Engineering earns its value through how it performs in the real world.
My work connects electronics, software and physical systems, from design rationale to practical validation.
I'm Chenbo Lin, an Electrical and Electronic Engineering student at Newcastle University. My projects span multilayer PCBs, circuit simulation, Python automation, machine-learning experiments, motor control and autonomous underwater vehicles.
Selected projects in PCB design, power electronics, automation and autonomous systems, documenting the path from engineering constraints to verified outcomes.
View all workHDI routing for a small, high-speed flex PCB.
Worked on multilayer PCB stack-up planning, rules-driven HDI routing for high-speed signals and thermal decisions for a miniature flexible board.
Focused experiments in automation, measurement and control, used to validate methods, parameters and system behaviour.
Automating an ORD calculation workflow.
This Python workflow connects computational chemistry tools with custom scripts to process Optical Rotatory Dispersion (ORD) calculations. It keeps the input, parameters and generated outputs together, reduces repetitive manual steps and makes each run easier to check and repeat.
What it covers
Tools that support design, analysis and implementation, alongside enduring interests beyond engineering.
Tools and methods. Enduring interests.
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Open to thoughtful projects and research conversations.
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If you're developing hardware, automation or autonomous systems, I'd be glad to discuss the work.
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