Vinayak Joshi

• Ownership of the clock subsystem and cryptography security IP's for Wireless chipset. • Strong experience in handling digital validation life cycle , from test plan development, software development including regression and debugging silicon issues. • Credit holder to identify and root cause 2 silicon bugs related to Clock Subsytem, which helped cross domain peers to fix in the production bond IC's

WiFi SoC Test Chip with the MAC. Baseband and RF subsystem • Performed vital role Board bring up and validation of MAC, Baseband and RF subsystem(LNA, PLL's and triplers). • Identified and root caused a critical silicon bug pertaining to ADC. • Identified a potential design flaw in writing back processed ADC values into the user memory. This helped the Chip head to make a critical decision on production. • Hands on experience on firmware development for USB type C PD protocol.

Master Thesis topic : "Open Phase fault detection using Current signature analysis" using Xilinx All programmable SoC. - Using the SCILAB environment to drive the Motor control drive in Hardware In the Loop(HIL). - Developing an identification method in terms of frequency patterns and signature patterns in time domain, that will allow an automatic fault/healthy discrimination

- HDMI interface using Xilinx All Programmable SoC(System On Chip) , ZYNQ - Linux kernel and C/C++ programming to develop an application on top of Xilinx Base Target Reference Design. - Hardware-Software handshaking programming in SoC. - Embedded programming with I2C , I2S bus protocols for Microcontroller.

Project : JPEG encoder - Up-gradation of project for the Xilinx Virtex - 5 FPGA - Worked on soft core processor Microblaze.

- Embedded C programming for microcontrollers. - C# .net programming for application development.

- Artificial Intelligence - Machine Learning - Deep Learning

- Embedded system design - C/C++ programming - VHDL programming on FPGA.

Major Project(Final Year) : "Real-Time harmonic analysis of a single phase power supply using TMS320C67131(DSP processor)" - Implementation of FFT algorithm to analyse the harmonics of a single phase power supply.