| S. No. | Centre Name | Research Verticals | Thrust Areas |
|---|
| 13 | DIA-COE, IIT Kanpur | 1. Flexible Electronics and Substrates (FES) | Multi Element Sensors |
| | | | Ultra-Thin Flexible Electronics and Substrates |
| | | | Conductive Transparent Coating |
| | | | Packaging of Flexible Electronics |
| | | | Applications of Flexible Electronics |
| | | | |
| | | | |
| | | | |
| | | | Sensors for Health Monitoring of Materials and Structures |
| | | 2. Sensing, Stealth and Surface Protection Using Nano Materials and Meta Materials (SSSP) | Sensors / Diagnostic Using Nano Materials |
| | | | Multi-Spectral Stealth and Cloaking |
| | | | Coating for Marine Applications |
| | | | High Entropy Materials, Meta-materials, & Nano-composites for Enhanced Damage Tolerance |
| | | | Coating for Frigid / Extreme Environment |
| | | | Production, Process Optimization for Nano & Meta Materials for Scalability |
| | | | Surface Finish Techniques including use of Additive Manufacturing. |
| | | 3. Accelerated Material Design and Development (AMDD) | ICME based Accelerated Materials & Products Development |
| | | | - Advanced Metal & Super-alloys
|
| | | | |
| | | | - High Performance Structural Materials
|
| | | | Design & Synthesis of Property Specific Material Exploiting Computational Chemistry, Material Modelling and Fluid Thermodynamics |
| | | | AI/ ML for Material Design |
| | | 4. High Energy Systems (HES) | Production and Scalability of Additives |
| | | | Life Prediction of Energetic and related Materials |
| | | | Modelling and Simulation for Material and Geometry |
| | | | Models and Validation of the Chemical Structure of Warheads |
| | | | Development and Characterization of Reactive Material for warheads and Theoretical Performance Prediction. |
| | | | Green Synthesis of Energetic Materials |
| | | | Bio-synthesis and Disposal of Energetic Materials |
| | | | Internal Ballistics |
| | | 5. Bio- Engineering and CBRNE Applications (CBRNE) | Tissue Regeneration for Defence Related Injuries |
| | | | Assistive Devices for War-fighting |
| | | | Wearable Sensors, Diagnostic & Analytics for CBRNE |
| | | | Multichannel Sensor Instrumentation for Detection of CBRNE Threats |
| | | | CBRNE Sensor Technology |
| | | | CBRNE Shelter Technology |
| | | | Technology For Triage CBRNE Affected Casualties |
| | | | Artificial Oxygen Transport |
| | | | Universal Decontamination Formulation |
| | | | AI based Actuated Prosthesis |
| | | 6. Software Defined Radio and Military Communication Technologies (SDRMC) | Waveform Design |
| | | | Wireless Systems and Networks |
| | | | Spread Spectrum Analysis |
| | | | Waveforms for Cognitive Radios |
| | | | Antennas for Military Applications |
| | | | MW Passive and Active Circuits |
| | | | Efficient Hardware Architecture for SDR |
| | | | Interoperability related Standards |
| | | | Robust and high intercapacity waveform design |
