Each year our faculty members invest their time, effort & innovation in some great real-time projects.The projects are listed below. A student can apply for a max of 03 projects. Registration will start from 1st March 2025. The last date to apply is 31st March 2025. The results will be up on the website by 15th April 2025 & the internship will commence from 6th May 2025.
Process to apply for internship
- The details of the project openings are listed below.
- Click Here to Apply.
- Login with your google account
- Fill the registration form. If you want hostel select the checkbox accordingly.
- For hostel booking details please click here
- To apply for any project just click the apply button
- Done
Students who get selected for the summer internship at IIIT-Delhi will be receiving a stipend of 5k per month
Summer Internship Projects 2025 at IIIT-Delhi
| S.No. | Faculty Name | Project Name | Project Detail | Duration | Status |
|---|---|---|---|---|---|
| 1 | Arun Balaji Buduru | Understanding Malware Evolution | We would like to explore our understanding of Malware, specifically studying the evolutionary aspects Malware evasion, propagation, infection, etc.. | 3 Months | Physical |
| 2 | Arun Balaji Buduru | Usability Study in Speech Emotion Recognition Systems | Study of human factors in speech recognition systems | 3 Months | Physical |
| 3 | Debidas Kundu | Hardware and Software Integration of Reconfigurable Intelligent Surface | The project aims to develop Arduino/ FPGA-based control circuit for reconfigurable intelligent surface. It also aims to develop MATLAB-based software module to implement tracking of object and communication between a transmitter and receiver. I am looking for motivated candidates with skills in MATLAB coding, Arduino/FPGA programing and good understanding of electromagnetics and wireless communication systems. | 3 Months | Physical |
| 4 | Ojaswa Sharma | Medical image segmentation and enhancement | This project explores high-quality segmentation of MRI and CT medical data in 3D using deep learning. | 3 Months | Physical |
| 5 | Pragya Kosta | Coil and circuit design for wireless power transfer | Coil and circuit design for wireless power transfer: [Simulations + Experiments] Characterization of various coil designs and supporting circuits for efficient wireless power transfer between implanted devices and outer units. The simulations will be conducted using CST, and experimental results will be obtained using VNA (Vector Network Analyzer). | 3 Months | Physical |
| 6 | Pragya Kosta | Generation of large-scale model of retina using AI | Generation of a large-scale model of the retina using AI: [AI] Creating computational networks of complex retinal networks. The aim is to create a network connecting all nodes (retinal cells) that can represent the retinal response to stimulation. Prior experience/knowledge of generative AI approaches will be useful. Basic programming skills and decent experience with AI/ML are essential. | 3 Months | Physical |
| 7 | Rajiv Ratn Shah | Multimodal LLMs and their applications | Multimodal LLMs and their applications | 2 Months | Virtual |
| 8 | Shamik Sarkar | Machine Learning for Wireless | Students will develop deep learning and LLM-based algorithms for wireless networks. The focus will be on applying computer vision-based methods. Prior experience in Tensorflow/PyTorch will be useful.
Candidates can apply through, 1) IIITD portal, where after an initial manual screening, shortlisted candidates will be called for a coding test/interview or 2) ICAPP portal, where initial screening will happen with an AI-generated quiz and a video interview. [https://projects.icapp.co.in] |
3 Months | Physical |
| 9 | Vinayak Abrol | Low-Rank Adaptation for Alignment in Speech & Text LLMs | SpeechLLM is a multi-modal Large Language Model (LLM) designed to understand and process speech and audio inputs. In this project we will explore adaptation/alignment of Speech and Text LLMs for zero-shot applications. Pre-requisite: Strong programming skills in Pytorch/TF. Experience building, training/fine-tuning DL models and LLMs on custom datasets. DLOps for inference/training acceleration using custom kernels and/or PEFT including Quantization is a plus. In nutshell, no matter the tools/libraries, you should be comfortable modifying source code to implement crazy ideas and test them experimentally. Stipend per month (depending on skill set): 10-30K for students enrolled in Bachelors/Masters program; 30-40K for students enrolled in PhD program. Selection will include a live coding round to test DL skills. Candidates can apply through, 1) IIITD portal, where after an initial manual screening, shortlisted candidates will be called for a coding test/interview or 2) ICAPP portal, where initial screening will happen with an AI-generated quiz and a video interview. [https://projects.icapp.co.in] |
2 Months | Physical |
| 10 | Vivek Ashok Bohara | Integration of LiFi and WiFi | ML-based resource allocation in Heterogeneous LiFi/WiFi/THZ/mmwave network Candidates can apply through, 1) IIITD portal, where after an initial manual screening, shortlisted candidates will be called for a coding test/interview or 2) ICAPP portal, where initial screening will happen with an AI-generated quiz and a video interview. [https://projects.icapp.co.in] |
3 Months | Physical |
| 11 | Vivek Ashok Bohara | Design and analysis of an end-to-end optical wireless communication system | Design and analysis of an end-to-end optical wireless communication system Candidates can apply through, 1) IIITD portal, where after an initial manual screening, shortlisted candidates will be called for a coding test/interview or 2) ICAPP portal, where initial screening will happen with an AI-generated quiz and a video interview. [https://projects.icapp.co.in] |
3 Months | Physical |
| 12 | Vivek Kumar | Runtime profiling of HPC applications | This project is about dynamic profiling of a running HPC application using hardware performance counters. The profiler could do its job on a single processor and the cloud. Proficiency with C/C++/Python and a good understanding of OS concepts are mandatory. | 2 Months | Physical |
| 13 | Tanmoy Kundu | Online algorithm for charging station allocation for EVs with dynamic battery discharge rates | With the growing popularity of EVs in urban transportation, it is challenging to allocate charging stations (CS) for dynamic recharge requests as EV charging takes long amount of time. When an EV gets recharged and starts traversing its planned path, it will decide the potential way-points on its trajectory at which it can start a detour for moving to a CS; however, it will choose only one of the potential way-points. In this project, we will design decentralized online algorithms to compute the way-points considering expected battery drain-out time due to dynamic battery discharge rates of an EV, and then compute the bidding value of recharging for each way-point. With its private information, e.g. bidding value, intended time-slot for recharging, an EV sends a bid for recharging to the respective CS corresponding to the way-points. On the other hand, each CS has some empty time-slots at which multiple EVs can recharge simultaneously. For each CS, we will design a pricing mechanism for dynamic pricing according to the availability in a given time-slot. With this setting, at a given time, multiple auctions will take place simultaneously, with a seller (CS) mapped to a single auction and a buyer (EV) mapped to multiple auctions. We will design an auction algorithm that minimizes the overall cost of the buyers and maximize the overall profit of the sellers across the auctions at a given time. |
3 Months | Physical |
| 14 | Garima Rani | Dietary influence on Oral Microbiome Interactions Through Metabolic Modeling and Flux Balance Analysis | This project focuses on genome-scale metabolic modeling and flux balance analysis to explore cross-feeding interactions within the oral microbiome. By reconstructing metabolic models of key oral bacteria, the study will simulate nutrient exchange and metabolic dependencies under different environmental conditions. Minimum qualification: M.Sc/M.Tech | 2 Months | Physical |
Last updated: 25-03-2025