

Matt DesJardien
Mechanical Engineer
Email:
Address:
19207 63rd AVE NE
Kenmore, WA 98028
A Bit About Me
My name is Matt DesJardien. I’m a mechanical engineer by training, but throughout my career and in my hobbies I’ve worn many hats and tackled a wide variety of challenges across disciplines.
I began my career in aerospace, working on jigs, tooling, and automation systems. My first role had a startup-like atmosphere where each engineer owned their designs end-to-end. I was responsible for everything from problem solving and prototyping to sourcing, assembly, and testing. It was a fantastic crash course in owning a project from concept to completion.
From there, I joined Boeing Research & Technology, where I designed both small tools and large-scale automated systems. Whether I was improving drill jigs or helping develop next-gen manufacturing platforms, I found ways to innovate inside a massive organization, an effort that’s resulted in 28 granted U.S. patents (and counting). I worked on large battery powered systems, monumental manufacturing systems, small hypermobile drill platforms, and vision-based surface scanning hardware.
After earning my MSME, I joined the Amazon Go hardware team. We focused on sensors and infrastructure for the Just Walk Out experience. It was a crash course in customer-facing electromechanical systems and designing for retail environments. I’m proud that my designs have shipped in high volumes and operated for years in live stores with exceptionally low field failure rates. Here I honed my skilled in high volume processes like injection mold design, and parametric design for high volume sheet metal.
Most recently, I’ve been remotely leading the mechanical engineering team for a robotics startup based in Austin. We developed a family of robotic end-effectors for AGVs, focused on delivering practical, cost-effective automation. There I designed a custom mecanum wheel designed for extreme loads, carrying the sensor-laden robotic platform. It’s an excellent place to get back to the vertical ownership of a startup, and the goal of doing more with less.
Outside of work, I’m just as curious and hands-on. I’ve done a long-block engine swap in my high school car, built my own TrueNAS Linux server, and I spend a fair amount of time 3D printing, woodworking, and building small things that make life better. I enjoy learning new tools and technologies and getting to know the people who love them too. Professionally, my favorite CAD platform is SolidWorks but I spent years working in Catia and a year in CREO. Then, I use Autodesk Fusion for my personal designs.
If you’re looking for someone who thrives in a multidisciplinary environment, enjoys solving tough problems, and brings a healthy dose of curiosity and good humor to the team, I’d love to chat.
Sincerely, Matt DesJardien
Work Experience
Mar 2024 - Present
Wilder Systems Robots
Mar 2023 - Feb 2024
Amazon Go
Senior/Principal Mechanical Engineer leading the mechanical team to create automation solutions increasing the company capabilities and improving quality of existing models.
End of Arm Tooling Design: Lead the mechanical engineering team in rapid development of quick-change robotic end effectors for drill, probe, cold work, weld, sand, scan, washdown, and NDI.
AGV Platform Design Lead: Designed weldment, custom high-load mecanum wheels, system lift mechanism, and wire management. Improved DFM/DFA, while also reducing system cost.
Sales Engineering/Customer Rep: Represented the company in sales and quoting regarding technical capabilities and contracts.
Senior Mechanical Engineer designing and implementing customer-facing electronics and high volume infrastructure components.
Senior Mechanical Engineer for Sensor Systems Team: Led mechanical product design for sensor team, creating the next generation of shelf sensors. Considered material selection for low and high temperatures at high humidity. Worked with various compliance organizations for food safety, wireless emissions, and import/export. Mentored and direct managed new employees. Designed injection molded parts for low volume testing and MP. Approved automated glue dispensing for new piezo-based load cell assembly. Collaborated closely with ID on customer-facing components.
Technical Lead for Wireless Base Station: Owned sheet metal enclosure for sub-gig radio hub to communicate with satellite sensors to enable sensor fusion. Designed for passive heat dissipation in triple-stack PCBA. Unblocked IOT for 1000 client low bandwidth e-tickets. Wrote the acceptance test plan.
Mechanical Engineer for Amazon Go Infrastructure Team: Redesigned the wire routing for each shelving unit to reduce capex cost by $20k per shelf. Created a modular system to speed tech enablement installation for sensors by 50%.
Aug 2011 - Aug 2018
Boeing Research and Technology
Senior Mechanical Design Engineer (Materials Processes and Physics) in the automation and technology integration group. Focused on flexible tooling, mobile platforms, and process improvement for future aircraft.
Project Engineer for Surface Scanning Robot, 777x: Project Manager and Principal Investigator for implementation of mobile metrology robot for predictive shimming of major structural interface. Designed sheet metal and machined components, oversaw procurement and system implementation.
Automation Equipment design focal for 777x stringer fabrication: Improving cost and reliability of the manufacture of carbon fiber subcomponents was a crucial issue to the launch of the 777x program. Led mechanical system design and specification documentation with preliminary suppliers and conducted design reviews. Designed and produced prototype equipment for alternate path concepts.
Hardware Designer for Mobile Flexible Fixtures, 777x: Designed and produced Automated Guided Vehicles to support a 777x wing assembly future state concept. Created a safe-by-design 10 axis motion platform.
Jan 2007 - Aug 2011
Electroimpact Inc.
Mechanical design engineer for aerospace tooling and automation solutions. Owned projects from concept to on-site installation.
Lead designer for upper cover handling jacks, A350XWB: Designed and produced an innovative servo-mechanical lift system suitable to handle aircraft parts. Project was completed on schedule and in-budget.
Project lead for rib stiffening during A350XWB wing assembly: Final design exceeded past comparable projects' accepted performance metrics. Weight optimized components to eliminate handling equipment.
Project Engineer for Flextrack portable drilling: Designed new wide-rail model, with increased range of motion and additional degrees of freedom.
Education

Master's of Science
Mechanical Engineering
Earned Dec 2016
University of Washington - Seattle Campus

Bachelor's of Science
Mechanical Engineering
Earned Dec 2006
Washington State University - Pullman Campus






