In an interview with EduKida, Er. Lakshman Havish, Vice President of KLEF Deemed to Be University, and a philanthropist and film actor/producer in the South Indian film industry, spoke about advanced engineering, collaborations, trends, and more.

1. What inspired you to pursue a degree in Industrial Engineering from Purdue University, and how has that experience shaped your approach to education?
   My decision to study Industrial Engineering at Purdue University was driven by my passion for optimizing systems and improving efficiencies. Purdue’s rigorous curriculum and hands-on approach to problem-solving helped me develop a deep understanding of technology, innovation, and management. This experience has greatly influenced my approach to education at KLEF Deemed to Be University, where we emphasise a blend of academic excellence, practical exposure, and industry collaboration to prepare students for real-world challenges.
   
2. How does the institution advance engineering and technology education to prepare students for emerging fields?
   At KLEF, we are committed to staying ahead of technological advancements by continuously updating our curriculum and integrating interdisciplinary learning. We offer specialized programs in AI, cybersecurity, data science, and renewable energy to align with global industry demands. Our focus is on experiential learning, where students engage in research projects, internships, and hackathons to develop problem-solving skills essential for the future.
   
3. Can you share some key initiatives taken to strengthen industry-academia collaborations in technical fields?
   Industry-academia partnerships are at the core of our education model. We have established Centers of Excellence in collaboration with leading companies, where students work on live industry projects. Our university has also signed MoUs with global corporations, enabling knowledge-sharing, research collaborations, and placement opportunities. Regular industrial visits, expert lectures, and mentorship programs further bridge the gap between academic learning and industry expectations.
   
4. How is AI, robotics, and automation being integrated into the curriculum to align with Industry 4.0 trends?
   We have restructured our engineering programs to include AI, machine learning, IoT, and robotics as core components. Students have access to state-of-the-art labs where they can develop and test automation solutions. Our curriculum emphasizes hands-on learning through projects, competitions, and collaborations with tech firms, ensuring that graduates are well-equipped for Industry 4.0-driven careers.
   
5. What steps are being taken to bridge the gap between theoretical knowledge and industrial applications for engineering students?
   We believe that engineering education should go beyond textbooks. Our students participate in real-world projects, industry internships, and global exchange programs that provide practical exposure. We also promote problem-based learning, where students tackle industry case studies and prototype innovative solutions. Through our incubation center, students can transform their ideas into market-ready products, ensuring they graduate with both knowledge and experience.
   
6. In your view, what role does technology-driven entrepreneurship play in economic growth, and how are aspiring student entrepreneurs being supported?
   Technology-driven entrepreneurship is a key driver of economic development, fostering innovation and job creation. At KLEF Deemed to be University, we nurture aspiring entrepreneurs through our startup incubation center, where students receive mentorship, funding opportunities, and networking support. Our entrepreneurship programs provide hands-on training in business strategy, product development, and market analysis, enabling students to launch and scale their ventures successfully.
   
7. Digital learning is transforming education. How are teaching methods evolving through smart classrooms and digital tools?
   We have embraced digital transformation by integrating smart classrooms, AI-driven learning platforms, and virtual labs into our teaching methodology. Interactive simulations, real-time assessments, and data-driven insights help faculty personalize learning experiences. Our hybrid education model combines traditional teaching with online modules, ensuring flexibility and accessibility for students.
   
8. AI and machine learning are reshaping many industries. How are students being prepared to navigate these technological disruptions?
   Our curriculum includes dedicated courses on AI, ML, and data analytics, ensuring that students acquire the necessary skills to thrive in a tech-driven world. We also encourage participation in AI research projects, coding bootcamps, hackathons, ideathons, joint research, interdisciplinary presentations and global competitions. Industry experts regularly conduct workshops and seminars to keep students updated on the latest advancements, ensuring they remain competitive in the job market.
   
9. As someone who balances academic leadership, entrepreneurship, and acting, how do you manage multiple career paths while driving innovation?
   Passion, time management, and a strong vision are key to balancing multiple pursuits. Education is my foundation, entrepreneurship fuels my drive for innovation, and acting allows me to explore creativity. I believe that every field I engage in complements the other, enabling me to bring fresh perspectives to both academia and business. Surrounding myself with a dedicated team and staying adaptable helps me manage these roles effectively while contributing to meaningful change.
   
10. Finally, what advice would you give to students aspiring to become globally competitive engineering graduates in today’s rapidly evolving technological landscape?
    Stay curious, be adaptable, and never stop learning. The future belongs to those who embrace change and continuously upgrade their skills. Engineering is no longer confined to one domain—interdisciplinary knowledge, hands-on experience, and an entrepreneurial mindset are essential for success. Network with industry professionals, participate in global competitions, and focus on real-world problem-solving. Most importantly, remain passionate about making a difference, and success will follow.

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