Energy and Environment
Programme Overview
Department of Sustainable Engineering (DSE) at TERI School of Advanced Studies (TERI SAS) provides a competent and vibrant environment to PhD students for achieving academic excellence of highest global standards and the opportunity to nurture an independent, analytical and critical thinking. The mode of operation and key features of the doctoral programme are governed by the provisions as laid down in ‘TERI School of Advanced Studies Ph.D. Regulations-2019'. While the emphasis is laid down on interdisciplinary approaches, disciplinary thrust is maintained with focus on a range of themes such as energy, urban development, climate science and environment resources.
Programme Outcome
At the end of Ph.D. programme, the students should be able to:
• Develop an understanding of research, philosophy and domain knowledge for addressing current research problems and identifying emergent themes in the area of specialization.
• Critically apply concepts, methods, and learning to address underlying queries in their discipline of research as well as imbibe the spirit of inquiry and solution-oriented ideas.
• Engage in the research of impact in the fundamental discipline or an interdisciplinary research.
• Understand and apply scientific methods, tools, and techniques to carry out high quality research work.
• To have intellectual independence, creative scholarship and ingenuity in tackling and solving research problems.
• Cultivate and demonstrate skills in articulating their research outputs in scientific writing, oral presentation and publishing the results of their research in conferences and journals of repute, maintaining high ethical standards in research and academia.
• Demonstrate their skills and knowledge at conceptualizing, planning and executing research independently and/or in team that extends the existing horizons of interdisciplinary research/thematic
Preferred areas of research interest
• Urban housing policy
• Migration, sustainable and smart cities
• Built Environment
• Emerging anthropogenic pollutants and contaminants
• Geogenic contaminants
• Air pollution and its linkages with climate dynamics
• Justice and climate change
• Polycentricity in climate change governance
• Energy-economy-environment interaction modelling
List of vacant PhD positions
S.No. |
Thematic Area(s): |
PhD positions available for Academic Year 2022-23 admission |
Faculty |
1 |
Urban housing policy |
1 |
Dr Abhijit Datey |
2 |
Urban heritage, tourism |
1 |
Dr Bhawna Bali |
3 |
Air quality modelling, hydrological modelling, business sustainability of SMEs, air pollution policy |
1 |
Prof Prateek Sharma |
4 |
Power system stability and grid integration issues |
1 |
Dr Naqui Anwer |
Admission
Admission will be made based on written tests and interview. A weightage of 70% to the written test and 30% to the performance in interview shall be given. Written test will have two papers of equal weightages (35% each). Paper I will be on 'Research Methodology' which will be a common paper for admission in all departments of the University. Paper II will be department/subject specific.
Eligibility criteria
Master’s degree in a relevant field or equivalent with at least 55% marks in aggregate or an equivalent grade in a point scale wherever grading system is followed.