Enabler C · Academic Innovation
Enabler C: Academic Innovation and Excellence
Short-Term Strategic Roadmap (0–2 Years) · Institutional Development Plan
Vision Statement
A future-ready academic ecosystem that ensures flexible, technology-integrated learning, enhanced skill development, strong industry alignment, and measurable student success in national and global opportunities.
23
Focus Areas
119
Strategic Goals
0–2
Year Horizon
- Restructure academic planning systems to strengthen multidisciplinary learning, student-centric curriculum pathways, and future-focused academic relevance.
- Diversify academic programs through interdisciplinary, industry-aligned, entrepreneurship-oriented, and emerging-domain offerings supporting future workforce requirements.
- Establish institutional mechanisms supporting customized degree design, learner flexibility, and personalized academic pathways aligned with student interests and professional aspirations.
- Strengthen modular and flexible curriculum frameworks through course-based registration, customized learning pathways, and flexible course baskets.
- Integrate industry-relevant skills, research-based learning, and experiential learning across undergraduate and postgraduate programmes.
- Develop new academic programmes in emerging domains such as Artificial Intelligence, Machine Learning, Data Science, Cybersecurity, FinTech, and Healthcare.
- Strengthen curriculum quality through Department Programme Assessment Committees aligned with evolving industry and workforce requirements.
- Establish Department Industry Academic Cells and Internship Banks to strengthen industry partnerships, internships, apprenticeships, and experiential learning.
- Establish a University–Industry Research Cluster to promote research internships, industry-linked research, and collaborative innovation.
- Strengthen alumni and faculty engagement to enhance mentoring, industry collaboration, consultancy, and curriculum relevance.
- Periodically review and modernize curricula in alignment with emerging technologies, professional competencies, and employment trends.
- Develop institutional policies and governance frameworks for implementing Multiple Entry–Multiple Exit (MEME).
- Strengthen stakeholder engagement with regulatory bodies, industry, and academic experts to guide curriculum modularisation.
- Pilot modular curricula across selected programmes with defined entry, exit, and credit pathways.
- Strengthen digital infrastructure, including Learning Management Systems (LMS), to support modular learning and credit tracking.
- Build faculty and student readiness through capacity-building programmes and awareness initiatives on MEME.
- Integrate employability skills across all academic disciplines including communication, digital literacy, constitutional values, inclusivity, financial literacy, entrepreneurship, and career readiness.
- Embed critical thinking, analytical reasoning, problem-solving, adaptive thinking, creativity, collaboration, and design thinking competencies within curriculum frameworks.
- Align employability-focused curriculum systems with NCrF, NHEQF, and institutional outcome-based education frameworks.
- Assess institutional readiness through stakeholder feedback, career outcomes, and programme performance.
- Align skill-based curricula with the National Higher Education Qualifications Framework (NHEQF), National Credit Framework (NCrF), and emerging industry requirements.
- Ensure that 20–30% of programme credits are allocated to skill-based courses.
- Introduce skill enhancement courses in emerging technologies, including Artificial Intelligence, IoT, cybersecurity, blockchain, automation, and digital technologies.
- Integrate digital competencies, professional skills, and technology-enabled learning across academic programmes.
- Establish institutional frameworks for blended learning, digital certification, and industry-aligned skill development.
- Document and disseminate best practices and case studies demonstrating successful student transitions to employment and higher education.
- Identify emerging technology gaps within existing curricula and integrate foundational knowledge areas including AI, machine learning, data analytics, blockchain, IoT, cloud computing, and cybersecurity.
- Develop digital learning strategies utilizing SWAYAM, Coursera, LinkedIn Learning, and other technology-enabled learning platforms.
- Strengthen innovation ecosystems and hybrid learning environments supporting future-of-work readiness and technology-integrated learning experiences.
- Establish the Centre for Curricular and Life Skills Development (CCLSD) with dedicated institutional frameworks, staffing systems, and structured operational mechanisms.
- Integrate communication skills, emotional intelligence, entrepreneurship, SDGs, Indian Knowledge Systems, and life-centric learning within CCLSD offerings.
- Launch structured workshops, certification programs, and blended learning modules supporting future-ready life skills and holistic learner development.
- Strengthen faculty ecosystems through continuous knowledge upgradation, research engagement, innovation-driven teaching practices, and industry participation.
- Implement structured faculty evaluation systems aligned with teaching effectiveness, research output, mentoring practices, and institutional engagement.
- Promote faculty participation in collaborative research projects, MOOCs development, industry consultancy, and socially linked academic initiatives.
- Implement Guru-Dakshta-based structured onboarding, with hybrid, application-driven induction replacing traditional orientation.
- Ensure faculty readiness through cohort-based integration, mentorship, and exposure to OBE, digital tools, and quality framewor.
- Strengthen the Centre for Educational Transformation through Technology (CETT) as the institutional hub for faculty development.
- Organize focused Faculty Development Programmes (FDPs) on OBE, mentoring, TDPCL, and other institutional priorities.
- Establish a structured Faculty Onboarding and Induction Programme.
- Expand faculty upskilling and cross-skilling in academic, research, digital, and professional competencies.
- Foster transdisciplinary teaching and research capabilities among faculty.
- Strengthen academic leadership through the Academic Leadership Series for Heads of Departments.
- Promote institutional core values, Indian Knowledge Systems (IKS), and digital competencies through capacity-building initiatives.
- Extend faculty development programmes to higher education institutions across India.
- Conduct institutional skill-gap assessments and strengthen the qualifications, competencies, and professional readiness of non-teaching staff across all departments.
- Organize structured training programs supporting technical skills, administrative efficiency, communication systems, and digital governance competencies.
- Strengthen institutional ERP systems and operational coordination mechanisms supporting efficient academic and administrative processes.
- Conduct institutional competency assessments to identify skill gaps and capacity-building needs among non-teaching staff.
- Review and strengthen role profiles, responsibilities, and competency frameworks across administrative functions.
- Organize structured training programmes in technical, administrative, digital, and professional competencies.
- Strengthen capacity-building initiatives aligned with key University priorities and institutional transformation initiatives.
- Strengthen the Enterprise Resource Planning (ERP) system to enhance administrative efficiency and service delivery.
- Review and strengthen study materials to enhance academic quality, relevance, and learner engagement.
- Strengthen library collections through high-quality print, digital, and online learning resources.
- Expand access to digital libraries, e-resources, and scholarly databases to support teaching, learning, and research.
- Strengthen faculty capacity in developing and effectively utilizing high-quality learning resources.
- Encourage faculty to develop and share institutionally relevant teaching and learning materials.
- Leverage digital technologies to enhance the accessibility, affordability, and effectiveness of learning resources.
- Introduce technology-enabled learning tools, including e-learning platforms, virtual learning environments, and immersive learning technologies.
- Review and strengthen question banks to ensure alignment with the curriculum, learning outcomes, and academic standards.
- Enhance question banks by incorporating diverse assessment formats that evaluate knowledge, application, critical thinking, and problem-solving.
- Strengthen faculty capacity in question design, assessment practices, and effective utilization of question banks.
- Establish structured student feedback mechanisms to improve question quality, relevance, and assessment effectiveness.
- Develop standardized rubrics and cognitive-level frameworks to ensure transparency, consistency, and balanced assessment.
- Establish a structured assignment framework incorporating question banks, term papers, practicums, and project-based learning.
- Strengthen continuous assessment through timely assignment submission, evaluation, and feedback mechanisms.
- Encourage comprehensive student engagement with question banks through assignment-based learning.
- Develop a digital system to monitor assignment submission, evaluation, and academic progress.
- Promote assignment design aligned with course outcomes and higher-order learning.
- Strengthen academic policies to support flexible and learner-centric assessment practices.
- Build faculty capacity in formative, summative, peer, and self-assessment methodologies.
- Strengthen digital infrastructure to support online, blended, and technology-enabled assessments.
- Pilot on-demand and make-up assessment mechanisms across selected academic programmes.
- Introduce interdisciplinary and skill-based learning components within the curriculum to support flexible assessment.
- Strengthen foundational, professional, and digital competencies to enhance employability and workplace readiness.
- Align skill-based curricula with industry requirements to address emerging competency gaps.
- Introduce skill enhancement programmes in high-demand and emerging technology domains to strengthen career opportunities.
- Develop leadership, communication, innovation, and entrepreneurial competencies to prepare graduates for diverse career pathways.
- Promote lifelong learning through flexible, modular, and stackable skill programmes aligned with the National Higher Education Qualifications Framework (NHEQF) and National Credit Framework (NCrF).
- Strengthen self-directed learning through MOOCs, guided learning resources, and technology-enabled learning platforms.
- Enhance collaborative learning through discussion forums, group activities, peer feedback, and synchronous and asynchronous learning approaches.
- Promote experiential and transdisciplinary learning through project-centric learning, laboratory sessions, fieldwork, industry internships, and innovation activities.
- Encourage student engagement in research through paper reviews, conference presentations, journal publications, and innovation leading to intellectual property generation.
- Strengthen professional, life, and digital competencies through learner support, mentoring, and inclusive learning systems for diverse learners.
- Expand SMART classrooms, blended learning, flipped classrooms, and intelligent tutoring systems to enhance learner engagement.
- Develop a comprehensive assessment ecosystem integrating feedback from peers, faculty, and industry mentors to strengthen holistic student development.
- Establish a Cultural Heritage Innovation Network through partnerships with cultural practitioners to integrate traditional knowledge with contemporary learning.
- Strengthen financial support mechanisms through industry and alumni partnerships to enhance equitable access to education.
- Establish structured collaborations with community organizations to promote service learning, teamwork, and character development.
- Strengthen strategic partnerships with industries through formal MoUs to expand internships, apprenticeships, and Earn While You Learn opportunities.
- Develop an institutional framework for integrating the Earn While You Learn model within academic programmes.
- Introduce on-campus employment opportunities, including library, research, innovation, and event support roles.
- Strengthen alumni engagement to support mentorship, networking, and funding for Earn While You Learn initiatives.
- Promote student participation in industry-linked work opportunities that provide professional experience and financial support.
- Introduce flexible credit pathways enabling students to earn credits through internships, research, and project-based learning beyond their major disciplines.
- Provide opportunities for students to undertake courses through online and cross-institutional learning platforms for credit transfer.
- Expand access to interdisciplinary certificate programmes and value-added certifications to strengthen academic and professional competencies.
- Strengthen academic policies supporting flexible learning pathways and learner mobility.
- Organize Design Thinking, Innovation Bootcamps, and Ideation Labs to strengthen creativity, critical thinking, and problem-solving.
- Establish Research and Innovation Cells across departments to support student research, innovation, and entrepreneurship.
- Strengthen student research competencies through training in research methodology, intellectual property rights, innovation, and product development.
- Promote interdisciplinary research projects in emerging domains, including advanced intelligent technologies, data science, sustainable energy, and healthcare.
- Organize Innovation and Research Showcases, hackathons, and start-up challenges to promote research, innovation, and SDG-driven solutions.
- Launch an Innovation Fellowship Programme to support student-led research, prototype development, and entrepreneurial ventures.
- Expand international research collaborations through student exchange programmes and academic partnerships.
- Strengthen international academic engagement through participation in global conferences, seminars, symposiums, and knowledge-sharing platforms.
- Establish a digital repository of international research publications, case studies, and expert lectures to support global learning.
- Strengthen foreign language learning initiatives to enhance multilingual competencies and global communication skills.
- Expand institutional support for students applying to international scholarships, fellowships, and academic mobility programmes.
- Strengthen collaborations with international universities to introduce dual-degree, joint-degree, and collaborative academic programmes.
- Leverage advanced digital technologies and virtual exchange platforms to enhance global learning and cross-cultural engagement.
- Develop institutional metrics to monitor entrepreneurship outcomes and impact.
- Strengthen coordination and integration of entrepreneurship initiatives across the University.
- Introduce foundational courses, innovation bootcamps, and design thinking workshops to cultivate entrepreneurial competencies.
- Integrate entrepreneurship education across academic programmes.
- Establish structured mentorship, networking, and industry-specific start-up challenge programmes.
- Develop institutional support systems for start-ups, including seed funding, legal and intellectual property assistance, and a digital entrepreneurship portal.
- Establish dedicated initiatives supporting women entrepreneurs, entrepreneurship awards, and alumni engagement.
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Key Indicator · Expected Outcome
Future-ready graduates, stronger industry alignment, and measurable learning outcomes.
Leadership Driving this Enabler
8 members of the Enabler C committee.
| Name & Designation | Position |
|---|---|
| Dr. Shradha Kanwar, Chief Academic Officer | Chairperson |
| Dr. S Kiran, Deputy Dean, Academics | Convenor |
| Dr. Sridhara Murthi K R, Advisor, Chancellor's Advisory Board | Member |
| Dr. Srividya Shivakumar, Director, School of Allied Healthcare and Sciences | Member |
| Dr. Sagar Gulati, Director, School of CS and IT | Member |
| Dr. Simmy Kurian, Deputy Director, CMS B-School, Off-Campus, Kochi | Member |
| Dr. Neelima M, Deputy Director (In-Charge), School of Commerce | Member |
| Dr. Beemkumar N, Professor, Mechanical Engineering, FET | Member |