• development of brake pads for the aftermarket, and reduction of production complexity• customer claim management and technical solutions• coordination of engineering change requests (ECRs) in production

• Established production line for electropainting and spray-coating• Collected measurements and performed machine capability analysis in qs-STAT• Operated electro-coating test machinery in order to optimize production

Design and implementation of a home monitoring system capable of controlling light intensity and reading weather sensors.• Implemented sensor and device data exchange with ESP WiFi module over UART• Mapped device commands to PWM, which controls DC output to LED via MOSFET• Extended system to modulate LED output based on ambient lighting sampled by LDR• Established data exchange with MQTT broker, and extended app to communicate with broker

This project involved the design and development of an Android app for reading indoor humidity and temperature, and comparing it with the local weather forecast.Backend app side:• Implemented fetching of indoor sensor data, and weather data from public API for comparison• Implemented database caching and network requests on background threadsServer-side:• Set up sensor polled by Pico; readings relayed serially to the Pi, and formatted into json• Set up a local NGINX server on the Pi to store data, and exposed it to remote devices via ngrok

• Performed material analysis, optical element design and sintering research• Drafted preliminary optical system for infrared sintering in Zemax

• Designed and manufactured a test rig for mixing viscous liquids• Implemented a script for guiding the motors for mixing, via microcontroller

• Programmed an interactive graphical user interface for train timetabling in Matlab• Designed to receive input of arrival and departure times and train destination