Mohammed Shameem Hussain

Developing next generation hardware platform based on SOC for an endoscope (FPGA) with 4k video stream, which includes peripheral, video processing and architecture development.

Proposed and implement FPGA digital processing based on wavelets and signal encoding for LiDAR (a unit of SPAD and LASER) to increase target range detection for a worst-case scenario, i.e. high sunlight and black target. The result successfully increases the target range detection from 20m to 50m with 100% true positive detection. The topic covered Solid state LIDAR MATLAB model, Develop, evaluate and implement on FPGA (VHDL) in Xilinx, PCB layout on PADS.

This topic demands of the development of the algorithm for calculation of vehicle speed from 4 wheel speed sensors raw data at a centralized place in the software along with maximum and minimum limit.

Work experience of 3.8 years as CSWPR (Complete Software Project Responsible) and component responsible in automotive active safety system in Electronic control unit domain. Proven my ability in • System integration and testing • Request filtration and analyzing • Work and maintenance of project specific simulation environment (Labcar) at laboratory • Hardware in loop testing (HIL) • Product development and delivery

Master course (Sensor system technology) focused on Sensors and related studies. The courses cover physical, optical and chemical sensors.