Working on backend physical implementation in the ASIC design flow: placement, routing, and timing closure for high-speed optical networking silicon.
Computer Engineer · Texas Tech University · Dec 2026
Working on backend physical implementation in the ASIC design flow: placement, routing, and timing closure for high-speed optical networking silicon.
Researching high-power optoelectronic device manufacturing under the DARPA 3DHI program. Analyzed and refined measurement systems to evaluate light output of prototype LEDs.
One-on-one tutoring in Probability, Statistics, and Discrete Mathematics. Also assisted in project lab courses covering C programming, hardware design, and system integration.
Built a real-time VoIP system on an MSP432 microcontroller. Audio is captured, encoded, and streamed over UDP between three nodes, with RTOS tasks managing audio processing and network I/O simultaneously.
Designed an ESP32-based LoRa transceiver that logs temperature, humidity, and timestamped readings. Built a display and menu system for on-device configuration and modularity.