Actively searching for opportunity in VLSI domain
- Bangalore, Karnataka
- +91-9587444223, +91-7014010725
- [email protected]
Developing technical notes/manuals on FEKO, Research on MoM and implementation of algorithms on GPU with CUDA C. Studies in EMI/EMC, Scattering and radiation problems
One book under preparation – 250 pages completed on electromagnetic simulation, Probable publication in first quarter, 2016.
Specialization: VLSI, ( Thesis final submission stage- Completing by November 2015)
Thesis title: GPU accelerated MoM based radiation analysis using NVIDIA CUDA
(Advisor: Prof. Pradeep Chhawcharia, Director Research, Techno NJR)
Development languages : C, CUDA C, MATLAB ; Simulator : FEKO
Synopsis: In this thesis, GPU is used to accelerate most compute intensive phase of CEM method MoM. Scattering and radiation analysis of metallic body using RWG basis and weighting function is considered for serial and parallel implementation. The peak speedup was measured to be about 30 that turn up about 4× faster execution when considering total MoM solution process.
74.4% (Honours), Specialization - Electronics and Communication Engineering
Thesis title: Dual Band Microstrip Antenna Design
Simulator: CST Microwave Studio
Synopsis: In this thesis, dual band microstrip patch antenna is designed for technology oriented requirements of high speed WLAN (2.4GHz) and WiMAX (5.8 GHz) applications. The effects of various dimensional parameters were analyzed to get the optimized performance of the presented antenna.
84.3%, Gargi award by Balika Shiksha Foundation, Jaipur, Rajasthan for good grades
Microsoft Word, Excel and Power Point, Adobe Photoshop
On line Technical Videos watching, reading about new technologies
Reading books, cooking