Mechatronic Systems Engineering · UWindsor 2029
Hands on experience at a Swedish robotics company, a nuclear energy research greenhouse, and on a Mars rover team. This site is the proof: photos, build details, and results for the work on my resume.
Built the Fairino FR30 robot data visualization and control suite from scratch. It is now central to the team development work and is used daily for troubleshooting and testing new features.
View project →Student research lead in nuclear energy management, biointeractive lighting, and sustainable greenhouse optimization, researching energy from tower to tummy.
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Founded and developed a greenhouse automation platform: custom WiFi sensors feed an always on dashboard where growers view and control live data, temperature, ventilation, watering, and fertilization.
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Designed and programmed the rover GPS infrastructure and its ROS 2 bridge to an NVIDIA Jetson, and led the GPS sub team.
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Designed and built an autonomous multi actuator delivery system that placed payloads within plus or minus 5 cm at 3 m, completing 3 autonomous deliveries on a 328 dollar budget.
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My bench builds outside of school and work. Breadboard ESP32 projects including a Game Station with a temperature and humidity monitor and mini games, and battery powered sensor nodes. This is where WallerWatch started.
View project →Co-founded UWindsor's first mechatronics club, an automation focused engineering team building toward autonomous aerial and ground robotics, and the 2027 AEAC unmanned aircraft competition.
View project →Member of the WinSAT satellite team since September 2025, working on electronics, testing, and integration.
View project →Avionics team member. Drafted repair plans for rocket fin damage from a launch and studied rocket telemetry and software design.
View project →ESP32, Arduino Uno, NVIDIA Jetson, Raspberry Pi, Fairino FR30 cobot, GPS modules, custom IoT devices, device to device communication, soldering, wiring. Proof: Node 3, Rover GPS, ESP32 builds.
ROS 2, Python, C++, Java, JavaScript, data visualization. Proof: STILFOLD suite, software projects.
Git and GitHub, VS Code, remote SSH, Linux (Ubuntu), TinkerCad, SketchUp, AutoCAD, Excel, Canva. Proof: remote development on STILFOLD hardware over SSH, circuit testing in TinkerCad for the Rover team.
English, Swedish, and French. Proof: planned and delivered work on site in Stockholm switching between Swedish and English daily, and a five week French immersion in Quebec where I was named Student of the Program.
Founded southern Ontario's first high school MEDLIFE chapter, recruited 45 members, and organized a 10 day service learning trip to Lima, Peru in July 2025.
Co-founded UWindsor's first mechatronics club in March 2026. See the LARC project page.
VP Advocacy at UWindsor Engineers Without Borders. Recruited members who have gone on to attend conferences and take on club leadership roles.
Looking for: a Summer 2027 co-op in mechatronics, robotics, embedded systems, or energy. Based in LaSalle, Ontario. Work eligible across Canada and the EU/EEA.
Contact: lukaswaller07@gmail.com · LinkedIn · GitHub