Apratim Gupta

Responsible for -Safety Critical Systems Design with AREMA and CENELEC. -Conversion of Customer requirements into technical artifacts -System Simulation -System Timing Analysis -Research And Development for applicability of upcoming technologies. -Decision Analysis for upcoming Products. -Technical Support for upcoming Main Processor Units.

Development and testing of FPGA and IC-Designs for Rugged Computer Boards and Systems for Harsh, Mobile and Mission-Critical Environments using Aviation Safety Standard DO254 and Railway Functional Safety Standards.

Lab Tutor for Microelectronic Systems Lab (Advanced VHDL Programs and implementation in VIVADO on Xilinx Zynq SOC).

Highly efficient, C++ based open-source, multi-threaded, HEVC/H.265 video encoder. Multi-threading implemented using QSYS & NIOS II Sbt. Design of Specific Hardware accelerators and Custom Instructions in VHDL and Focus on efficient implementation on multicore embedded systems using Altera DE II-115 Development board

Designing of circuits to interface various interfaces (like USB, SD Card, Ethernet etc.) to FPGA on PCB board, and writing test codes in VHDL for testing the interfaces with the FPGA.

Responsible for taking Mechatronics lectures for the Final year undergraduate Mechanical Students.

Developed codes in Verilog for converting a sequential debugging system to parallel debugging system.

-Microelectronic Systems -Signal Processing Hardware -Advanced Embedded Systems -Advanced Programming Technique -Complex Digital Architectures -Design and Test for Microelectronic Systems -Project Management -CMOS Analog Design