Are you an aspiring student looking for a hands-on research experience at a prestigious institute? The IIT Dharwad Summer Internship 2025 offers a unique chance to work with leading faculty and gain practical exposure in various disciplines. If you’re passionate about science, technology, engineering, mathematics, or humanities, this internship is the perfect opportunity to enhance your skills and boost your career.
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Why Apply for the IIT Dharwad Summer Internship 2025?
The Indian Institute of Technology Dharwad is inviting applications for its highly sought-after Summer Internship Program 2025. This internship is designed to provide students with an opportunity to work on cutting-edge research projects, collaborate with IIT faculty, and gain industry-relevant experience.
Key Highlights of the Internship
✔ Duration: 1 to 2 months (Between 12th May 2025 – 15th July 2025)
✔ Location: IIT Dharwad Campus
✔ Eligibility: Open to undergraduate and postgraduate students from accredited Indian institutes/universities
✔ Benefits: Free accommodation and meals for selected interns
✔ Certificate: Awarded based on performance evaluated by faculty mentors
Who Can Apply?
The IIT Dharwad Summer Internship 2025 is open to students who meet the following criteria:
✔ Currently enrolled in an undergraduate or postgraduate degree in science, technology, engineering, mathematics, humanities, or allied fields.
✔ Have a minimum CGPA of 6.5 or 65% in the latest completed semester.
✔ Must be available full-time at IIT Dharwad for at least one month during the internship period.
Application Process of IIT Dharwad Summer Internship 2025
Applying for the IIT Dharwad Internship 2025 is simple and free. Follow these steps to submit your application:
1️⃣ Prepare the Required Documents
- Recent Photograph
- Updated Resume
- Latest Marksheet
- Bonafide Certificate (signed by the Principal/Head of Institution)
2️⃣ Submit Your Application Online
- Applications must be submitted through the IIT Dharwad official website.
- Deadline: 23rd March 2025 (No late submissions allowed).
3️⃣ Selection Process
- Shortlisted candidates will be screened based on merit.
- Final selection will be made through an online interview with faculty mentors.
- Results will be announced on 15th April 2025 via email.
Join Telegram For More Updates: https://t.me/opportunexus
Internship Benefits & Stipend
❌ No stipend or financial support is provided to interns.
✅ Free accommodation & meals at IIT Dharwad’s hostel (subject to availability).
✅ Internship Certificate will be awarded to students who perform satisfactorily.
Note: Interns with unsatisfactory performance may not receive a certificate or may be asked to discontinue.
Important Dates to Remember
📅 Application Opens: 1st March 2025
📅 Application Deadline: 23rd March 2025
📅 Results Announcement: 15th April 2025
📅 Internship Period: 12th May 2025 – 15th July 2025
For any queries, contact cdc.office@iitdh.ac.in.
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Final Thoughts
The IIT Dharwad Summer Internship 2025 is a great opportunity for students to gain hands-on research experience, work with experienced faculty, and expand their knowledge in their field of study. If you’re looking to enhance your academic and professional journey, don’t miss this chance to be part of one of India’s top technical institutes.
List of Faculty members interested to mentor Summer Interns 2025 with their respective research areas:
| Department | Name of the Faculty | Areas of Interest |
| Civil and Infrastructure Engineering | Aniket Vasantrao Kataware | Pavement Materials, Bitumen, Bituminous Mixes, AI ML in Pavement Materials |
| Electrical Electronics and Communication Engineering (EECE) | Pratyasa Bhui | Power Systems, Renewable Energy |
| Chemical Engineering | C. Ravikumar | Nanotechnology, catalysis, molecular docking, modeling and simulation |
| Chemistry | Sudhir Kumar Sahoo | Computational chemistry, Computational material chemistry |
| Mechanical Materials and Aerospace Engineering | Hiranya Deka | 1. Analysis of spray-wall interaction in Diesel & Hydrogen Engines for emission control 2. Boiling-induce breakup and Leidenfrost dynamics of drops 3. Multi-phase modelling and simulation for optimising the aeration 4. Machine learning for fluid mechanics |
| Electrical Electronics and Communication Engineering (EECE) | Naveen Kadayinti | Analog and Mixed signal IC design |
| Mathematics | Sagnik Sen | Graph theory and algorithms |
| Electrical Electronics and Communication Engineering (EECE) | Nagaveni S | Digital Design, Verilog, AI/ML for Analog Circuits |
| Electrical Electronics and Communication Engineering (EECE) | ANIMESH KUMAR SAHOO | Renewables and Power Systems |
| Chemistry | Kundan K Singh Sagar | Bioinorganic/Metal Nanocluster/Catalysis |
| Physics | R Prabhu | Quantum Information Theory, Many-body Physics, Quantum Optics, Relativistic Quantum Information |
| Physics | Dhriti Sundar Ghosh | Photovoltaics; Thin-films; Device Physics |
| Mathematics | Shraddha Srivastava | Representation theory, Algebraic Combinatorics, Lie algebras |
| Mechanical Materials and Aerospace Engineering | Punnag Chatterjee | Loitering munitions survey, Shape memory polymer development for smart valves, Exoskeleton conceptualization, Dynamic Modeling of Drones |
| Mechanical Materials and Aerospace Engineering | Sudheer Siddapureddy | fire dynamics, evacuation during emergencies, gas turbine blade cooling, battery thermal management |
| Mechanical Materials and Aerospace Engineering | Rakesh Lingam | Metallography, AR/VR in manufacturing, Incremental sheet forming, Tool path generation software |
| Electrical Electronics and Communication Engineering (EECE) | Shashaank Aswatha Mattur | Computer Vision, Image Processing, Remote Sensing |
| Electrical Electronics and Communication Engineering (EECE) | Satish Naik | Power Electronics |
| Mechanical Materials and Aerospace Engineering | Samarth Raut | GUI creation for biomedical applications AR VR Soft robotics Indian Knowledge System |
| Civil and Infrastructure Engineering | Hemanth Kumar CH | Structural Design of RCC Structures, Structural Fire Engineering, Design of PEB Building Structures |
| Physics | Kavita Devi | Nonlinear Optics, Quantum Optics, Lasers, Photonics |
| Chemistry | Nilkamal Mahanta | Bioorganic Chemistry and Chemical Biology, mechanistic Enzymology |
| Electrical Electronics and Communication Engineering (EECE) | Rajshekhar V Bhat | Wireless Communications, Deep Learning for Wireless Communications, Verilog Coding for Wireless Communication Algorithm Implementation |
| Mathematics | Shreedevi K. Masuti | Commutative Algebra, Algebraic Geometry |
| Bioscience and BioEngineering (BSBE) | Subhash Mehto | Autophagy, Inflammation and Host-Pathogen Interaction |
| Bioscience and BioEngineering (BSBE) | Bal Krishna Chaube | Cardiovascular Biology, Endothelial Metabolism, Cancer Metabolism |
| Electrical Electronics and Communication Engineering (EECE) | Ameer Mulla | Control Systems, Robotics, Applied Mathematics, Cryptography |
| Mechanical Materials and Aerospace Engineering | Anbukkarasi | Materials Characterization |
| Mechanical Materials and Aerospace Engineering | Satyapriya Gupta | Machine Learning in Materials Design, Crystal plasticity modeling of metals, Finite element modeling of Fiber Reinforced Composites, Experimental Alloy design and development |
| Mechanical Materials and Aerospace Engineering | Somashekara M A | Additive manufacturing, 3D/4D Printing |
| Electrical Electronics and Communication Engineering (EECE) | Ruma Ghosh | Resistive Sensors for Methane Sensing Development of interfacing circuit for three resistive sensors |
| Computer Science and Engineering | Koteswararao (Kote) Kondepu | Hardware Acceleration FPGAs, and Open RAN |
| Humanities, Economics, Arts and Rural Technologies (HEART) | Gopal Sharan Parashari | Applied game theory, Climate change, Sustainability, Energy economics |
| Chemical Engineering | Suvamay Jana | Computational Chemistry, Molecular Simulation, Computer Aided Drug Design, Drug Formulation |
| Civil and Infrastructure Engineering | Ramesh Nayaka | Structural Engineering |
| Electrical Electronics and Communication Engineering (EECE) | Abhijit Kshirsagar | Power Electronics, DC/DC converters, EV chargers, Renewable Energy Conversion |
| Civil and Infrastructure Engineering | Amarnath Hegde | Geotechnical Engineering, Sustainability |
| Mechanical Materials and Aerospace Engineering | Amar Gaonkar | Computational Modeling, Finite Element Analysis, Stress Analysis |
| Electrical Electronics and Communication Engineering (EECE) | B N Bharath | Federated learning, LLM fine tuning, reinforcement learning. |
| Mathematics | Veekesh Kumar | Number Theory: Transcendental Number Theory, Diophantine Approximation |
| Mechanical Materials and Aerospace Engineering | Prof Ramjee Repaka | Battery Thermal Management; Bioheat Transfer |
| Civil and Infrastructure Engineering | Giridhar Rajesh Bande | Geotechnical Engineering |
| Mechanical Materials and Aerospace Engineering | Dr Prahlad Joshi | Aerospace, Mechanical, composite materials,propulsion |
| Computer Science and Engineering | Konjengbam Anand | Machine Translation, RAG based LLM chatbot,Virtual & Augmented Reality Digital Twins, Affect-Cognition interaction, and Design Innovation, Branding-identity design |
| Electrical Electronics and Communication Engineering (EECE) | Saroj Mondal | VLSI Circuits and Systems, RF Microelectronics (RFIC), Power Management Integrated Circuit (PMIC). |
| Bioscience and BioEngineering (BSBE) | Surya Pratap Singh | Spectroscopy, Imaging, Image processing |
| Electrical Electronics and Communication Engineering (EECE) | Rahul Pandya | Artificial Intelligence, Wireless Communication, AI for Weather Predication, AI for Image Processing |
| Electrical Electronics and Communication Engineering (EECE) | Sai Ram Boggavarapu | Electromagnetic field simulations and Design of magnetic components |
| Computer Science and Engineering | Ramchandra Phawade | Formal Verification, Theoretical computer Science, Petri nets, Proof Assistants |
| Chemical Engineering | Ravi Chandra Dutta | 1) Development of MOF materials for Gas Separation 2) Development of NASICON Based Cathode Materials 3) Machine Learning (ML) for the development of Clean Energy Technologies |
| Mechanical Materials and Aerospace Engineering | Sushanta K. Sethi | Computational materials science |
| Electrical Electronics and Communication Engineering (EECE) | Dr. Samba Raju | Digital VLSI, accelerator design |
| Mechanical Materials and Aerospace Engineering | Keerthi M. C. | turbomachines, aerodynamics, shock waves, transonic flows |
| Mechanical Materials and Aerospace Engineering | VYOM SHARMA | Deformation modelling of metallic alloys, Experimental Mechanics, Heat Treatment of alloys, Mechanical and Physical Metallurgy, Alloy design and development |
