Mijo Michael

• Designed a high-speed timing comparator for high voltage automotive motor drivers in SPT11. • Evaluating delay, threshold voltage, and power consumption across PVT variations and analyzing effects of device mismatch. • Leveraging Solido PVTMC Verifier (Solido DE) for statistical 3σ yield and variation-aware verification. • Checked robustness against DPI/EMC disturbance and high-voltage pulses. • Optimization and automation of the circuit block using evolutionary algorithms in python.

• Developed Python scripts to compare Electromigration & IR drop (EMIR) and Self-Heating reports to plot current limits for different corners. • Automated regression framework within Veribot with the help of Python scripts implemented. • Pass/fail testcases created to run the tool (Cadence Voltus-Fi) and evaluate reports.

• Analog front-end work for 400G optical transceiver; designed elements of a 56 Gb/s VCSEL driver. • Developed testbenches in VHDL/SystemVerilog for RISC-V processor modules.

• Developed microservices using AWS IoT, Java Spring Boot, and web services for a Connected Cars Platform for Qualcomm. • Responsible for development, analysis, and testing of the same for Consumer Electronics Show (CES) 2022. • Responsible for services for vehicle location telemetry & geofence management and vehicle authorization & provisioning management.

Planning company LAN, Transmission media devices, Implementing company LAN, Troubleshooting company LAN.

Focused on analog, mixed-signal, & RF IC design, covering CMOS analog circuits, transistor-level topologies, small-signal analysis, radio frequency integrated circuit design, neuromorphic VLSI, physical design, antennas and radar systems, and broadband communication systems.

Analog Electronics, Microprocessor and Embedded Systems, Computer Programming, Digital Electronics