Mads Rudolph.
seeking praktik from Jan 2027 · open to student jobs
I'm an Elektroteknologi (B.Eng.) student at DTU who builds and debugs real hardware: PCBs designed in KiCad and fabricated on my own fiber-laser and CNC workflow, ESP32 firmware that runs for months, and lab tooling built when the right instrument didn't exist. This site is the evidence — every project links to its repository, and every writeup includes what went wrong and how I diagnosed it.
Jeg er diplomingeniørstuderende i Elektroteknologi på DTU og søger praktikplads fra januar 2027 samt studiejob inden for elektronik og embedded udvikling. Skriv gerne på engelsk eller dansk.
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SRM-CAM: a CAM tool for milling PCBs on a Roland SRM-20
A desktop CAM application that turns KiCad Gerbers into machine code for a Roland SRM-20 mill — with auto bed-leveling, double-sided registration, and a reverse-engineered SPI probe interface.
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ESP32 reflow hotplate, designed from scratch
A 24 V DC SMD reflow hotplate built around an ESP32 and a CNC-milled control board — with a unit-tested PID core, a layered safety watchdog, and copper sized by IPC-2221 for 13 A.
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Reverse-engineering the Korad KD3005D bench supply
Finding and decoding a bench PSU's hidden UART with a logic analyzer, catching a floating-ground hazard with a multimeter before it destroyed hardware, and designing an isolation-safe ESP32 carrier board around it.
Email: mads28122001@hotmail.dk · GitHub: MadsRudolph