Dr. Aurang Zaib

Engage with Sales and Marketing teams to provide technical support for product lines with a primary focus on FPGAs and Embedded solutions. Use insight and influencing skills to help clients and offer unique perspectives on their technology, which link back to Microchip’s solutions. Engage in client architectural discussions and reviews driving best in class support with Microchip’s Embedded solutions. Provide essential communications across functional teams to improve product features and support to client

Conceive, design and develop Embedded Systems for 3D sensors Implementation of 3D vision algorithms in hardware descriptive languages (VHDL) for SoCFPGA platforms Simulation, verification and validation of Embedded Systems in SystemVerilog and Matlab based Framework Generation of Hardware Interface, test and hardware bring-up embedded software Coordination of techincal tasks for Firmware development within Embedded Systems team

Design, development and optimization of FPGA designs for high-end image and video processing applications Define tasks and Todos for related user stories, estimate effort and propose Project time schedule for Firmware development Implementation of modules in hardware descriptive languages (VHDL and Verilog) Simulation and verification of FPGA designs in SystemVerilog and Python based Framework Generation of Hardware Interface, test and hardware bring-up embedded software for SoCFPGA platforms

- Invasive Computing http://invasic.informatik.uni-erlangen.de/en/index.php - Design, implementation and verification of a Network Interface (NI) with Quality of Service (QoS) and Direct Memory Access (DMA) support over on-Chip Network - Development of a SystemC-based simulation framework - Development of many-core architecture prototype on FPGA-based embedded system in VHDL and SystemVerilog - Embedded system software development using C/C++

- Autovision project http://www.lis.ei.tum.de/index.php?id=62 - Autovision- A Run-time Reconfigurable MPSoC Architecture for Future Driver Assistance Systems - Development of Inter-frame Dynamic partial reconfiguration demonstrator - Logic synthesis, timing analysis and placement optimization of Image processing hardware accelerators for driver assistance

- Video and image processing PCB (14 layers) with TMS320C642 DSP Processor and Virtex-II FPGA as major processing components - Implementation of video and image processing algorithms on DSP processor and FPGA - Video and image processing algorithm development catering real world problems of scene matching, object detection and tracking - Implementation of algorithms like Radon transform-based vector matching, Chamfer matching and Sum of absolute difference

Electrical Engineering, Embedded Systems, Computer Architecture, Integrated Systems

Communication electronics, System on Chip, Multi-core architectures, Hardware descriptive languages , Image and video compression

Computer architecture, Digital logic design, Object oriented programming, Digital signal processing