Application Engineer · ACCO Test
I work at the intersection of semiconductor ATE, digital IC design, FPGA systems, and field engineering. I care not only about making systems work, but about making them testable, transferable, and dependable in delivery.
ABOUT
My path began with Verilog RTL and FPGA systems, then expanded into semiconductor ATE applications, test-program migration, and hands-on validation. I approach complex systems by turning them into measurable, verifiable, and reproducible engineering steps.
EXPERIENCE
2026 — Present
ACCO Test
Supporting semiconductor automatic test equipment through test-program migration, resource adaptation, debugging, validation, and solution delivery—building a dependable bridge between devices, test platforms, and the field.
SELECTED WORK
From hardware links to research tools, these projects reflect how I approach cross-layer engineering problems.
A Zynq-7020-based receiver for a high-speed digital link.
Designed direct-I/O sampling, frame parsing, clock recovery, two-stage synchronization, soft correlation, and board-level validation. The system recovered data at up to 40 Mbps with a 200 MHz main clock.
An offline map that separates modern livability metrics from historical terrain context.
Combined terrain, roads, transit, parks, water, and public-facility data into an interactive screening tool, with explicit source attribution and clear methodological boundaries.
A long-horizon candidate screening, valuation, and evidence-management system.
Connects data cleaning, financial screening, FCF valuation, backtest auditing, and report generation, with safeguards against look-ahead bias and an emphasis on cash-flow quality and human due diligence.
A dependable asynchronous task channel between a phone and a desktop development environment.
Uses Syncthing, Tailscale, and system services for task submission, status checks, and result delivery. Its mailbox architecture keeps work recoverable through intermittent connectivity.
EDUCATION & RECOGNITION
2023 — 2026
M.Eng. in Electronic Information
High-speed digital systems, modern digital signal processing, and digital integrated-circuit design.
2018 — 2022
B.Eng. in Electronic Information Engineering
Circuits, analog and digital electronics, communication principles, signals, and systems.
05 / CONTACT
I welcome conversations about semiconductor test, digital systems, FPGA development, and engineering tools.
Send an email2874248970@qq.com↗