Laser soldering equipment, from zero to one
Starting from a failed laptop repair, my team turned temperature-controlled laser soldering into equipment we could build and sell.
SKYWHALE Technology · Startup partner / Product manager
From mechatronics to energy engineering to strategy research. First I learned how to build a machine; then how to judge whether a market is worth building for.
Market Strategy Researcher
I research data center infrastructure and key customer industries, and track how AI compute and domestic chips change power distribution, thermal management and racks. I also help bring AI into everyday work, turning research methods into reusable tools.
Product Application Engineer (intern) · R&D
Worked on the design and application of a 70 MPa high-pressure hydrogen storage system, connecting simulation, assembly and testing into one loop.
M.Eng., Power Engineering and Engineering Thermophysics
Core researcher on a National Key R&D Program project studying flow erosion in high-pressure hydrogen valves and the transient opening of check valves.
Startup partner / Product manager
With my team, turned temperature-controlled laser soldering from a lab idea into equipment we could sell to consumer electronics and precision manufacturing customers.
Written the consulting way: the context, what I did, and what came out of it.
Starting from a failed laptop repair, my team turned temperature-controlled laser soldering into equipment we could build and sell.
SKYWHALE Technology · Startup partner / Product manager
In the R&D team of a French automotive supplier, I worked across the full chain of a 70 MPa hydrogen storage system, from requirements and component selection to simulation and testing.
OPmobility · Product Application Engineer (intern)