COPYRIGHTS (2022-2025)
| Faculties/Inventors Name From ECE Department | Registration Number | Title Of The Work | Description | Date | Organisation | 
| Dr. Swati Sharma | SW-19790/2024 | GALLIUM NITRIDE BASED SCHOTTKY BARRIER MOSFET BIOSENSOR | SILVACO ATLAS SCRIPT | 04/12/2024 | Copyright Office, Government of india | 
| Dr. Swati Sharma | SW-19796/2024 | GALLIUM NITRIDE BASED HIGH-K SCHOTTKY BARRIER MOSFET BIOSENSOR | SILVACO ATLAS SCRIPT | 05/12/2024 | Copyright Office, Government of india | 
| Dr. Preeti Goyal | SW-19796/2024 | GALLIUM NITRIDE BASED HIGH-K SCHOTTKY BARRIER MOSFET BIOSENSOR | SILVACO ATLAS SCRIPT | 05/12/2024 | Copyright Office, Government of india | 
| Prof. R. S. Gupta | SW-19790/2024 | GALLIUM NITRIDE BASED SCHOTTKY BARRIER MOSFET BIOSENSOR | SILVACO ATLAS SCRIPT | 04/12/2024 | Copyright Office, Government of india | 
| Prof R. S. Gupta | SW-19796/2024 | GALLIUM NITRIDE BASED HIGH-K SCHOTTKY BARRIER MOSFET BIOSENSOR | SILVACO ATLAS SCRIPT | 05/12/2024 | Copyright Office, Government of india | 
| Ms. Shalu Garg | 2941/2023-CO/SW | Temperature sensitive analysis of Junctionless Nanowire Ferroelectric Field Effect Transistor (JNFe-FET) for enhanced analog performance. | Computer Software Work | 02/02/2023 | Copyright Office, Government of india | 
| Ms. Shalu Garg | 13014/2023-CO/SW | Physics based analytical modeling and simulation of Cylindrical Junctionless Nanowire Ferroelectric Field Effect Transistor (CJNFe-FET) for enhanced analog performance. | Computer Software Work | 18/05/2023 | Copyright Office, Government of india | 
| Prof. R. S. Gupta | 2941/2023-CO/SW | Temperature sensitive analysis of Junctionless Nanowire Ferroelectric Field Effect Transistor (JNFe-FET) for enhanced analog performance. | Computer Software Work | 02/02/2023 | Copyright Office, Government of india | 
| Prof. R. S. Gupta | 13014/2023-CO/SW | Physics based analytical modeling and simulation of Cylindrical Junctionless Nanowire Ferroelectric Field Effect Transistor (CJNFe-FET) for enhanced analog performance. | Computer Software Work | 18/05/2023 | Copyright Office, Government of india | 
| Dr. Anubha Goel | 2941/2023-CO/SW | Temperature sensitive analysis of Junctionless Nanowire Ferroelectric Field Effect Transistor (JNFe-FET) for enhanced analog performance. | Computer Software Work | 02/02/2023 | Copyright Office, Government of india | 
| Dr. Anubha Goel | 13014/2023-CO/SW | Physics based analytical modeling and simulation of Cylindrical Junctionless Nanowire Ferroelectric Field Effect Transistor (CJNFe-FET) for enhanced analog performance. | Computer Software Work | 18/05/2023 | Copyright Office, Government of india | 
| Dr. Anubha Goel | SW-16636/2023 | Sic based analytical model for gate-stack dual metal nanowire fet for enhanced analog performance | Computer Software Work | 16/06/2023 | Copyright Office, Government of india | 
| Dr. Anubha Goel | SW-17592/2023 | Temperature sensitive analytical analysis of gate stack dual-metal nanowire field effect transistor (4h-sic) | Computer Software Work | 15/11/2023 | Copyright Office, Government of india | 
| Ms. Neeraj | SW-16636/2023 | Sic based analytical model for gate-stack dual metal nanowire fet for enhanced analog performance | Computer Software Work | 16/06/2023 | Copyright Office, Government of india | 
| Ms. Neeraj | SW-17592/2023 | Temperature sensitive analytical analysis of gate stack dual-metal nanowire field effect transistor (4h-sic) | Computer Software Work | 15/11/2023 | Copyright Office, Government of india | 
| Dr. Anubha Goel | SW-17357/2023. | Quantum Effect Dependent Modeling Of Short Channel Junctionless Double Gate Stack (SC-JLDG) MOSFET For High Frequency Analog Applications | Computer Software Work | 03/10/2023 | Copyright Office, Government of india | 
| Prof. R. S. Gupta | SW-16636/2023 | Sic based analytical model for gate-stack dual metal nanowire fet for enhanced analog performance | Computer Software Work | 16/06/2023 | Copyright Office, Government of india | 
| Prof. R. S. Gupta | SW-17592/2023 | Temperature sensitive analytical analysis of gate stack dual-metal nanowire field effect transistor (4h-sic) | Computer Software Work | 15/11/2023 | Copyright Office, Government of india | 







