There is an increasing demand for professionals who possess both a deep understanding of energy systems and strong skills in the domain of computer applications. Traditional engineering or computer science programs often lack this interdisciplinary focus. The shift towards decentralized energy generation (e.g., rooftop solar) necessitates advanced computing for managing distributed energy resources, ensuring grid stability, and enabling peer-to-peer energy trading. For smart grids that optimize energy distribution to intelligent building management systems, computer applications are essential for designing, implementing, and maintaining these systems. Computer applications, with its ability to manage, analyse, and optimize complex energy systems, is crucial for this transition. An undergraduate program in Energy and Computer Application is forward thinking and highly beneficial due to the increasing intersection of these two critical fields.

Looking at the current changes in the market and increased application of computers in Energy domain, the department of Sustainable Engineering at TERI School of Advanced Studies starts offering Four-year UG Programme (FYUP) in Energy and Computer Applications (B.Sc.) / Five-year Integrated PG Programme (FYIPP) in Energy and Computer Applications (M.Sc.) from the session 2025-26. The programme is structured maintaining the ethos of NEP 2020 and curriculum is designed to equip the students with necessary knowledge, skills, training and understanding to solve the real-world problems in the domains of energy and computer applications. An integrated curriculum will allow students to work on real-world problems, such as developing energy management software, designing smart grid simulations, or creating AI models for energy forecasting. This practical experience is highly valued by employers.

The convergence of energy and computer applications are not a transitory trend but a fundamental shift in how we manage and utilize energy. A degree in this interdisciplinary field would equip students with skills that are highly relevant and in demand for decades to come, offering excellent job security and high earning potential.

In essence, an undergraduate / integrated post-graduate programme in Energy and Computer Applications would equip students with a unique and powerful skillset, preparing them to be leaders and innovators in the rapidly evolving landscape of sustainable energy and digital transformation.

Career Opportunities

1. Renewable Energy Companies: Developing software for solar, wind, and other renewable energy systems, optimizing their performance, and managing energy storage.
2. Smart Grid Development: Designing and implementing intelligent systems for energy transmission and distribution.
3. Energy Efficiency and Management: Creating software solutions for energy optimization in buildings, industries, and transportation.
4. Data Science in Energy: Analyzing vast datasets from energy systems to identify trends, predict consumption, and optimize operations.
5. Cybersecurity for Energy Infrastructure: Protecting critical energy infrastructure from cyber threats.
6. Energy Trading and Markets: Developing algorithms for optimized energy trading and forecasting.
7. Electric Vehicles (EVs) and charging Infrastructure: Developing software for EV battery management, charging networks, and grid integration.
8. Research and Development: Contributing to advancements in energy technologies and their computational aspects.

Eligibility

Senior Secondary School (10 + 2) Certificate, to include (Open School and Correspondence), in science or equivalent, from a recognized Board of Education with at least 50% marks in aggregate (best of 3 subjects + English).

Admission will be based on aggregate marks obtained in the qualifying Senior Secondary School Certificate Examination, followed by interaction/counselling.

CUET-UG score/NEET score/JEE mains score accepted