In an interview with Dr. Gaurav Sethi, Professor and Dean, School of Electronics and Electrical Engineering, Lovely Professional University, TimesTech explores how LPU is preparing engineering students for an AI-driven future. Dr. Sethi discusses the university’s industry-aligned curriculum, hands-on learning approach, strong industry collaborations, and focus on emerging technologies that equip graduates with the skills needed to thrive in a rapidly evolving technology landscape.
Read the full interview here:
TimesTech: How is LPU preparing engineering students for the rapid growth of AI, robotics, and emerging technologies?
Gaurav: The courses offered at Lovely Professional University in the field of engineering are designed in line with the ever-evolving technological environment. Students learn about the practical aspects of artificial intelligence, robotics, machine learning, the Internet of Things (IoT), cybersecurity, and data science. The collaboration of Lovely Professional University with the best technology companies from around the globe and other activities like research-based learning, hackathons, internships, etc., make sure that the students not only have good knowledge but also practical skills.
TimesTech: With technology evolving rapidly, how is LPU ensuring that its engineering curriculum remains industry-relevant and future-ready?
Gaurav: In an environment where technology changes at a rapid pace, LPU continues to make changes in its engineering syllabus so that it reflects the trends within the industry in the future. LPU makes use of various other disciplines, including artificial intelligence, robotics, data science, cybersecurity, and emerging technologies within academic programs. Various industry linkages, practical learning, real-world projects, internships, and use of tools help students gain practical knowledge. By encouraging innovation, creativity, and lifelong learning, LPU aims to ensure that engineers are prepared for evolving technologies in the industry.
TimesTech: What role do hands-on learning, live projects, and industry exposure play in developing job-ready engineers at LPU?
Gaurav: In Lovely Professional University (LPU), practical learning, practical project work, internships, and industrial exposure form the basis for creating professionally skilled engineers. The process enables students to relate their theoretical knowledge to practical challenges by means of practical training, industrial projects, and workshops. It helps the students gain proficiency in technical knowledge, problem-solving, teamwork, communication, and adaptability skills. Engaging in industrial interaction and practical learning makes the students understand industrial requirements and prepares them as competent professionals.
TimesTech: How can engineering education bridge the gap between academic knowledge and the skills employers seek in the technology sector?
Gaurav: Engineering education can help fill this void by going past theoretical knowledge and concentrating on practical skills that can be applied in the industry. Live projects, internships, hackathons, new technologies, and collaborations with the industry can be incorporated into the academic system. Interacting with industry professionals can give students an idea about the changing needs of the workplace. At the same time, skills such as problem-solving, communication, teamwork, flexibility, and continuous learning cannot be overlooked. This way, the right ecosystem will be created through collaboration between academia and the industry.
TimesTech: As AI transforms traditional engineering roles, what new career opportunities do you foresee for the next generation of engineers?
Gaurav: As AI transforms traditional engineering roles, it is also creating exciting new career opportunities. Engineers will increasingly work in fields such as AI and machine learning, robotics, autonomous systems, smart manufacturing, cybersecurity, renewable energy, and sustainable infrastructure. The future will favour professionals who combine strong engineering fundamentals with digital and interdisciplinary skills. Engineers will not simply use AI; they will design, manage, and innovate with it. This shift will create opportunities for problem-solvers who can bridge technology, creativity, and real-world applications.
TimesTech: What key technology and engineering innovations is LPU focusing on to contribute to India’s vision of becoming a global technology leader?
Gaurav: LPU is concentrating its efforts on cutting-edge technologies like Artificial Intelligence, Machine Learning, Robotics, Data Science, Cybersecurity, IoT, and Semiconductor Technologies in order to equip students for the changing technology environment in India. LPU is increasing its efforts in industry-academia partnerships, encouraging interdisciplinary research and innovations and developing entrepreneurship spirit among students through engaging them in solving real-world problems. Through the adoption of innovative technologies along with practical learning, LPU aims to develop a future-ready workforce that can contribute towards technological advancements in India.
