- Did TFM work to create critical collateral for RTL freeze- Edited, improved, and executed test plans for three RTL features.- Debugged a critical issue gating RTL freeze

• Led laboratory sections of ENG 100 (Circuits II) and EEC 181A/B (Digital Design Senior Project)• Oversaw TPU design project: achieves 4.11x speedup in 4096x4096 matrix multiplication (100 MHz, Cyclone V DE-1 SOC)• Oversaw RISC-V design project: features pipelining, forwarding, and branch prediction (93 MHz, Cyclone V DE-1 SOC)• Oversaw bfloat-16 FPU design project: integrates with RISC-V ISA (90 MHz, ZedBoard Zynq-7000 SOC)• Organized weekly digital design challenge problems… Show more • Led laboratory sections of ENG 100 (Circuits II) and EEC 181A/B (Digital Design Senior Project)• Oversaw TPU design project: achieves 4.11x speedup in 4096x4096 matrix multiplication (100 MHz, Cyclone V DE-1 SOC)• Oversaw RISC-V design project: features pipelining, forwarding, and branch prediction (93 MHz, Cyclone V DE-1 SOC)• Oversaw bfloat-16 FPU design project: integrates with RISC-V ISA (90 MHz, ZedBoard Zynq-7000 SOC)• Organized weekly digital design challenge problems, exploring Verilog fundamentals Show less

- Worked full-time, assisting the Graphics Hardware Architecture team (hybrid)- Learned TAP (Test Access Port) methodology on the job via IEEE 1149.1 and 1167 specifications- Automated the TAP wiring hierarchy process by creating JSON and Python solutions- Considered timing and area constraints, and developed algorithms to maximize test clock frequency- Demonstrated advanced knowledge of data structures, algorithms, and object-oriented programming- Created dynamic… Show more - Worked full-time, assisting the Graphics Hardware Architecture team (hybrid)- Learned TAP (Test Access Port) methodology on the job via IEEE 1149.1 and 1167 specifications- Automated the TAP wiring hierarchy process by creating JSON and Python solutions- Considered timing and area constraints, and developed algorithms to maximize test clock frequency- Demonstrated advanced knowledge of data structures, algorithms, and object-oriented programming- Created dynamic, automatically generated diagrams to visualize the final wiring hierarchy- Presented proposals, walk-throughs, and outcomes to 3 teams across Intel- Documented design ideologies and a step-by-step walkthrough of my project Show less

- Work part-time, 20 hours a week, while being a full-time student- Collaborate with UC Davis Faculty and Staff on technological problems both remotely and in-person- Closed over 1000 incidents to date.- Utilize and develop Mac and Windows OS skills- Troubleshoot workstations, laptops, printers, projectors, sound systems, scanners, and more- Lead remote quarter transition by closing over 90 tickets in April (more than any other analyst that month)- Trained 3 incoming… Show more - Work part-time, 20 hours a week, while being a full-time student- Collaborate with UC Davis Faculty and Staff on technological problems both remotely and in-person- Closed over 1000 incidents to date.- Utilize and develop Mac and Windows OS skills- Troubleshoot workstations, laptops, printers, projectors, sound systems, scanners, and more- Lead remote quarter transition by closing over 90 tickets in April (more than any other analyst that month)- Trained 3 incoming analyst remotely on procedures, etiquette, and general troubleshooting strategy Show less

- Worked full-time, remotely assisting Silicon Design frontend and backend teams.- Implemented Azure Dev Ops Pipeline-based regressions for the Design Team and CAD/Tools dev team- Collaborated 4 teams to leverage (and at times refactor) current tools to implement regressions- Learned Pipeline YAML schema, Bash, Ruby, TCL, KQL, PowerBI, and Make on the job.- Documented my work on Azure Dev Ops Pipelines with a 10-page guide and tutorial.- Presented proposals, walk-throughs… Show more - Worked full-time, remotely assisting Silicon Design frontend and backend teams.- Implemented Azure Dev Ops Pipeline-based regressions for the Design Team and CAD/Tools dev team- Collaborated 4 teams to leverage (and at times refactor) current tools to implement regressions- Learned Pipeline YAML schema, Bash, Ruby, TCL, KQL, PowerBI, and Make on the job.- Documented my work on Azure Dev Ops Pipelines with a 10-page guide and tutorial.- Presented proposals, walk-throughs, and outcomes to 4 teams across Microsoft- Configured two Kusto database for automatic data collection and KQL query support- Created PowerBI reports to organize regression data and send nightly emails to relevant teams. Show less

- Worked full-time for first six months, part-time for last two months (remote and in-person)- Participate in Agile Development with bi-weekly Sprint Meetings- Upkept a Kanban board and updated my daily progress on tasks- Automated 5 test flows via Python for security validation on future NVMe SSD products- Refactored 15+ test scripts to be more readable, efficient, and future proof- Integrated 15+ test scripts into a testing framework for modularity, batch testing, and ease… Show more - Worked full-time for first six months, part-time for last two months (remote and in-person)- Participate in Agile Development with bi-weekly Sprint Meetings- Upkept a Kanban board and updated my daily progress on tasks- Automated 5 test flows via Python for security validation on future NVMe SSD products- Refactored 15+ test scripts to be more readable, efficient, and future proof- Integrated 15+ test scripts into a testing framework for modularity, batch testing, and ease of use- Consolidated over 2000 lines of repetitious code during refactor project- Organized 5+ Code Review Sessions that tackled our 15+ test scripts- Participate in Peer and Individual Programming over Microsoft Teams and Skype- Headed Debug System project: set up 6 remote test development benches for team use- Explore NVMe functions and features, along with security protocols (ATA-PT and TCG) for NVMe SSD’s- Enable future Interns success via remote, in-person, and written training after internship extension- Create and update 20+ knowledge base pages documenting my work and discoveries. Show less

I worked three summers in food service:- prepared sundaes- washed dishes- bussed tables- server's assistant

I originally troubleshooted computers for The Arts Administrative Group at UC Davis, until Letters and Sciences IT absorbed TAAG IT.