Umair Razzaq

Protocol layer interface implementation between a CAN virtualization wrapper for multi-core Virtual Machines and the Philips SJA 1000 CAN controller. Initializes the CAN controller and manages the data transfers. Implementation of Fault Injector on Actel’s SmartFusion customizable SoC evaluation kit. The fault injector, implemented on ProASIC3 FPGA, is used to inject erroneous clock and voltage spikes to an encryption engine.

Worked on the project “Emulation of Super Caps using programmable power supply”. The power supply was controlled over GPIB interface using SCPI commands. The project was developed in Eclipse, programmed in Python, while GUI was designed in PyQt library.

Design and implementation of Radar’s DSP Processor on FPGAs. The Algorithms include high order FIR filters, adaptive thresholding and sorting algorithms Design and development of signal processing algorithms Simulation and testing of each algorithm using Matlab Floating point and fixed point conversion of algorithms in C Synthesis using Xinlinx ISE and implementation on Virtex-IV FPGA Development and testing of FPGA cores for PCI, ADC and SRAM interfaces. High speed data acquisition system design.

On research based industry project; design and implementation of software and hardware for “E1 network analyzer” Firmware development using Verilog HDL, ANSI C and Microsoft Visual C++ Implemented on Spartan-3 FPGA with ATMEL microcontroller (ARM7), interfaced with computer via LAN which acts as control and command center.

Worked in Communication Division (Special Systems) on TETRA communication system, Emergency Call Radio System design and Testing of PCB boards

Digital IC design, HW SW Codesign, SoC Solutions in Networking, High Speed Digital CMOS circuits, Electronic Design Automation (EDA)

Digital Signal Processing, Digital System Design, Computer System Architecture, Digital Image Processing, Operating Systems