Ph.D in Engineering and Applied Sciences
A full time and part time doctoral programme that offers rigorous research training, close faculty mentoring and access to high quality, continually upgraded science and engineering laboratories.
Ph.D in engineering and applied sciences overview
This is a research intensive programme that enables scholars to work closely with faculty on interdisciplinary problems across core engineering and applied science domains. With high quality laboratories, strong research infrastructure and projects funded by leading Indian government agencies, scholars are encouraged to pursue original work that leads to publications in reputed international journals Students experience:
Work closely with leading faculty
on interdisciplinary engineering and applied sciences projects, with regular supervision, research group interaction and exposure to externally funded national collaborations.
Follow a structured doctoral journey
with prescribed coursework, research initiation and comprehensive examination, then intensive research, publications and thesis defence typically completed in four years.
Access high quality research infrastructure
in upgraded science and engineering laboratories, supported by sponsored projects and collaborations that expose scholars to experimental and computational tools.
Engage with global research themes
through the Mahindra University and Virginia Tech centre, in topics such as artificial intelligence, smart cities and sustainable energy systems.
Programme details
Academic structure
The Ph.D. is structured around independent research and mentorship with faculty supervisors. Coursework, where required, will support the development of research methods and theoretical foundations for inquiry. Candidates refine their scholarly expertise while contributing original work to the field.
Eligibility:
- A Master’s degree in Engineering, Technology, Science, Humanities or Social Sciences with a minimum CGPA of 6.00 on a 10-point scale (or 60% marks); OR
- A B.Tech or equivalent with at least CGPA 7.00 on a 10-point scale (or 70% marks) with a valid GATE score or national fellowship such as UGC/CSIR/DBT/INSPIRE.
- The requirement for GATE/National examination may be waived for graduates from Centrally Funded Technical Institutes (with appropriate CGPA), as outlined in the official admission notification.
Admission process
- Submit the online application via the Mahindra University admissions portal
- Academic record and research proposal review
- Selection interview/assessment with faculty and research supervisors
- Offers issued to successful candidates
Important dates:
Applications open: To be announced
Shortlisting for interview: To be announced
Entrance test / interview: To be announced
Results announcement: To be announced
Programme (Fall semester) start: To be announced
Fee structure:
| Category | Annual fees | Notes |
|---|---|---|
| Academic fees | ₹50,000 | Standard academic fee per year for Ph.D. students. |
| Security deposit | ₹20,000 | One-time refundable security deposit. |
| Ph.D. assistantship | ₹30,000 per month + boarding & lodging | For full-time scholars; includes mandatory 8 hours/week TA duties. |
Fees are subject to revision by the University.
| Discipline / Area | Specialized Research Areas |
|---|---|
| English Literature & Cultural Studies | Women’s Writing, Indian Writing in English, Cultural Studies, Urban Studies, Postcolonial Literature, Digital Humanities, Medical Humanities, Energy Humanities, Posthumanism, South Asian Fiction, Literatures from the Global South, Graphic Narratives, Feminist Literary Studies, Crime Fiction and Detective Narratives, Law and Literature, Affect Theory, Literature and Cognition, African Literatures, Literature and the Body, Literature and Technology |
| Philosophy | Philosophy of Mind, Philosophical Logic, Consciousness, Ethics, Professional Ethics, Indian Philosophy, Analytical Philosophy |
| English Language Education (ELE) | English as a Second Language (ESL), Teacher Training and Professional Development, Classroom-based Research |
| Economics | AI in Economics, Randomized Control Trials, Natural Experiments, Law and Economics, Stochastic Production Frontier Analysis, Political Economy, Macroeconomics, Labour Economics, Development Economics, Economics of Climate Change, Agricultural Economics, Environmental Economics, Energy Economics, Sustainability, Behavioral Economics, Development Studies |
| History, Political Science & Anthropology | Indian Ocean History, Economic Anthropology, Sociology of Migration, Borders and Political Anthropology, History of Colonial India (1700–1947), Indian Knowledge Systems (Ancient India), Decolonization, Political Ecology and Climate Change |
| Linguistics & Cognitive Sciences | Cognitive Science, Cognitive Linguistics, Applied Linguistics, Speech Perception, Syntax, Semantics, Cultural Linguistics, Discourse Analysis, Sociolinguistics |
| Education Studies | School Education, Educational Leadership and Governance, Gender and Education Leadership |
| Management & Social Theory | Risk Management, Organizational Behaviour, Feminist History and Theory, Gender History of Islamic Societies in Early Modern India, Social, Cultural and Imperial History, Law and Colonialism |
| Area | Specialized Research Areas |
|---|---|
| Pure & Applied Mathematics | Partial Differential Equations, Nonlinear PDEs, Well-posedness Analysis, Functional Analysis, Finite Group Theory, Graph Theory, Graph Algorithms |
| Computational & Numerical Methods | Numerical Analysis, Scientific Computing (C / Fortran / Python / Julia), Computational Fluid Dynamics, Simulation of Astrophysical Flows, Operator Learning, Conservation Laws |
| Data, Statistics & ML | Applied Statistics, Bayesian Reliability, Copula-based Data Modelling, Machine Learning, Mathematical Biology, Tumor Dynamics Modelling |
| Optimization & Operations Research | Optimization, Scheduling and Timetabling in Industry and Education, Operations Research |
| Financial & Stochastic Modelling | Financial Mathematics, Stochastic Differential Equations, System Reliability |
| Specialization | Research Areas |
|---|---|
| Structural Engineering | Bamboo Structures, Structural Health Monitoring, Durability of Concrete and SCMs, Geopolymer Concrete, Heritage Structures, Advanced Cementitious Composites, Earthquake Engineering, Seismic Risk Assessment, Nano-cementitious Composites, Ultra-High Performance Concrete, Structural Strengthening Systems, 3D Concrete Printing, Blast, Impact and Fire Loading, Computational Mechanics, Structural Vulnerability Modelling |
| Transportation Engineering | Travel Behaviour Modelling, Mobility as a Service (MaaS), Shared Mobility, Sustainable Urban Transportation, Road Safety Audit, Intelligent Transportation Systems, Driver Behaviour, Transportation Noise, GIS Applications, High-Speed Rail Planning |
| Urban & Regional Systems | Data-driven Transportation Planning, Urban Analytics, Smart Mobility Systems, Transportation Economics, Spatial Econometrics, MCDA, Urban and Regional Planning |
| Geotechnical Engineering | Geosynthetics, Sustainable and Recycled Pavement Materials, Material Stabilization, Pavement Geotechnics, NDT Testing |
| Construction Management | Project Management, Stakeholder Management, Risk Management in Mega Projects, Sustainability, Lean Construction, Circular Economy |
| Area | Research Areas |
|---|---|
| Photonics & Metamaterials | Hollow-core Optical Fibers, Photonic Time Crystals, High Power Beam Delivery, TMDC-based Metamaterials, Quantum Metasurfaces, Inverse Design |
| Condensed Matter & Materials | Topological Transport, Quantum Magnets, Spintronics, Chalcogenides, Phase Change Memory, Nanotechnology, Functional Energy Materials, Solar Cells, Magnetic Materials |
| High Energy & Astrophysics | Neutrino Physics, Supernova Neutrinos, Dark Matter Phenomenology, Physics Beyond the Standard Model |
| Specialization | Research Areas |
|---|---|
| Fluid & Thermal Engineering | Solar Thermal Power, Refrigeration and Air-conditioning, Battery Thermal Management, Lithium-ion Cell Ageing, Heat Transfer, Microfluidics, Biofluid Dynamics |
| Solid Mechanics | Computational Mechanics, Theoretical Solid Mechanics, Mechanics of 3D Printed Cellular Materials |
| Materials & Manufacturing | Advanced Manufacturing, Additive Manufacturing, Smart Manufacturing, Tribology, Polymer Nanocomposites, Aerospace Material Forming |
| Robotics | Cable-driven Robots, Exoskeletons, UAVs, Legged Robots, Autonomous Navigation, AR/VR-assisted Surgical Robotics |
| Aerospace Engineering | Gas Turbine Combustion, Scramjet Propulsion, Turbulence Modelling, CFD Code Development, Propellant Combustion, Lighter-than-Air Systems, Wind Turbine Design, Fluid–Structure Interaction |
| Specialization | Research Areas |
|---|---|
| VLSI & Embedded Systems | Embedded AI, Edge Computing, Beyond-CMOS VLSI, Hardware Security, Approximate Computing, Quantum-dot Cellular Automata, In-memory Computing, Biosensors |
| Power & Energy Systems | Renewable Energy Systems, Smart Grids, Hybrid Energy Storage, Electric Vehicles, EV Charging, Fuel Cells, Cyber Security in Power Electronics |
| Communications & Signal Processing | Wireless Communications, 5G/6G, Massive IoT, MIMO, RF Security, AI/ML for RF Signal Processing, Underwater Communications, Integrated Sensing and Communications |
| Area | Research Areas |
|---|---|
| Chemical Sciences | Nanomaterials, Electrocatalysis, Photocatalysis, Hydrogen Generation, Water Remediation, Sensors, Organic Fluorophores, Photodynamic Therapy, Organocatalysis, Photo-redox Catalysis, Metal-organic Frameworks, Boron Materials |
| Area | Research Areas |
|---|---|
| Life Sciences | Computational Biology |
Outcomes & career pathways
Graduates of the Ph.D. in Engineering are prepared for:
- Academic careers as researchers and faculty in universities and research institutions
- Research leadership roles in industry, national labs and technology centres
- Advanced problem-solving roles that require deep technical expertise and independent research capability
The programme’s emphasis on original research helps position scholars for impactful contributions in engineering science and technology.
Hear what our students say…
“Here, teaching and research are not separate silos. Every project is an opportunity to involve students, to make them active contributors to new knowledge.”
“The University’s global partnerships have allowed me to co-teach with peers abroad and bring international perspectives into the classroom, something our students truly value.”
“What excites me at Mahindra University is the freedom to pursue interdisciplinary research. Collaborating with colleagues from engineering and social sciences has expanded my work in ways I never imagined.”
FAQs
Aspiring researchers who hold a relevant Master’s degree or an exceptional B.Tech degree and wish to pursue advanced research in engineering science and technology.
A GATE score is required for applicants with only a B.Tech degree, unless exempted under specific institutional criteria; Master’s degree holders should follow the standard eligibility criteria.
The standard Ph.D. pathway is full-time research; details on part-time options (if available) would be provided in the official admissions notice.
Full-time Ph.D. scholars are eligible for assistantships that include a stipend and boarding & lodging support, along with access to research labs and faculty mentorship.
Yes. The programme supports interdisciplinary work across engineering and related science domains.
