutions, while Eastern universities operate almost entirely underground or remotely, having suffered near-total physical destruction, with many relocating entirely to safer regions.

The research examines academic practices in response to wartime constraints, addressing three key questions: What structural and pedagogical adaptations have universities implemented to sustain teaching and research? How have teaching staff and students adapted under extreme uncertainty? What lessons can enhance educational resilience in future crises?

Using comparative case study methodology, the research analyzes organizational and pedagogical transformations in higher education institutions across Ukraine's three regions during the ongoing war…

Keywords: Educational Process Organization, Innovative Technologies, Artificial Intelligence, Martial Law, Academic Resilience

Educational Models and Security Solutions in Ukrainian Universities under Martial Law: A Regional Analysis

Bohdan Shunevych, Ph.D., Mykola Petrovskyi, Ph.D., and Oleksandr Shcherbyna


This study examines how Ukrainian universities have adapted their operations under martial law, comparing responses across Eastern, Central, and Western regions. The fundamental distinction lies in proximity to active combat: Western and Central universities maintain some in-person instruction with shelter protocols and host displaced institutions, while Eastern universities operate almost entirely underground or remotely, having suffered near-total physical destruction, with many relocating entirely to safer regions.

The research examines academic practices in response to wartime constraints, addressing three key questions: What structural and pedagogical adaptations have universities implemented to sustain teaching and research? How have teaching staff and students adapted under extreme uncertainty? What lessons can enhance educational resilience in future crises?

Using comparative case study methodology, the research analyzes organizational and pedagogical transformations in higher education institutions across Ukraine's three regions during the ongoing war. Data sources include institutional documents, interviews with students and faculty, and analysis of implemented policies regarding distance learning, security protocols, and curriculum modifications.

Universities implemented rapid transitions to distance and blended learning using platforms such as Moodle, Zoom, and Microsoft Teams, though the feasibility of in-person education varied by proximity to conflict zones. Institutions adopted decentralized administrative structures for greater flexibility and introduced curricula addressing wartime realities—including conflict resolution, cybersecurity, and emergency management. Mental health services and resilience training became strategic priorities. International collaboration provided critical access to mobility programs, research funding, and academic solidarity.

Three distinct regional models emerged: Eastern Ukraine exemplifies survival-driven innovation through underground and relocated education; Central Ukraine represents hybrid resilience, supporting both local operations and displaced institutions; Western Ukraine embodies resilient continuity, sustaining academic traditions and international engagement. Together, these regions form a national ecosystem of educational resilience, offering lessons for global educational preparedness in future crises.


10:15 AM - 10:45 AM

WhatsApp + ChatGPT=Learning Ecosystem? How Generative AI and Digital Platforms Are Reshaping Peer-to-Peer Learning in African Markets

Saadat Nakyejwe Lubowa Kimuli, Ph.D., Samuel Walulumba, Nashua Kimuli Nabaggala and Eunice Ninsiima, Makerere University Business School, Kampala, Uganda

Across African informal markets, learning often happens through social interaction, peer mentoring and mobile communication not formal instruction. This paper explores how everyday digital platforms like WhatsApp, when combined with generative AI tools like ChatGPT, are reshaping peer-to-peer learning in surprising and innovative ways.

Based on digital ethnography and case studies of small trader and artisan groups in Uganda, the study investigates how mobile users integrate AI-generated content into existing WhatsApp-based learning and support networks. Participants shared screenshots, voice notes and videos demonstrating how they used ChatGPT to answer questions, generate promotional text, resolve customer service dilemmas or brainstorm product ideas then shared these insights with peers in their WhatsApp groups…

Keywords: Peer-to-Peer Learning, Information Education, WhatsApp, Generative AI, Digital Learning Ecosystems

WhatsApp + ChatGPT=Learning Ecosystem? How Generative AI and Digital Platforms Are Reshaping Peer-to-Peer Learning in African Markets

Saadat Nakyejwe Lubowa Kimuli, Ph.D., Samuel Walulumba, Nashua Kimuli Nabaggala and Eunice Ninsiima


Across African informal markets, learning often happens through social interaction, peer mentoring and mobile communication not formal instruction. This paper explores how everyday digital platforms like WhatsApp, when combined with generative AI tools like ChatGPT, are reshaping peer-to-peer learning in surprising and innovative ways.

Based on digital ethnography and case studies of small trader and artisan groups in Uganda, the study investigates how mobile users integrate AI-generated content into existing WhatsApp-based learning and support networks. Participants shared screenshots, voice notes and videos demonstrating how they used ChatGPT to answer questions, generate promotional text, resolve customer service dilemmas or brainstorm product ideas then shared these insights with peers in their WhatsApp groups.

Findings show that rather than relying on AI tools in isolation, users embed them within a social learning infrastructure using peer feedback to interpret, refine and contextualize outputs. In this way, ChatGPT becomes part of a distributed learning system, extending rather than replacing community knowledge sharing practices.

However, challenges persist: AI responses often require localization, language adaptation or cultural correction before they are useful. Users also express uncertainty around credibility, sometimes relying on group consensus to validate or reject AI generated advice.

This paper argues that generative AI’s most meaningful educational role in informal markets may lie not in standalone tools, but in how it integrates with existing platforms and peer networks. It contributes a new model of hybrid, community-mediated AI learning and calls for designers and educators to support these bottom-up ecosystems through accessible, socially grounded tools and content strategies.


10:45 AM - 11:00 AM - BREAK


11:00 AM - 12:00 PM - PARALLEL SESSIONS 1E - 4E


TRACK 1 - SESSION 1E
Session Chair: Dan Kohen-Vacs, Ph.D., Holon Institute of Technology, Central District, Israel
11:00 AM - 12:00 PM


11:00 AM - 11:30 AM

Identifying At-Risk Students: An Explainable, Actionable, and Hybrid Approach Using Machine Learning and Large Language Models

Sherif Abdelhamid, Ph.D., and Mona Aly, Virginia Military Institute, Lexington, Virginia, USA

Student dropout remains a critical challenge in higher education, leading to substantial academic, financial, and societal consequences. While prior and current research has explored artificial intelligence techniques for predicting student dropout, most existing studies focus primarily on standalone predictive models, offering limited support for real-time decision-making, explainability, and actionable interventions. Moreover, the use of large language models (LLMs) to analyze unstructured student data and complement quantitative predictions remains largely unexplored in this domain. These gaps motivate the need for integrated, intelligent systems that not only predict dropout risk but also help explain underlying causes and support proactive interventions.

This research addresses the problem of identifying and predicting student dropouts, framing it as a classification task to spot at-risk students early in their academic journey…

Keywords: Student Dropout Prediction, Machine Learning in Education, Ensemble Learning, Large Language Models (LLMs), Learning Analytics

Identifying At-Risk Students: An Explainable, Actionable, and Hybrid Approach Using Machine Learning and Large Language Models

Sherif Abdelhamid, Ph.D., and Mona Aly


Student dropout remains a critical challenge in higher education, leading to substantial academic, financial, and societal consequences. While prior and current research has explored artificial intelligence techniques for predicting student dropout, most existing studies focus primarily on standalone predictive models, offering limited support for real-time decision-making, explainability, and actionable interventions. Moreover, the use of large language models (LLMs) to analyze unstructured student data and complement quantitative predictions remains largely unexplored in this domain. These gaps motivate the need for integrated, intelligent systems that not only predict dropout risk but also help explain underlying causes and support proactive interventions.

This research addresses the problem of identifying and predicting student dropouts, framing it as a classification task to spot at-risk students early in their academic journey. We conduct a comprehensive machine learning study using a publicly available student performance dataset from a public repository, which includes demographic, academic, financial, and socioeconomic features. After data preprocessing and feature scaling, and an 80/20 train–test split, multiple machine learning models are evaluated, including Logistic Regression, Decision Trees, Support Vector Machines, K-Nearest Neighbors, Random Forests, Feedforward Neural Network, Gradient Boosting, XGBoost, and ensemble methods (majority voting and stacking). Experimental results show that a majority-voting ensemble classifier achieves the best performance, with an accuracy of 94.9%, along with strong precision (95.3%), recall (91%), and F1-score (93%).

Beyond model development, this study presents EduPulse, an AI-powered web-based platform that integrates our best-performing machine learning model with an LLM (Claude Sonnet 4.5). EduPulse provides institution-, school-, and student-level dashboards, advanced filtering, and a what-if simulation module to assess the impact of academic and financial interventions. The LLM component analyzes unstructured student notes and records to extract sentiment and dropout-related indicators, offering qualitative insights that enhance model interpretability and decision support.

To the best of our knowledge, this work is among the first few studies to integrate ensemble machine learning and large language models within a unified platform for student dropout prediction and intervention. The results demonstrate that combining predictive analytics with LLM-based qualitative analysis enables accurate, interpretable, and actionable insights, supporting data-driven strategies to improve student retention and success in higher education.


11:30 AM - 12:00 PM

Transforming Flipped Classrooms with Generative AI: Insights from 70+ Students across Multiple Courses and Academic Levels

Suhail Y Tayeb and Hui Soo Chae, Ed.D., New York University, New York, New York, USA

This session presents a multi-course analysis of how AI tools and flipped classroom design reshape student learning, engagement, confidence, and preparedness in higher education. Drawing on a uniquely comprehensive dataset collected over multiple semesters across undergraduate and graduate real estate courses at New York University, the study includes more than 70 students representing diverse linguistic, cultural, and academic backgrounds. The findings offer rare insight into how students actually use Generative AI to deepen comprehension, prepare peer-led activities, summarize complex content, and accelerate the design of presentations and learning artifacts.

The data reveal clear patterns: students report higher engagement, stronger recall, improved confidence in public speaking, and greater agency over their learning when AI-supported flipped formats are used. Non-native English speakers particularly benefit from transcripts, subtitles, and AI-generated linguistic scaffolding, which reduce cognitive load and increase participation…

Keywords: Flipped Classroom, AI in Higher Education, Student Engagement, Learning Analytics, Instructional Design

Transforming Flipped Classrooms with Generative AI: Insights from 70+ Students across Multiple Courses and Academic Levels

Suhail Y Tayeb and Hui Soo Chae, Ed.D.


This session presents a multi-course analysis of how AI tools and flipped classroom design reshape student learning, engagement, confidence, and preparedness in higher education. Drawing on a uniquely comprehensive dataset collected over multiple semesters across undergraduate and graduate real estate courses at New York University, the study includes more than 70 students representing diverse linguistic, cultural, and academic backgrounds. The findings offer rare insight into how students actually use Generative AI to deepen comprehension, prepare peer-led activities, summarize complex content, and accelerate the design of presentations and learning artifacts.

The data reveal clear patterns: students report higher engagement, stronger recall, improved confidence in public speaking, and greater agency over their learning when AI-supported flipped formats are used. Non-native English speakers particularly benefit from transcripts, subtitles, and AI-generated linguistic scaffolding, which reduce cognitive load and increase participation. Students also provide candid feedback about pacing, activity formats, workload balance, and where instructor guidance remains essential.

This session will share aggregated results, thematic analyses, student quotes, and actionable design principles for educators seeking to incorporate AI into flipped learning environments. Attendees will leave with a research-backed framework for implementing scalable, inclusive, and pedagogically sound AI-enabled course models that support deeper learning and real-world skill development across disciplines.


TRACK 2 - SESSION 2E
Hagit Meishar-Tal, Ph.D., Holon Institute of Technology, Holon, Israel
11:00 AM - 12:00 PM


11:00 AM - 11:30 PM

Sustainable Learning Ecosystems for Human-Centered AI in Intergenerational Digital Workplaces

Yuliia Fedorova, Ph.D., Oleksii Ilchenko, and Juraj Mikus, Comenius University Bratislava, Bratislava Region, Slovakia and Denys Kovalenko, Educational and Scientific Institute "Ukrainian Engineering and Pedagogical Academy", Kharkiv, Ukraine

Rapid advances in artificial intelligence (AI) are transforming how work is performed, monitored, and optimized, yet learning practices in both higher education and workplaces often remain fragmented, tool-centric, and insufficiently aligned with human needs. This gap is particularly visible in intergenerational digital workplaces, where employees differ significantly in experience, learning preferences, emotional expectations, and trust in AI-driven systems. This paper proposes a conceptual framework for Sustainable Learning Ecosystems for Human-Centered AI, aimed at reimagining how learning, technology, and human agency can be integrated across education and work contexts.

The proposed ecosystem shifts the focus from isolated training interventions toward continuous, adaptive learning embedded directly within digital work processes. By combining human-centered AI, real-time process feedback, and AI-augmented learning and simulation mechanisms, the framework supports learning through reflection, prediction, and decision-making rather than passive content consumption…

Keywords: Human-Centered AI, Sustainable Learning Ecosystems, Emotional Intelligence, AI-Augmented Learning, Human–AI Collaboration

Sustainable Learning Ecosystems for Human-Centered AI in Intergenerational Digital Workplaces

Yuliia Fedorova, Ph.D., Oleksii Ilchenko, Denys Kovalenko and Juraj Mikus


Rapid advances in artificial intelligence (AI) are transforming how work is performed, monitored, and optimized, yet learning practices in both higher education and workplaces often remain fragmented, tool-centric, and insufficiently aligned with human needs. This gap is particularly visible in intergenerational digital workplaces, where employees differ significantly in experience, learning preferences, emotional expectations, and trust in AI-driven systems. This paper proposes a conceptual framework for Sustainable Learning Ecosystems for Human-Centered AI, aimed at reimagining how learning, technology, and human agency can be integrated across education and work contexts.

The proposed ecosystem shifts the focus from isolated training interventions toward continuous, adaptive learning embedded directly within digital work processes. By combining human-centered AI, real-time process feedback, and AI-augmented learning and simulation mechanisms, the framework supports learning through reflection, prediction, and decision-making rather than passive content consumption. Emotional intelligence and intergenerational collaboration are treated as core design principles, ensuring that AI feedback is interpretable, supportive, and sensitive to diverse cognitive and emotional responses.

The framework further bridges higher education and workplace learning by positioning universities as preparatory ecosystems for AI-augmented work and organizations as ongoing learning environments. Sustainability is addressed through feedback loops that allow learning content, AI models, and human practices to co-evolve over time, supporting lifelong learning and workforce resilience.

This study contributes to learning and technology research by offering an interdisciplinary perspective that integrates AI, learning sciences, and organizational behavior. It provides educators, learning designers, and organizational leaders with a conceptual foundation for designing future-ready learning experiences that are adaptive, inclusive, and aligned with the realities of human-AI collaboration in contemporary digital workplaces.


11:30 AM - 12:00 PM

From Scrolling to Startup: TikTok and Entrepreneurial Learning among Ugandan University Students

Juliet Joy Apio, Saadat Nakyejwe Lubowa Kimuli, Ph.D., Samuel Walulumba and Eunice Ninsiima, Makerere University Business School, Kampala, Uganda

In recent years, social media platforms have emerged as informal yet powerful tools for knowledge acquisition and skill development. Among these, TikTok has gained prominence for its short-form and visually engaging content which increasingly serves as a source of entrepreneurial learning for university students. This study investigates how students in Ugandan universities leverage TikTok to acquire entrepreneurial knowledge, develop business skills and identify market opportunities. A qualitative, cross-sectional design was employed, utilizing semi-structured interviews with undergraduate students at Makerere University Business School to explore the platform’s role in shaping entrepreneurial learning. Data was analyzed thematically using NVivo to capture lived experiences. Findings reveal that TikTok not only provides practical guidance on business management, marketing and innovation but also functions as a space for informal mentorship, peer learning and idea validation. However, challenges such as misinformation, content credibility and overreliance on trends are...

Keywords: TikTok-Based Learning, Entrepreneurial Learning, Digital Platforms, University Students, Uganda

From Scrolling to Startup: TikTok and Entrepreneurial Learning among Ugandan University Students

Juliet Joy Apio, Saadat Nakyejwe Lubowa Kimuli, Ph.D., Samuel Walulumba and Eunice Ninsiima


In recent years, social media platforms have emerged as informal yet powerful tools for knowledge acquisition and skill development. Among these, TikTok has gained prominence for its short-form and visually engaging content which increasingly serves as a source of entrepreneurial learning for university students. This study investigates how students in Ugandan universities leverage TikTok to acquire entrepreneurial knowledge, develop business skills and identify market opportunities. A qualitative, cross-sectional design was employed, utilizing semi-structured interviews with undergraduate students at Makerere University Business School to explore the platform’s role in shaping entrepreneurial learning. Data was analyzed thematically using NVivo to capture lived experiences. Findings reveal that TikTok not only provides practical guidance on business management, marketing and innovation but also functions as a space for informal mentorship, peer learning and idea validation. However, challenges such as misinformation, content credibility and overreliance on trends are highlighted as potential barriers to effective entrepreneurial learning. The study contributes to the growing discourse on digital entrepreneurship education in Africa, demonstrating the potential of social media platforms as complementary tools for fostering entrepreneurial competencies among university students. Implications for policymakers, educators, and student-led venture support programs in Uganda are discussed.


TRACK 3 - SESSION 3E
Session Chair: El Cameron, The Cameron Circle Group, Laramie, Wyoming, USA
11:00 AM - 12:00 PM


11:30 AM - 12:00 PM

Designing a Corporate Learning Ecosystem for Business, Inclusion, and Future Skills

Leandro Oliveira, Rodrigo Silva, Rafaela Cruz, and Vladmir Chaves, Banco do Brasil, Distrito Federal, Brazil

Corporate Universities play a strategic role in enabling organizational transformation, especially in highly regulated and complex sectors such as banking. This presentation showcases how the Corporate University of Banco do Brasil (UniBB) has designed, implemented, and scaled an integrated learning ecosystem aligned with business strategy, digital transformation, and Diversity, Equity & Inclusion (DEI).

Grounded in the 70–20–10 learning model and a lifelong learning mindset, UniBB combines formal education, experiential learning, social learning, and advanced learning technologies to develop critical capabilities at scale. In 2024 alone, the ecosystem delivered more than 12 million learning hours, reaching nearly 100% of employees through blended journeys that integrate self-paced digital learning, live online and in-person programs, mentoring, certification pathways, and real-world application…

Keywords: Corporate University, Learning Ecosystems, Digital Upskilling, Leadership Development, Diversity, Equity & Inclusion

Designing a Corporate Learning Ecosystem for Business, Inclusion, and Future Skills

Leandro Oliveira, Rodrigo Silva, Rafaela Cruz, and Vladmir Chaves


Corporate Universities play a strategic role in enabling organizational transformation, especially in highly regulated and complex sectors such as banking. This presentation showcases how the Corporate University of Banco do Brasil (UniBB) has designed, implemented, and scaled an integrated learning ecosystem aligned with business strategy, digital transformation, and Diversity, Equity & Inclusion (DEI).

Grounded in the 70–20–10 learning model and a lifelong learning mindset, UniBB combines formal education, experiential learning, social learning, and advanced learning technologies to develop critical capabilities at scale. In 2024 alone, the ecosystem delivered more than 12 million learning hours, reaching nearly 100% of employees through blended journeys that integrate self-paced digital learning, live online and in-person programs, mentoring, certification pathways, and real-world application.

The session highlights flagship initiatives such as business certification programs, digital upskilling and reskilling journeys, leadership pipelines, data-driven talent identification, and inclusive development programs focused on gender equity, racial equity, neurodiversity, and people with disabilities. These initiatives demonstrate how learning can simultaneously drive performance, strengthen organizational culture, and reduce structural inequalities in leadership and career progression.

Using concrete data, design principles, and governance practices, the presentation illustrates how UniBB connects learning analytics, people analytics, and strategic priorities to generate measurable impact on employee engagement, capability building, and business sustainability. Participants will gain insights into how a large corporate university can move beyond training delivery to become a strategic platform for innovation, inclusion, and long-term organizational resilience.


11:30 AM - 12:00 PM

Informality as Innovation: Rethinking Small Business Learning in Ugandan Markets through Adaptive, Peer-Led Models

Samuel Walulumba and Saadat Nakyejwe Lubowa Kimuli, Ph.D., Makerere University Business School, Kampala, Uganda

This study investigates how informal learning practices function as innovative knowledge systems for micro and small enterprises (MSEs) in Uganda. Using a qualitative research design, the study collected data from 32 entrepreneurs through in-depth interviews and four market-based focus groups conducted in Kampala, Mukono and Jinja. The objective was to uncover how learning unfolds in informal settings where entrepreneurs lack structured training access. Findings show that peer-led learning through observation, imitation, WhatsApp discussions and real-time problem-solving forms the backbone of capability development in informal markets. Entrepreneurs rely heavily on trusted peers for troubleshooting, pricing decisions, customer negotiation strategies and resource improvization. Informal networks also act as rapid feedback systems that allow micro-experimentation and collective risk-sharing…

Keywords: Informal Learning, African Entrepreneurship, Peer-Led Models, Adaptive Learning, Microenterprise Development

Informality as Innovation: Rethinking Small Business Learning in Ugandan Markets through Adaptive, Peer-Led Models

Samuel Walulumba and Saadat Nakyejwe Lubowa Kimuli, Ph.D.


This study investigates how informal learning practices function as innovative knowledge systems for micro and small enterprises (MSEs) in Uganda. Using a qualitative research design, the study collected data from 32 entrepreneurs through in-depth interviews and four market-based focus groups conducted in Kampala, Mukono and Jinja. The objective was to uncover how learning unfolds in informal settings where entrepreneurs lack structured training access. Findings show that peer-led learning through observation, imitation, WhatsApp discussions and real-time problem-solving forms the backbone of capability development in informal markets. Entrepreneurs rely heavily on trusted peers for troubleshooting, pricing decisions, customer negotiation strategies and resource improvization. Informal networks also act as rapid feedback systems that allow micro-experimentation and collective risk-sharing. The study concludes that informality is not merely a survival mechanism but a highly adaptive innovation-driven learning model. Training programs that ignore this reality often fail due to misalignment with local business culture. The study recommends integrating peer-led mentorship circles, market-based apprenticeships, and mobile micro-coaching into enterprise development programs. Policymakers and NGOs should design entrepreneurship support that strengthens existing informal learning ecosystems rather than replacing them with rigid formal models.


TRACK 4 - SESSION 4E
Session Chair: Kanmani Buddhi, Ph.D., BMS College of Engineering (Retired), Karnataka, India
11:00 AM - 12:00 PM


11:00 AM - 11:30 PM

AI Literacy and Creative Coding as Predictors of Primary Students’ Classroom Engagement

Maribel Miranda-Pinto, Universidade Aberta, Portugal; José Manuel Sáez-López, Ph.D., and Esteban Vázquez-Cano, Ph.D., Universidad Nacional de Educación a Distancia (UNED), Madrid, Spain

The growing integration of block-based programming and educational robotics in primary education has intensified the need to understand how young learners develop meaningful and sustained engagement with digital learning activities. Yet empirical evidence remains limited regarding how conceptual knowledge of Artificial Intelligence (AI) interacts with hands-on coding practices to shape students’ participation and motivation. This study proposes a predictive framework that models classroom engagement as the joint outcome of two complementary dimensions: (a) AI-related conceptual understanding, including foundational ideas about algorithms and machine learning, and (b) practical–creative experiences with visual programming and robotics. Drawing on multivariate analyses, specifically PLS2 regression, response surface modeling, and moderated interaction testing, the findings reveal a dual latent structure. One dimension reflects experiential engagement rooted in creative coding, Scratch projects, and robotics-based problem solving, while the second captures students’ conceptual awareness of intelligent systems and computational processes…

Keywords: AI Literacy, Creative Coding, Educational Robotics, Student Engagement, Primary Education

AI Literacy and Creative Coding as Predictors of Primary Students’ Classroom Engagement

Maribel Miranda-Pinto, José Manuel Sáez-López, Ph.D., and Esteban Vázquez-Cano, Ph.D.


The growing integration of block-based programming and educational robotics in primary education has intensified the need to understand how young learners develop meaningful and sustained engagement with digital learning activities. Yet empirical evidence remains limited regarding how conceptual knowledge of Artificial Intelligence (AI) interacts with hands-on coding practices to shape students’ participation and motivation. This study proposes a predictive framework that models classroom engagement as the joint outcome of two complementary dimensions: (a) AI-related conceptual understanding, including foundational ideas about algorithms and machine learning, and (b) practical–creative experiences with visual programming and robotics. Drawing on multivariate analyses, specifically PLS2 regression, response surface modeling, and moderated interaction testing, the findings reveal a dual latent structure. One dimension reflects experiential engagement rooted in creative coding, Scratch projects, and robotics-based problem solving, while the second captures students’ conceptual awareness of intelligent systems and computational processes.

Results indicate that engagement increases most sharply when both dimensions are simultaneously high, demonstrating a clear synergistic rather than additive pattern. Students who combine conceptual insight with active exploration tend to approach coding tasks with greater agency, curiosity, and cognitive clarity. This integrated profile leads to stronger behavioral, affective, and cognitive engagement across disciplinary contexts. Cross-software replication using open-source tools confirms the robustness and reproducibility of the predictive model.

The study contributes a theoretically grounded and empirically validated explanation of how early AI literacy enhances the motivational value of practical coding experiences. It offers actionable implications for designing learning environments that fuse conceptual reflection with creative technological production, supported by examples of robotics activities, artistic programming tasks, and scaffolded problem-solving challenges. The findings provide a scalable framework for educators seeking to strengthen authentic engagement in primary computing education through coherent, theory-informed pedagogical integration.


11:30 AM - 12:00 PM

Integrating Film in the Classroom: Pedagogical Practices and Challenges in Greek Education

Chryssa Pipili and Chryssa Sofianopoulou, Harokopio University of Athens, Virginia Beach, Virginia, United States

International research indicates that the rapid growth of Information and Communication Technologies and the increasing emphasis on AI-related literacy have posed new challenges for education while student pressure in Greece is constantly increasing as intensification prevails. Teaching with films can promote interactive learning, students’ engagement as well as the development of various digital, social and critical thinking skills. This raises an important question: can the use of film material be integrated in modern classrooms in a way that genuinely motivates, inspires and support student learning? The purpose of this study is to investigate whether Greek teachers use films to teach and how they incorporate them in the learning process both in primary and secondary education. Particular emphasis is placed on the practices and educational approaches teachers apply and, also, the obstacles faced to integrating film material in classroom…

Keywords: Film-Based Teaching, Educational Practices, Greek Education, Film Education

Integrating Film in the Classroom: Pedagogical Practices and Challenges in Greek Education

Chryssa Pipili and Chryssa Sofianopoulou


International research indicates that the rapid growth of Information and Communication Technologies and the increasing emphasis on AI-related literacy have posed new challenges for education while student pressure in Greece is constantly increasing as intensification prevails. Teaching with films can promote interactive learning, students’ engagement as well as the development of various digital, social and critical thinking skills. This raises an important question: can the use of film material be integrated in modern classrooms in a way that genuinely motivates, inspires and support student learning? The purpose of this study is to investigate whether Greek teachers use films to teach and how they incorporate them in the learning process both in primary and secondary education. Particular emphasis is placed on the practices and educational approaches teachers apply and, also, the obstacles faced to integrating film material in classrooms. Applying quantitative research, a national sample of 231 primary and secondary teachers from Greece was administered. The findings show that films in Greek schools are used mainly for educational purposes or for entertainment while it seems that a more traditional approach to film integration is followed. Despite the availability of basic digital resources, film use in classrooms remains infrequent. Moreover, teachers reported anxiety about covering the annual curriculum, which acts as a major obstacle to integrating film material into lessons. The study suggests that future teaching methods should actively promote film-based education, as the pedagogical and skill-development benefits are significant—not only for students but also for redefining the teacher’s role from transmitter of knowledge to facilitator and guide, especially, in a society that is constantly evolving and requires multiple skills from future citizens.


12:00 PM - 1:00 PM - BREAK


1:00 PM - 2:30 PM - PARALLEL SESSIONS 1F - 4F


TRACK 1 - SESSION 1F
Session Chair: Negar Farakish, Ed.D., New York University, New York, New York, USA
1:00 PM - 2:30 PM


1:00 PM - 1:30 PM

Rethinking Project-based Learning in the GenAI Era: Key Findings from a Scoping Review

Maaike Bouwmeester, Ph.D., New York University, Brooklyn, New York, USA and Rui Tammy Huang, Ph.D., University of Florida, Gainesville, Florida, USA

This presentation reports the findings of a Prisma-based scoping review that examined research on AI-assisted Project-Based Learning (PjBL). The review identified 295 articles from 10 academic databases using two sets of keywords related to Project-Based Learning (e.g., PjBL, “project-based learning”) and Artificial Intelligence (e.g., “AI”, “Generative AI”, “chatbot”).

The goal of the review was to identify types and the role of AI technology being used within PjBL, definitions, theories, outcomes, and identify gaps in current scholarship at the intersection of AI and project based learning…

Keywords: Project Based Learning, AI-assisted Learning, Scoping Review, Collaborative Learning, Experiential Learning

Rethinking Project-based Learning in the GenAI Era: Key Findings from a Scoping Review

Maaike Bouwmeester, Ph.D., and Rui Tammy Huang, Ph.D.


This presentation reports the findings of a Prisma-based scoping review that examined research on AI-assisted Project-Based Learning (PjBL). The review identified 295 articles from 10 academic databases using two sets of keywords related to Project-Based Learning (e.g., PjBL, “project-based learning”) and Artificial Intelligence (e.g., “AI”, “Generative AI”, “chatbot”).

The goal of the review was to identify types and the role of AI technology being used within PjBL, definitions, theories, outcomes, and identify gaps in current scholarship at the intersection of AI and project based learning.

Guided by a structured review protocol, in our analysis we examine several core questions: How is AI being used to support learning in PjBL environments? In what ways is student work documented and evaluated when using AI in project work? What are common pedagogical challenges and opportunities when integrating AI within project-based learning?

The presentation will highlight key themes that surfaced across the literature and highlight areas where empirical work remains limited or absent. We will also suggest emerging recommendations for educators and learning designers as they navigate the rapidly evolving landscape of AI enhanced PjBL. Given the rapid adoption of generative AI in higher education, understanding its role in PjBL is increasingly urgent.


1:30 PM - 2:30 PM

AI Curiosity as a Catalyst for Innovative Thinking: A Mindset-First Framework for Modern Learners

Stacy McCracken, Ph.D., Impact and Lead, Austin, Texas, USA

With AI projects failing to deliver the productivity gains and returns on investment that organizations expected, leaders must look beyond technical skills, tools, and prompt engineering toward a more foundational driver of innovation: people. Emerging research, including recent findings from a study of working professionals, shows that growth interest in AI relates more strongly to innovative thinking than a general growth mindset alone. This curiosity about intelligent technologies signals a needed shift in how capability development is approached in the AI era.

This session introduces the Curiosity Circuits Model, a mindset-first framework describing four innovative thinking skills: Questioning, Observing, Experimenting, and Connecting. When these skills are practiced intentionally, they create conditions where insight, adaptability, and new ideas can emerge more easily. Paired with NOTICE, a simple reflective framework, learners strengthen their ability to challenge assumptions and expand the range of ideas they are willing to explore…

Keywords: Leadership Development, Growth Mindset, Growth Interest in AI, Innovative Thinking, Learning Design

AI Curiosity as a Catalyst for Innovative Thinking: A Mindset-First Framework for Modern Learners

Stacy McCracken, Ph.D.


With AI projects failing to deliver the productivity gains and returns on investment that organizations expected, leaders must look beyond technical skills, tools, and prompt engineering toward a more foundational driver of innovation: people. Emerging research, including recent findings from a study of working professionals, shows that growth interest in AI relates more strongly to innovative thinking than a general growth mindset alone. This curiosity about intelligent technologies signals a needed shift in how capability development is approached in the AI era.

This session introduces the Curiosity Circuits Model, a mindset-first framework describing four innovative thinking skills: Questioning, Observing, Experimenting, and Connecting. When these skills are practiced intentionally, they create conditions where insight, adaptability, and new ideas can emerge more easily. Paired with NOTICE, a simple reflective framework, learners strengthen their ability to challenge assumptions and expand the range of ideas they are willing to explore.

Rather than treating AI as a shortcut or a threat, we’ll treat it as a thinking partner so that leaders and learners can test ideas quickly, see patterns, expand their thinking, and solve real business challenges.

Participants will leave with practical tools and strategies for designing learning experiences and tiny experiments that strengthen AI curiosity, expand innovative thinking skills, and enhance leadership development. By approaching AI with a people-first strategy, leaders and educators can enhance problem-solving capability, critical thinking, and comfort with uncertainty—skills that matter now more than ever.


TRACK 2 - SESSION 2F
Session Chair: Sherif Abdelhamid, Ph.D., Virginia Military Institute, Lexington, Virginia, USA
1:00 PM - 2:30 PM


1:00 PM - 1:30 PM

Corporate Education as a Strategy for Diversity, Equity, and Inclusion and Cultural Transformation

Leandro Oliveira, Eveline Ouriques, Katiuscia Duarte, Rafaela Cruz, and Vladmir Chaves, Banco do Brasil, Distrito Federal, Brazil

This paper presents the Diversity, Equity, and Inclusion (DEI) educational programs and initiatives developed by the Corporate University of Banco do Brasil (UniBB), highlighting corporate education as a strategic tool for fostering inclusion, deconstructing stereotypes, and expanding representativeness within organizational contexts. The initiative is framed within the landscape of digital corporate education and integrates innovative pedagogical practices, affirmative policies, and educational technologies, in alignment with contemporary challenges in corporate learning environments.

The DEI Learning Journey is structured around three main axes: (i) a DEI Educational Trail, consisting of more than 34 self-paced courses and approximately 369,000 course completions, addressing topics such as racial literacy, neurodiversity, inclusive communication, gender equity, and female leadership; (ii) face-to-face workshops, involving the training of over 843 internal multipliers and corporate educators; and (iii) a cycle of expert-led lectures designed to promote dialogue and thematic deepening…

Keywords: Corporate Education, Diversity, Equity, Inclusion

Corporate Education as a Strategy for Diversity, Equity, and Inclusion and Cultural Transformation

Leandro Oliveira, Eveline Ouriques, Katiuscia Duarte, Rafaela Cruz, and Vladmir Chaves


This paper presents the Diversity, Equity, and Inclusion (DEI) educational programs and initiatives developed by the Corporate University of Banco do Brasil (UniBB), highlighting corporate education as a strategic tool for fostering inclusion, deconstructing stereotypes, and expanding representativeness within organizational contexts. The initiative is framed within the landscape of digital corporate education and integrates innovative pedagogical practices, affirmative policies, and educational technologies, in alignment with contemporary challenges in corporate learning environments.

The DEI Learning Journey is structured around three main axes: (i) a DEI Educational Trail, consisting of more than 34 self-paced courses and approximately 369,000 course completions, addressing topics such as racial literacy, neurodiversity, inclusive communication, gender equity, and female leadership; (ii) face-to-face workshops, involving the training of over 843 internal multipliers and corporate educators; and (iii) a cycle of expert-led lectures designed to promote dialogue and thematic deepening.

The paper also examines the implementation of affirmative actions within the organization’s internal recruitment system, including reserved vacancies for women, Black people, Indigenous peoples, and persons with disabilities, aiming to promote equity in career advancement processes. In addition, the program Raça é Prioridade (“Race is a Priority”) is discussed as an initiative focused on identifying and accelerating the development of Black professionals with leadership potential, contributing to the reduction of asymmetries generated by structural biases and to increased representation in leadership roles.

The expected outcomes include the strengthening of an inclusive organizational culture, the expansion of diversity in leadership positions, and the consolidation of corporate education as a space for social and cultural transformation. The experience of Banco do Brasil underscores the strategic role of corporate universities in advancing diversity and equity agendas and reaffirms the institution’s commitment to the United Nations Sustainable Development Goals.


1:30 PM - 2:30 PM

What Works in Adult Education? Considerations for Online Public Safety Training in the Digital Age

Chantelle Ivanski, Ph.D., and Drew Pitchforth, Canadian Police Knowledge Network, Prince Edward Island, Canada

The Canadian Police Knowledge Network (CPKN) is a not-for-profit organization dedicated to leveraging technologies to provide high-quality learning solutions for police and public safety personnel across Canada. This presentation will explore evidence-based best practices in adult education, with a particular focus on adapting online learning for police and public safety professionals in the digital age.

As the demands on police and public safety personnel evolve, so too must the approaches to their training, ensuring both rigour in content and relevance to real-world scenarios. Drawing on findings from our recent literature review of current research in adult education, we will examine strategies for creating engaging online learning environments that foster active participation and knowledge retention…

Keywords: Public Safety Training, Adult Education

What Works in Adult Education? Considerations for Online Public Safety Training in the Digital Age

Chantelle Ivanski, Ph.D., and Drew Pitchforth


The Canadian Police Knowledge Network (CPKN) is a not-for-profit organization dedicated to leveraging technologies to provide high-quality learning solutions for police and public safety personnel across Canada. This presentation will explore evidence-based best practices in adult education, with a particular focus on adapting online learning for police and public safety professionals in the digital age.

As the demands on police and public safety personnel evolve, so too must the approaches to their training, ensuring both rigour in content and relevance to real-world scenarios. Drawing on findings from our recent literature review of current research in adult education, we will examine strategies for creating engaging online learning environments that foster active participation and knowledge retention.

We will then present a case study of our Canadian Credible Leadership Cohort, highlighting our evidence-based methods for facilitating a collaborative and contextualized learning environment that responds to the unique challenges police and public safety professionals face today. We will also explore the creation of our Canadian Credible Leadership portal as means of leveraging technology to enhance the online learning experience.

Attendees will leave with actionable insights and tools to enhance the effectiveness of their online training programs while meeting the evolving needs of the sector.


TRACK 3 - SESSION 3F
Session Chair: Kanmani Buddhi, Ph.D., BMS College of Engineering (Retired), Karnataka, India
1:00 PM - 2:30 PM


1:00 PM - 1:30 PM

Governing Generative Artificial Intelligence (AI) by Preserving Human Creativity in Institutional Systems

Norman St. Clair, Ph.D., and Pamela McCray, Ph.D., Dreeben School of Education, University of the Incarnate Word, San Antonio, Texas, USA

Artificial intelligence has progressed beyond its experimental phase in higher education and now operates as part of the institutional infrastructure, influencing teaching, assessment, and scholarly work. Our presentation uses a meta-synthesis of institutional policy documents, faculty development initiatives, and international AI governance frameworks to examine how universities are responding to the ethical, organizational, and pedagogical realities of Generative AI. The purpose of our research is to develop a conceptually grounded, policy-relevant framework for governing Generative AI as a core institutional system rather than a classroom-level tool. Our guiding research question asks: How can universities ethically govern and integrate Generative AI into their institutional structures while preserving human creativity, transparency, and academic integrity? Drawing on sociotechnical and institutional theory, we frame AI governance not as a matter of compliance but…

Keywords: Generative Artificial Intelligence (AI), Institutional Governance Model, Artificial Intelligence (AI) Ethical Considerations, Higher Education Institutions (HEI)

Governing Generative Artificial Intelligence (AI) by Preserving Human Creativity in Institutional Systems

Norman St. Clair, Ph.D. and Pamela McCray, Ph.D.


Artificial intelligence has progressed beyond its experimental phase in higher education and now operates as part of the institutional infrastructure, influencing teaching, assessment, and scholarly work. Our presentation uses a meta-synthesis of institutional policy documents, faculty development initiatives, and international AI governance frameworks to examine how universities are responding to the ethical, organizational, and pedagogical realities of Generative AI. The purpose of our research is to develop a conceptually grounded, policy-relevant framework for governing Generative AI as a core institutional system rather than a classroom-level tool. Our guiding research question asks: How can universities ethically govern and integrate Generative AI into their institutional structures while preserving human creativity, transparency, and academic integrity? Drawing on sociotechnical and institutional theory, we frame AI governance not as a matter of compliance but as an ongoing negotiation of authority, authorship, and accountability within academic life. We analyze how institutions operationalize broad ethical principles through everyday practices—such as AI literacy initiatives, integrity and authorship policies, curriculum redesign, and assessment reforms. By identifying patterns of alignment, tension, and adaptation across institutions, we propose a governance model that supports responsible innovation while safeguarding the human dimensions of creativity and judgment. Our model offers universities a pathway to integrate AI in ways that strengthen, rather than supplant, the core values and intellectual practices of higher education.


1:30 PM - 2:00 PM

Advancing Online Learning: A Strategic Approach to Quality and Innovation

Sara Gretencord, Purdue University, Fowler, Indiana, USA

This presentation aims to provide insight into Purdue University Online’s (PUO) structured approach to quality assurance (QA) for both credit and noncredit courses. By showcasing the standard operating procedure (SOP) established for data intake from course review requests and IDATA lists, this session will emphasize best practices for ensuring high-quality online education.

In an era where online learning plays a pivotal role in higher education, maintaining course quality is crucial. The PUO QA team has developed a comprehensive SOP that ensures a consistent, organized, and efficient method for obtaining course review requests, processing semester course lists, and managing faculty approvals. This process enables academic institutions to enhance the quality of their digital learning environments while fostering student success.

Keywords: Quality Assurance, Innovation

Advancing Online Learning: A Strategic Approach to Quality and Innovation

Sara Gretencord


This presentation aims to provide insight into Purdue University Online’s (PUO) structured approach to quality assurance (QA) for both credit and noncredit courses. By showcasing the standard operating procedure (SOP) established for data intake from course review requests and IDATA lists, this session will emphasize best practices for ensuring high-quality online education.

In an era where online learning plays a pivotal role in higher education, maintaining course quality is crucial. The PUO QA team has developed a comprehensive SOP that ensures a consistent, organized, and efficient method for obtaining course review requests, processing semester course lists, and managing faculty approvals. This process enables academic institutions to enhance the quality of their digital learning environments while fostering student success.


2:00 PM - 2:30 PM

Using Problem-Based Learning Embedded into a Collaborative Learning Experience to Engage Students in a Chemical Engineering Course

David Antonio Buentello Montoya, Ph.D., Tecnologico de Monterrey, Jalisco, Mexico and Camila Andrea Cifuentes Castro, Universidad del Alba, Antofagasta, Chile

Intercultural and global competencies are necessary for professionals in an ever-changing globalized world of work. Unfortunately, studying abroad is not trivial for a large number of students, and another approach to develop intercultural competencies and learning must be followed. At the same time, Problem-Based Learning (PBL) has been demonstrated to enhance the learning experience. This work presents a case study where chemical engineering students were subject to PBL as well as a Collaborative Online International Learning (COIL) experience in a chemical engineering “transport phenomena” course to enhance their intercultural competencies, increase their engagement and improve their learning. Results indicate that students were not as appreciative of COIL as they were of PBL, and that the students do think PBL made learning abstract concepts easier.

Keywords: Collaborative Online International Learning, Problem-Based Learning, Technology-Enhanced Education

Using Problem-Based Learning Embedded into a Collaborative Learning Experience to Engage Students in a Chemical Engineering Course

David Antonio Buentello Montoya, Ph.D., and Camila Andrea Cifuentes Castro


Intercultural and global competencies are necessary for professionals in an ever-changing globalized world of work. Unfortunately, studying abroad is not trivial for a large number of students, and another approach to develop intercultural competencies and learning must be followed. At the same time, Problem-Based Learning (PBL) has been demonstrated to enhance the learning experience. This work presents a case study where chemical engineering students were subject to PBL as well as a Collaborative Online International Learning (COIL) experience in a chemical engineering “transport phenomena” course to enhance their intercultural competencies, increase their engagement and improve their learning. Results indicate that students were not as appreciative of COIL as they were of PBL, and that the students do think PBL made learning abstract concepts easier.


TRACK 4 - SESSION 4F
1:00 PM - 1:30 PM


1:00 PM - 1:30 PM

Driving Engagement in Large-Scale Digital Learning: The Espírito Santo Formação Avançada Case

Silvone Asiss, DOT Digital Group, Santa Catarina, Brazil and Bruno Lamas, SECTI/ES, Espírito Santo, Brazil

The Formação Avançada program, launched by the Government of Espírito Santo (Brazil) in partnership with Coursera and DOT Digital Group, exemplifies how visionary public leadership combined with global technology and local expertise can drive large-scale digital transformation in education. Guided by strategic direction from the Governor and the Secretary of State for Science, Technology, Innovation, and Professional Education, the initiative aims to democratize access to world-class learning opportunities and strengthen the employability and digital skills of citizens, educators, and public servants.

While Coursera provides global-quality content, DOT ensures engagement, communication, and operational excellence through locally tailored strategies and learner support. This collaborative model resulted in engagement and completion rates far exceeding international averages. In recognition of these outcomes, the program received Coursera’s 2025 Engagement Award at Coursera Connect Mexico, standing out as a leading regional case…

Keywords: Digital Learning Innovation, Learner Engagement, Public Sector Education, Global–Local Collaboration, Scalable Learning Programs

Driving Engagement in Large-Scale Digital Learning: The Espírito Santo Formação Avançada Case

Silvone Asiss and Bruno Lamas


The Formação Avançada program, launched by the Government of Espírito Santo (Brazil) in partnership with Coursera and DOT Digital Group, exemplifies how visionary public leadership combined with global technology and local expertise can drive large-scale digital transformation in education. Guided by strategic direction from the Governor and the Secretary of State for Science, Technology, Innovation, and Professional Education, the initiative aims to democratize access to world-class learning opportunities and strengthen the employability and digital skills of citizens, educators, and public servants.

While Coursera provides global-quality content, DOT ensures engagement, communication, and operational excellence through locally tailored strategies and learner support. This collaborative model resulted in engagement and completion rates far exceeding international averages. In recognition of these outcomes, the program received Coursera’s 2025 Engagement Award at Coursera Connect Mexico, standing out as a leading regional case.

This presentation explores how strategic public leadership, combined with global EdTech platforms and strong local partners, can create sustainable ecosystems of learning and inclusion. The Formação Avançada experience demonstrates that digital learning initiatives succeed not only through technology, but through policy vision, cultural contextualization, and a shared commitment to social impact.


2:30 PM - END OF ONLINE-ONLY CONFERENCE DAYS