| S No | Title | Cost | Period | PI/Co-PI | Agency | Current States |
| 1 | Development of high-performance silicide-based thermoelectric materials and devices for mid-temperature applications | 33,66,000 | 2022-2025 | Dr. J. Archana – PI | SERB (CRG) | Ongoing |
| 2 | Tuning the band convergence and phonon scattering in SnTe nanostructures via Co-doping and vacancy for enhanced thermoelectric performance’ | 45,000 | 2022-2025 | Dr. J. Archana – PI | UGC-DAE | Ongoing |
| 3 | Development of hybrid Solar-thermoelectric generator by integrating Dye-sensitized Solar cells with thermoelectric device for high-performance energy applications | 27,50,000 | 2023 -2026 | Dr. J. Archana – PI | CSIR EMR | Ongoing |
| 4 | High-performance thermoelectric materials and devices based on layered MoS2 nanostructures for mid-temperature energy harvesting applications. | 1,67,00,000 | 2023-2028 | Dr. J. Archana – Co-PI (Project Implementation Group, Department of Physics and Nanotechnology) | DST FIST | Ongoing |
| 5 | Green synthesized phenolic, -sistosterol, flavonoids derivates-2,3 and its glycosides conjugated Zinc oxide quantum dots (ZnO QDs) as a potential nanoprobe to target HCA-7 human colon cancer cells using traditional plant capparaceae: cleome Gynandra leaf extracts | 15,00,000 | 2022-2024 | Dr. J. Archana – PI, Dr. K. D. Nisha- Co-PI | SRMIST | Ongoing |
| 6 | A step towards greater safety and biocompactibility of nanoparticle formulation | 2,50,000 | 2017-2019 | Dr. K.D. Nisha-PI | SRM-SERI | Completed |
| 7 | Enhancing the charge transport in TiO2 Photoanode architecture for high efficiency solar cellhigh-efficiency | 24,94,000 | 2017-2020 | Dr. J. Archana – PI | DAE BRNS | Completed |
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