CGPA : 6.5 /8
12th Grade : 86 / 100
10th Grade : CGPA - 10 / 10
The AlGaN (Aluminium Gallium Nitride) /GaN (Gallium Nitride) HEMTs (High Electron Mobility Transistors) for power electronic applications were focused in this project.Gallium Nitride (GaN) based transistors have been in the spotlight for power electronics due to promising properties like high bandgap, high breakdown field, high electron mobility, and high-frequency applications. .However, a limitation of GaN HEMTs is their low current rating and high leakage current. The master's thesis focused on characterization of different types of HEMTs and further improving the design and fabrication to reduce their leakage current.
Attendee of Best of Tech Business Course organised by ASML. The event introduced semiconductor manufacturing technology and the skills needed to work at the leading-edge tech company. Students worked together on case studies, joined Q&As, listened to presentations and spent time networking. The selection was 2 round process including a video interview.
Attendee of the ZEISS online autumn school. It included talks by industry leaders on the state of the art technology in Photolithography, DUV lithography, EUV lithography, High NA EUV, Photomasks for EUV and Metrology for semiconductor optics. Certificate of Participation
PSC have made rapid progress in terms of efficiency and manufacturing methods in the past decade with the reported efficiencies over 20 %. Whilst this is great a thrust for the commercialization of PSC, there are still some major problems with regards to stability of the cells. Encapsulation is one of the methods to improve the stability and lifetime of PSC and this project involved testing different methods and encapsulants for the optimal encapsulation strategy for PSC.
In today's world, energy waste by industries is a big concern. Most of the energy thrown out by the industries is in the form of heat. This is where thermoelectric devices are most useful. They convert the heat output into usable electrical energy. PbTe is one such thermoelectric material which has been shown to convert thermal energy with reasonable efficiency. Different methods are being employed to increase this efficiency and one such method is nanostructuring PbTe. In this project, we aimed at economical methods to synthesize PbTe nanotubes and understanding its growth mechanism.
Attended interactive lectures presented by professors from various universities worldwide, on modern research areas and techniques.
I volunteered to deliver talks and
speeches at various schools in the city of Bijapur, Karnataka, India
to increase the awareness among students and adults on pursuing
"Research as a career in
India" .
Facilitator, NoteBook Drive (NBD) Programme, IISc :This is a student run voluntary organization to promote science education among students of the underprivileged sections of society in and around Bengaluru by creating awareness and motivating 10th standard students towards higher education.