Dr. Prashant V. Joshi Email & Phone Number

Presently, I am working as an Associate Professor in the School of Electronics and Communication Engineering, REVA University, Bengaluru, India, and completed Ph.D in 2018. My research interests and experience span a wide range of topics in VLSI Design such as Low power VLSI system design, software power estimation, and optimization, Open core-based DSP subsystem development, and prototyping using RISC V processors, FPGA prototyping for next-generation VLSI systems, inference of AI/ML on VLSI Systems. I have gained valuable experience in teaching and supervising undergraduate/ postgraduate students. In addition to classroom instruction, I served as a major advisor for students in their graduate projects, where I provided them with appropriate research topics, and edited and evaluated their work. Throughout my career, I taught many courses in VLSI/ Embedded systems fields, from basic electronics to SoC design.Research Interest:•Open core-based VLSI subsystem Development and Prototyping•VLSI Design and Hardware Security Area•Design of energy and performance-efficient embedded software for low-power VLSI applications.•Inference of AI/ML on VLSI systems•Cybersecurity in automotive systems and inference on electronic systemsConsulting Experience:•Conducted 60 hours of industry corporate training on “Digital System Design using VHDL”•Conducted 40 hours certification course on “VLSI Circuit Design using Industry Standard EDA Tools” for PG students and Industry professionals.•Received ₹5,00,000 consultancy project from CENTUM Electronics, Bangalore•Conducted 56 hours of corporate training for Centum Electronics ltd. Engineers on Digital and FPGA (11.07.2022 to 29.08.2022)Industry Projects:1. Open Core based DSP subsystem Development and Prototyping in collaboration with NXP semiconductors, Ltd.2. FPGA Prototyping for next-generation VLSI Systems in collaboration with NXP semiconductors, Ltd.3. Inference of AI/ML on RISC-V in collaboration with Continental Microelectronics division4. Design and Implementation of Secured CAN protocol for Automotive systems in collaboration with SPARK MINDA SMITREVA Instruction Record (List of courses taught)•Low Power VLSI Design •Digital System Design using Verilog •Computer Organization •CMOS VLSI Design •SoC Design •Embedded System Design •Analog Electronic Circuits •Logic Design •Real Time Operating Systems •VLSI Testing and Verification