Martin Kellinghusen is an electrical engineering student at the University of Victoria with experience in electronics troubleshooting, PCB design and fabrication, programming, and mechanical fabrication. He has worked on various personal projects including an FM radio receiver, tri-copter drone, and data logger. His work experience includes co-op terms at medical device and pulp and paper companies where he worked on electrical systems. He is currently involved in student teams at UVic for rocketry, IEEE, and the Engineering Student Society.

1. Martin Kellinghusen
Victoria, BC +1 (250) 897-5018 kellinghusen.ca martin.kellinghusen@gmail.com
Technical Skills
Electronics Troubleshooting: Experienced in troubleshooting circuits using test equipment such as
digital multi-meters, oscilloscopes, signal generators, meggers, and debugging tools.
PCB Design: Experienced using software to design and simulate electrical circuits before prototyping.
This includes using LT Spice/OrCAD for schematic design and analysis and then moving onto Altium to
design the completed PCB.
PCB Fabrication: Experienced in hand soldering of SMDs including 0402 packaging and TH components.
Project Documentation: Experienced documenting large projects from start to finish. This includes
documenting all design, testing, revision, and commissioning information necessary to the project.
Design Software: Electrical and mechanical modeling experience using Solid Works and AutoCAD.
Experienced using document management systems to update, track, and release revised drawings.
Mechanical Fabrication: Past experience in metal, wood and composites fabrication, including the use
of basic hand and shop tools, lathes, laser engravers, and 3D printers.
Programming Experience: MatLab, C, C++, and Python.
Personal Projects
FM Radio Receiver: I designed and built an FM receiver using Altium. This included constructing the
schematic, creating the necessary schematic and PCB footprints, and laying out the PCB. Project Link
Tri-Copter: I designed and built my own tri-copter before personal drones were mainstream. It used a 3
axis accel/gyro with an Atmel 644 processor to continuously adjust the flight dynamics. Project Link
Data Logger: In collaboration with UVic FSAE, I designed and built a data logger to be used during off
season testing. The completed project uses an Arduino with a homemade breakout board to record 8
inputs and write the data to a CSV file on an SD card for further analysis. Project Link
1989 Bayliner Capri Electrical System Upgrade: I completely redesigned and installed a new onboard
electrical system. This included installing a new power distribution system for a bilge pump, navigation
lights, horn, instrumentation panel, depth sounder, and a 1000W sound system. Project Link

2. Work Experience
Starfish Medical: Electrical Engineering Co-op January 2016 - August 2016
 Conceptual and physical development of electrical circuits and systems.
 Assembly, testing, and troubleshooting of circuit boards and electrical assemblies
 Documentation of designs, meeting ISO 13485 standards.
 Schematic capture and PCB layout using Altium Designer.
Zellstoff Celgar: Electrical Engineering Co-op January 2014 – August 2014
 Worked on a variety of high and low voltage AC and DC electromechanical systems.
 Learned how to utilize resources from a multidisciplinary team of engineers and technicians.
 Experienced working in a fast paced environment where job priorities changed frequently.
Top Quality Music: Audio and Visual Technician May 2013 – August 2013
 Responsible for production design, setup, and the operation of all equipment at each event.
 Each job required troubleshooting during stressful situations.
 Demonstrated confident decision making while working under pressure.
Transferrable Skills
Communication: I am confident speaking in front of large audiences and presenting important
information to management during critical meetings. I have successfully landed project funding on
multiple jobs as a result of strong communication skills.
Time Management: I have successfully managed multiple overlapping projects with constantly changing
deadlines. This required exceptional organization, execution and confident decision making.
Current Student Team Involvement
UVic Rocketry: Guidance Navigation and Control Lead May 2015 – Present
Our team received the Canadian Society of Mechanical Engineering – First Place Capstone Design Award.
I am responsible for designing, and testing all electrical systems onboard UVic’s Picea 1 rocket. Club Link
UVic IEEE Student Branch: Chairman September 2015 - Present
I manage the UVic IEEE board of directors and oversee all club initiatives and activities. Club Link
UVic Engineering Student Society: Vice President Academic September 2015 – January 2016
I represent the engineering student body at all faculty and community meetings and events. Club Link
Education
Bachelor of Engineering – Electrical Sept 2012 - Present
University of Victoria Victoria, BC. Canada