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Energy and Sustainability
Program Overview
The global imperative to decarbonize the fossil fuel sector and revolutionize industrial practices has positioned in-depth research across energy and sustainability as a paramount necessity. Navigating the multifaceted challenges of the energy transition, encompassing its inherently multidisciplinary nature, the intricate pathways for decarbonizing hard-to-abate industries, and the critical demand for economically viable and environmentally responsible solutions, requires comprehensive understanding and in-depth investigations.
Recognizing the catalytic role of research in overcoming these hurdles, the faculty at IIT Delhi and IIT Delhi – Abu Dhabi have established state-of-the-art research programs in the area of Energy and Sustainability. Their collective expertise spans innovative chemical processes, the development of sustainable materials, a diverse spectrum of energy technologies, intelligent electricity networks, sophisticated computational simulations, and the transformative application of artificial intelligence for optimizing complex energy systems.
Key Focus Areas
- Sustainable materials and clean energy technologies
- Smart energy networks and systems
- Computational simulations for energy systems
- AI-enabled energy optimization
- Industrial decarbonization and resilient infrastructure
Career Pathways
Graduates contribute to energy transition research in academia, industry, and government. Key pathways include:
- Research institutions and universities
- Energy and industrial R&D
- Government and advisory roles
- International organizations
- Technology entrepreneurship
Insider Look
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EVENT
KU & IITD-AD Joint Research Symposium: Advancing Energy, Sustainability, AI, and Cybersecurity
Registrations Open
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KU & IITD-AD Joint Research Symposium: Advancing Energy, Sustainability, AI, and Cybersecurity
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KU & IITD-AD Joint Research Symposium: Advancing Energy, Sustainability, AI, and Cybersecurity
EVENT
KU & IITD-AD Joint Research Symposium: Advancing Energy, Sustainability, AI, and Cybersecurity
Curriculum
Download PDFPh.D. students are required to complete coursework based on their previous qualifying degree, as shown below, followed by a written comprehensive examination related to their research topic and the presentation of a research plan to their research committee. Additionally, students must complete non-graded courses on communication skills/research writing and professional ethics. Coursework requirements may vary depending on the specific research problem and area. Degree awarded: Doctor of Philosophy (Ph.D.).
Type of the Course
- Coursework — 2 years M. Tech., M.S., M.S.(R), M.E., 5-year Integrated M. Tech., or equivalent
- Coursework — 4 year B. Tech., B.S., B.E. or equivalent
- Coursework — 2 years M. Sc. (after 3 years of B. Sc.), 5-year Integrated M. Sc., or equivalent
- Comprehensive Examination and Research Plan
- Research Work
- Overall
Course Names
- Coursework as advised, based on the qualifying degree
- Coursework as advised, based on the qualifying degree
- Coursework as advised, based on the qualifying degree
- Written comprehensive examination related to the research topic and presentation of a research plan to the research committee (Full-Time with Assistantship and Full-Time with Sponsorship: within 18 months; Part-Time: within 24 months)
- Independent research with the Student Research Committee evaluating each student's progress every semester; a typical Ph.D. project requires a total of 4-5 years to complete
Total Credits
- 6
- 12
- 12 – 20
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