
- Academic Papers
- Case Studies
- Work in-Progress Papers
- PhD Papers
- Masters Papers
- Posters and Presentations
- Non- Academic or Practitioner Contributions
Aims and Scope
The International Conference on Education Research (ICER) is an opportunity for academics, practitioners and consultants from around the world who are involved in the study, management and development of education research related issues to come together and exchange ideas. There are several strong strands of research and interest that are developing in the area including the use of technology in teaching and learning, active learning and student engagement, assessment and feedback, curriculum design and delivery, inclusive teaching and learning and teaching for social justice to mention only a few.
The aims of the conference now not only include sharing academic research but also fostering dialogue among practitioners, policymakers, and scholars to address pressing issues facing organizations and institutions today. The 2025 call for papers for the ICER is interested in contributions that consider the following topics. In addition, the committee welcomed papers on a number of specialist mini-tracks which can be seen at the end of this list.
The Use of Technology in Teaching and Learning
- Blended Learning Environments
- Educational Technology Tools
- Impact of Virtual Reality in Education
- E-learning Platforms and Accessibility
Active Learning and Student Engagement
- Cooperative Learning Strategies
- Gamification in Education
- Role of Discussion in Active Learning
- Engaging Diverse Learners
Assessment and Feedback
- Formative vs. Summative Assessment Techniques
- Peer Assessment Approaches
- Importance of Timely Feedback
- Digital Tools for Assessing Student Work
Curriculum Design and Delivery
- Integrating Interdisciplinary Approaches
- Developing Culturally Relevant Curriculum
- Online Curriculum Development Strategies
- Monitoring and Evaluating Curriculum Effectiveness
Inclusive Teaching and Learning
- Universal Design for Learning (UDL)
- Strategies for Supporting Diverse Learners
- Addressing Implicit Bias in Education
- Creating Inclusive Learning Environments
Teaching for Social Justice
- Critical Pedagogy Approaches
- Curriculum for Social Change
- Empowering Marginalized Voices
- Community Engagement in Education
Assessment Practices and Strategies
- Authentic Assessment Methods
- Designing Rubrics for Effective Assessment
- Using Analytics to Inform Assessment Practices
- Continuous Improvement in Assessment Strategies
Constructive Feedback on Completed Assessments
- Best Practices for Providing Feedback
- Balancing Critique and Encouragement
- Feedback Loops in Learning Cycles
- Using Technology to Enhance Feedback
Module Development in the New Digital Era
- Best Practices for Online Module Design
- Incorporating Multimedia in Course Content
- Student-Centered Approaches to Module Development
- Evaluating Online Learning Modules
Curriculum Development, Implementation, and Monitoring
- Strategies for Effective Curriculum Implementation
- Feedback Mechanisms for Curriculum Improvement
- Engaging Stakeholders in Curriculum Development
- Evaluating Learning Outcomes
Module Throughput and Success
- Factors Influencing Student Success
- Strategies to Improve Module Completion Rates
- Analyzing Dropout Rates in Modules
- Support Systems for Struggling Students
Teaching and Learning Pedagogies
- Innovative Teaching Strategies
Mini Tracks
Learning, Teaching and Pedagogy of Artificial Intelligence in STEM Education
Mini Track Chair: Dr Adrian A. Adascalitei, ”Gh. Asachi” Technical University, Iasi, Romania
Artificial Intelligence (AI) is progressing at an unprecedented rate, with generative AI and related technologies leading this transformative shift. These advancements are set to reshape education in significant ways, offering novel opportunities to enhance both teaching and learning processes. At the same time, more ‘traditional’ AI techniques continue to be developed, bringing in new insights. AI is expanding the horizons of what is achievable in education, enabling the creation of personalised and dynamic learning experiences. As these technologies continue to evolve, they equip educators with powerful tools to gain deeper insights into student needs, tailor instruction and resources to individual learning paths, and promote greater student engagement. AI is no longer merely an auxiliary tool — it is fundamentally transforming the core of educational practices, making learning environments more adaptive, accessible, and impactful. This track aims to consider approaches to teaching, learning and evaluations of AIED systems and environments that relate to pedagogical techniques, learning processes, and outcomes. Learning targeted here refers to both formal and informal learning, including game-based learning; digital collaborative/cooperative and group learning; social networks etc. Both quantitative (survey, correlational, comparative, experimental etc.) and qualitative (case study, ethnography, phenomenology, grounded theory, action research etc.) analysis, as well as mixed-methods approaches are welcome.
Topics may include but are not limited to
- AI-assisted tutoring and scaffolding;
- Interactive pedagogical agents and learning companions;
- Data-driven modeling (educational data mining, deep learning, machine learning,…);
- Learning analytics and teaching support,
- Learning with simulations;
- Explainability of models for teaching and learning.
Education Research in Sustainable Development
Mini track Chair: Dr Ockert R. Pretorius, Department of Urban and Regional Planning, University of Johannesburg
The aim of this mini track is to explore the role of education in fostering sustainable development in diverse contexts of research, policy, and practice. Guided by the transdisciplinarity required for the achievement of the Sustainable Development Goals, this track provides an opportunity for academics, policymakers, industry stakeholders, and students to collaborate and discuss current challenges, potential solutions, and opportunities to enhance the methods and approaches to knowledge transfer and learning that support sustainability transitions. Education approaches in the context of economic, social, and environmental disruptions must be change-orientated and focussed on catalysing transformation across policy, curriculum, theory, and practice. This is especially relevant in the dynamic settings of the built environment and in response to emerging social and environmental imperatives. Approaches that support knowledge co-creation and active student participation are central to achieving this aim. Research themes in this mini track are centred on pedagogical models to incorporate sustainability in the teaching and learning process; innovative teaching approaches; application of technology; curriculum transformation toward sustainability imperatives; and emerging trends in research and practice. This mini track seeks to broaden the debate on the role of Scholarship of Teaching and Learning in sustainable development and encourages the sharing of research findings, innovative solutions, and case studies toward this end.
- Innovative teaching approaches to engage students in aspects of sustainable development.
- Application of technology to enhance sustainability knowledge transfer.
- Curriculum transformation initiatives toward integrating aspects of sustainability within a transdisciplinary context.
- Emerging trends in sustainability education research and practice.
- Pedagogical models to incorporate sustainability in the teaching and learning process.
Important Dates
Abstract submission deadline | STILL ACCEPTING ABSTRACTS |
Notification of abstract acceptance | 30 April 2025 |
Full paper due for review | 05 June 2025 |
Notification of paper acceptance (with any requested changes) | 14 August 2025 |
Earlybird registration closes | 28 August 2025 |
Final paper due (with any changes) | 11 September 2025 |
Final Author payment date | 02 October 2025 |