The international conference “Beyond Boundaries: Multidisciplinary Education and Research for a Rapidly Transforming Scientific World” reflects the core vision of India’s National Education Policy (NEP) 2020, which advocates holistic, flexible, and multidisciplinary education as the foundation for future-ready learning and research ecosystems. NEP - 2020 recognizes that contemporary scientific challenges are complex, interconnected, and global in nature, requiring educational models that transcend traditional disciplinary boundaries and promote integrative thinking across domains. In this context, rapid advancements in artificial intelligence, biotechnology, climate science, data analytics, and digital innovation are profoundly reshaping how knowledge is created, shared, and applied. The conference, therefore, underscores the urgent need to integrate the sciences, social sciences, humanities, and technology within both teaching and research frameworks. Such interdisciplinary convergence is essential for nurturing critical thinking, creativity, ethical reasoning, and strong problem-solving capacities among learners and researchers. Through sustained dialogue, collaboration, and exchange of best practices, the conference envisions a shift from traditional subject-centric approaches to a socially responsive and innovation-driven academic culture capable of addressing pressing national and global challenges.

In alignment with NEP 2020’s emphasis on research orientation, innovation, and institutional collaboration, the conference provides a platform for meaningful dialogue among educators, researchers, policymakers, industry experts, and students. It promotes outcome-based education, translational research, and ethical, socially responsive innovation, encouraging academic ecosystems that connect education with societal needs and Sustainable Development Goals (SDGs), thereby strengthening institutional partnerships and fostering research cultures capable of addressing contemporary national and global challenges.

The conference holds particular relevance for the Indian subcontinent, a region characterized by rich diversity and complex challenges in public health, environmental sustainability, education, and inclusive growth, all of which require interdisciplinary and context-sensitive solutions. Addressing issues such as climate change, health transitions, digital inequities, and sustainable development demands the integration of scientific, technological, social, and policy perspectives. By strengthening multidisciplinary academic frameworks and revitalizing India’s long-standing tradition of integrative knowledge systems, the conference aims to advance future-ready education and research practices that are locally rooted and globally relevant, thereby enabling the region to play a more active and influential role in the global scientific community.

In the era of complex global challenges, conventional single-discipline approaches are often insufficient. Integrative sciences emphasize the convergence of multiple scientific domains to create holistic insights, innovative methodologies, and transformative solutions. This track explores how interdisciplinary research, ranging from computational biology to materials science, can accelerate knowledge creation and application. It fosters collaboration across traditionally separate fields, ensuring that research outcomes address real-world problems effectively.

Focus Areas:

• Systems Biology and Bioinformatics

• Nanotechnology and Materials Science Convergence

• Computational Modeling in Multidisciplinary Research

• Environmental Science and Climate Change Mitigation

• Interdisciplinary Approaches to Public Health

The rapid emergence of new technologies, including AI, AR/VR, blockchain, and quantum computing, is reshaping education and research globally. This track examines how these innovations can enhance learning, teaching, and research methodologies, promoting a dynamic, adaptable, and technologically empowered academic ecosystem. Understanding the integration of technology in education ensures that students and researchers are prepared for the demands of a knowledge-driven, rapidly evolving scientific landscape.

Focus Areas:

• Artificial Intelligence in Education and Research

• Virtual Reality, Augmented Reality, and Simulations for Learning

• Blockchain for Academic Integrity and Credentialing

• Emerging EdTech Tools for Research Collaboration

• Automation and Data Analytics in Curriculum Design

Global health challenges, from pandemics to lifestyle diseases, demand solutions informed by multidisciplinary research. This track emphasizes the intersection of biomedical sciences, public health, social sciences, and policy-making to create sustainable health solutions. Linking health with sustainable development goals ensures that research transcends academic boundaries to influence societal well-being, equity, and global resilience.

Focus Areas:

• Pandemic Preparedness and Translational Research

• One Health: Integrating Human, Animal, and Environmental Health

• Nutrition, Lifestyle, and Non-Communicable Diseases

• Health Policy, Ethics, and Multidisciplinary Research

• Sustainable Health Systems and Community Interventions

Data is the new currency of scientific advancement. Computational and data-driven research facilitates the discovery of patterns, predictions, and actionable insights across disciplines, from genomics to social sciences. This track highlights the role of big data, machine learning, and high-performance computing in accelerating research, fostering collaboration, and solving complex global problems. It also addresses the ethical and methodological considerations of interdisciplinary data utilization.

Focus Areas:

• Machine Learning and Artificial Intelligence Applications

• Big Data Analytics in Health, Environment, and Industry

• Predictive Modeling and Decision Support Systems

• Computational Neuroscience and Cognitive Research

• Ethical Considerations in Data-Driven Research

The world faces unprecedented environmental and energy challenges requiring interdisciplinary approaches. This track focuses on sustainable solutions informed by science, technology, policy, and economics. It explores how cross-sectoral research can drive climate action, renewable energy adoption, and responsible resource management. Linking education, innovation, and policy ensures that future scientists and leaders can tackle environmental challenges effectively and sustainably.

Focus Areas:

• Climate Change Adaptation and Mitigation Strategies

• Renewable and Green Energy Technologies

• Circular Economy and Resource Efficiency

• Environmental Policy, Governance, and Education

• Smart Cities and Sustainable Urban Development

Scientific innovation does not occur in a vacuum; it intersects with societal norms, ethical considerations, and policy frameworks. This track investigates how multidisciplinary research informs responsible innovation, governance, and societal transformation. Emphasizing ethical, legal, and social implications ensures that scientific advances are inclusive, equitable, and socially accountable, bridging the gap between technological capability and human values.

Focus Areas:

• Science Policy and Governance

• Ethics of Emerging Technologies

• Responsible Innovation and Societal Engagement

• Public-Private Partnerships in Research and Innovation

• Cross-Cultural Perspectives in Science and Technology

Bridging the gap between academia and industry is critical for innovation, commercialization, and societal impact. This track highlights collaborative models, entrepreneurial initiatives, and knowledge transfer mechanisms that enable research to translate into market-ready solutions and economic growth.

Focus Areas:

• Technology Transfer & Commercialization

• Startup Incubation & Entrepreneurship

• Industry-Academia Research Partnerships

• Innovation Ecosystems & Funding Models

• Skill Development for Industry Readiness

The 21st-century scientific world requires researchers and professionals who are not only knowledgeable but also adaptable, innovative, and collaborative. This track emphasizes the development of leadership, critical thinking, and multidisciplinary skills to prepare learners for dynamic scientific, technological, and social environments.

Focus Areas:

•  Leadership in Research & Academia

• Critical Thinking & Problem-Solving

• Multidisciplinary Skill Development

• Communication & Collaboration Skills

• Lifelong Learning & Adaptability

Aims:

The conference aims to provide a global platform for scholars, educators, researchers, and professionals to exchange knowledge, foster interdisciplinary collaboration, and explore innovative approaches to education and research in response to rapid scientific and technological transformation.

Objectives:

1. To promote multidisciplinary dialogue across sciences, technology, humanities, and allied fields.

2. To examine emerging trends, challenges, and opportunities shaping contemporary education and research.

3. To encourage collaborative research and cross-sector partnerships beyond traditional disciplinary boundaries.

4. To showcase innovative methodologies, best practices, and impactful research outcomes.

5. To support capacity building among early-career researchers and students through knowledge sharing and mentorship.

6. To contribute to sustainable, inclusive, and future-oriented academic and research ecosystems.

The MIS-SSC-2026 conference is intended for academicians, researchers, scientists, and educators from diverse disciplines; industry professionals and practitioners; policymakers and administrators in education and research institutions; doctoral scholars and postgraduate students; and representatives from research organizations, funding agencies, and interdisciplinary networks interested in advancing multidisciplinary education, research, and innovation in a rapidly evolving scientific landscape.

Research Scholars are especially encouraged to present their work on their topic.

The conference is expected to foster meaningful interdisciplinary collaboration and generate new perspectives on education and research in a rapidly transforming scientific world. It will facilitate the exchange of innovative ideas, methodologies, and best practices across disciplines, leading to potential collaborative research initiatives and academic partnerships. Participants are expected to gain enhanced understanding of emerging trends, technologies, and policy frameworks influencing multidisciplinary education and research. The conference will also contribute to capacity building among early-career researchers and students, promote high-quality scholarly output, and support the development of sustainable, inclusive, and future-ready academic and research ecosystems.

The seminar will provide the following benefits:

• Publication opportunity in a Peer-reviewed, Refereed International Research Journal.

• Best Paper and Poster presentation award announced from a block of 3 papers in each track at the seminar valedictory session.

Submit Abstract/full paper at 

seminartrd@gmail.com