Best Practices
- Project-Based Learning in Lab Courses
Encourages experiential learning through real-world case studies, hands-on experiments, and mini-projects integrated into each lab course, fostering innovation and problem-solving skills. - Credit Transfer against MOOC (NPTEL, Coursera, edX)
Promotes self-paced, lifelong learning by recognizing MOOCs from reputed platforms as credit-eligible courses, aligned with NEP-2020. - Competitive Coding Based Projects and Software Technology Lab
Enhances algorithmic thinking and coding efficiency through competitive programming modules, coding contests, and dedicated technology lab sessions. - Value-Added Courses to Supplement Students’ Learning
Includes specialized courses such as Cloud Programming with AWS, Advanced JavaScript, and IoT System Design to bridge industry-academia skill gaps. - Honors / Minors Specialization
Offers flexible academic pathways allowing students to pursue interdisciplinary expertise in areas like Data Analytics, AI & ML, Cybersecurity, andBlockchain. - Industry Co-Teaching
Industry experts co-deliver select modules and capstone courses, ensuring direct exposure to real-world practices and emerging technologies. - Transdisciplinary Immersion Programme at Hiroshima University
Provides global exposure and collaborative learning through academic immersion, research internships, and cultural exchange at an international partner university. - Student-Centric Teaching
Adopts learner-focused pedagogies including flipped classrooms, blended learning, peer mentoring, and continuous feedback for holistic student development. - Research and Innovation Culture
Encourages publication in Scopus/SCI-indexed journals, participation in hackathons, and filing of patents through faculty-student joint research initiatives. - Career Readiness and Global Certifications
Integrates certification pathways (AWS, Google Cloud, Microsoft Azure) and career readiness programs focusing on employability skills, soft skills, and interview preparation.