Fahim Mohammad

Leads the Graphics Center of Excellence that develops Video & Graphics IP Hardware and Software solutions that empowers automotive instrument clusters and adjacent

Seasoned Engineering manager leading a game-changing modem development team - Leader of a wireless frontend modem development team, revitalized the team after a major reorg and secured high impact in a disruptive and company-wide visible development project - Lead and delivers mission-critical projects within very challenging constraints

- Engineering manager of a multi-site digital design team developing customized and scalable Interface IP subsystems as well as standard IP components; - Program manager of Interface IP subsystem development for worldwide SoC projects for Mobile, wearable and IoT applications; - Leading collaboration with int/ext IP vendors, x-functional teams & ODC

- Inter Processor Subsystem development lead - IP digital design and verification eng. - IP reuse specialist

Design Lead 32-bit MCU Design Business Unit : Automotive and Embedded

My Work includes: Design : Design Spec review, RTL-coding of Flash Standard Interface(FSI), functional verification Back-end flow : Top level synthesis using Synopsys DC, DFT/Scan chain insertion, Static Timing Analysis using PrimeTime, supporting ATPG with Fastscan and LEC with Cadence Encounter Conformal

Nanotron works on low-cost, low-power ICs for robust, reliable communication plus precision location for RTLS solutions. My Work includes: * TDOA based Real Time Location System(RTLS) and Location Aware Wireless Sensor Network(WSN) * IEEE 802.15.4a compatible IC * IC design * Support and HF measurements

Worked on following projects: 16 Gbit 48 nm Multi Level Floating Gate Flash chip: Helped in modeling the device using SystemC. Contributed to the concept development phase of microcontroller architecture for FLASH devices and implemented it with VHDL. Set up synthesis and STA with constraints for the digital blocks. Also supported the test engineers for the µC characterization 8Gbit 48 nm Single Level Floating Gate Flash chip: Modeled the µC in SystemC. Then verified the µC using systematic regression env.

FPGA design for satellite tranceivers using VHDL, Matlab, SystemC

FPGA/IC design, VHDL, Digital electronics, Semiconductor devices, Telecommunications

Telecommunications, VLSI, Microwave Technique, Semiconductor devices