S. No. | Centre Name | Research Verticals | Thrust Areas |
---|
1 | DIA-CoE, IIT Delhi | 1. Advanced Ballistics and Protection Technologies (ABSSP) | 1. Light Weight Armour for Soldier. |
| | | 2. Armour for Vehicle Protection |
| | | 3. Advanced Modelling and Simulation Techniques |
| | | 4. Explosives Resistance Structure – Design and Simulation |
| | | 5. Modelling and Simulation for Long Range Artillery Guided Projectile for High ‘g’ Application. |
| | | 6. Light Weight Advanced Material for Ballistic Protection. |
| | | 7. Nanotechnology for Armour Material. |
| | 2. Advanced Electromagnetic for Terahertz and Millimeter Wave Technologies (ETMWT) | 1. Source, Detector & Devices for THz Application. |
| | | 2. High Speed THz Communication. |
| | | 3. Spectroscopy. |
| | | 4. Imaging. |
| | | 5. Terrestrial Beam Forming Network |
| | | 6. MMW Devices |
| | | 7. RF MEMS and Subsystems |
| | | 8. MMW Communication |
| | | 9. Time Difference of Arrival (TDOA) based Geolocation |
| | | 10. Modulation Change Detection |
| | 3. Brain Computer Interface and Brain Machine Intelligence (BCIAMI) | 1. Robotics Control |
| | | 2. Augmented Reality for Enhanced Human Communication |
| | | 3. Ambience Awareness |
| | | 4. Enhancing Inputs via Visual Mode |
| | | 5. Enhancing Inputs by Touch |
| | | 6.Brain to Brain Communication. |
| | 4. Bio Mechanical Devices (BMD) | 1. Enhancement of Bipedal Capabilities |
| | | 2. Enhancement of Upper Body Strength |
| | 5. Photonics Technologies and Specialty Optics for Laser Applications (PTSOLA) | 1. Sources and Detectors |
| | | 2. Custom Designed Fibres for QKD |
| | | 3. Nonlinear Photonic Devices |
| | | 4. Pump Laser Diodes |
| | | 5. Fiber Laser |
| | | 5. Spectral Beam Combining |
| | | 6. Precision Optics |
| | | 7. Speciality Coating for High Power Laser |
| | | 8. Test & Measurement |
| | 6.Quantum Communication (QCOMM) | 1. Free Space Communication. |
| | | 2. Fibre based Communication |
| | | 3. Entanglement based QKD |
| | | 4. Hybrid QKD |
| | | 5. QKD Protocols & Electronic Implementation |
| | | 6. Robustness against Environmental Noise and Adversaries Action. |
| | 7.High Speed Imaging and Devices (HSID) | 1. Thermal Imaging |
| | | 2. Shock Imaging |
| | | 3. Instrumentation for Critical tests |
| | 8.Smart and Intelligent Textile Technologies (SITT) | 1. Coated and Laminated Textiles for Aerial Inflatables |
| | | 2. Electronics and Photonics Textile |
| | | 3. Protective Textiles |
| | | 4. Light Weight Textile for Thermal & Mechanical Protection |
| | | 5. Textile for Camouflage and Invisibility |
| | | 6. Variable Signature Textile using Metamaterials |
| | | 7. Sensing and Adaptation to the Environment |
| | | 8. Temperature Responsive Smart Insulation Textile for All Weather Protective Clothing |
| | | 9. Miniaturized System for Cooling Suits |