• Owned and drove the design and implementation of several SAR analog to digitalconverters for Wi-Fi 802.11 standards• Delivered a completely functional and IEEE 802.11 b/g/n standard compliant chip with a powerconsumption 3x less than the competition in 40nm and 28nm CMOS processes• Independent handling, design, implementation and optimization of various Ultra-Low-Power analog and mixed signal blocks including but not limited to LDOs, Op-Amps, Comparators,...etc.• Worked… Show more • Owned and drove the design and implementation of several SAR analog to digitalconverters for Wi-Fi 802.11 standards• Delivered a completely functional and IEEE 802.11 b/g/n standard compliant chip with a powerconsumption 3x less than the competition in 40nm and 28nm CMOS processes• Independent handling, design, implementation and optimization of various Ultra-Low-Power analog and mixed signal blocks including but not limited to LDOs, Op-Amps, Comparators,...etc.• Worked with layout designers on each block to make sure the design in hand meets specifications• Tested the fabricated chip in the lab to characterize it and to ensure fault-free operation• Aligned regularly with the team in San Diego on the design progress by holding biweekly conference calls and by traveling to the office in SD to synchronize the work done by the different teams Show less

• Promote the bicycle as a sustainable means of transport and facilitate its use in Beirut through street art, public interventions, community projects & city planning

• Owned and drove the design and implementation of a novel multi-ported register file targeted for high-performance microprocessors• Implemented, validated, and tested a 32-bit Quaternary-Tree adder and a 32-bit single-cycle precision booth multiplier using Verilog and ModelSim• Held regular meetings and working sessions with the CR lab members to align on the overall design and ensure adherence to the specifications• Published and presented the results at the ICEAC 2011 conference