Tyson Messori
About
Tyson Messori is from Alameda, California, United States. Tyson is currently Hardware Engineering Manager at Hippo Harvest, located in Pescadero, CA. In Tyson's previous role as a Mechanical Engineering Consultant at Uptronics, Tyson worked in Alameda, California, United States until Mar 2026. Prior to joining Uptronics, Tyson was a Mechanical Engineering Manager at FarmWise and held the position of Mechanical Engineering Manager at Santa Clara, California, United States. Prior to that, Tyson was a Senior Mechanical Engineer at MiQ Partners, based in Oakland, California, United States from Nov 2022 to Feb 2023. Tyson started working as Mechatronics Engineering Manager at OSARO, Inc. in San Francisco, California, United States in Jun 2021. From Oct 2020 to Jul 2021, Tyson was Senior Mechanical Engineer at FORME Life, based in San Francisco Bay Area. Prior to that, Tyson was a Senior Mechanical Engineer at Roam Robotics, based in San Francisco, CA from Jan 2020 to Aug 2020. Tyson started working as Vice President Of Engineering at Airspace Systems Inc. in San Leandro, CA in Sep 2018.
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Tyson Messori's current jobs
I am managing a team of mechanical, mechatronics and systems engineers in the effort to produce state of the art leafy greens hydroponic farm robots.
Tyson Messori's past jobs
I am doing mechanical engineering consulting in the areas of smart exercise equipment, defense drones, hydrafoil boats and bike products. I'm interested in just about any kind of robotic/mechatronic product design. I love making products that make the world a better, safer, and more fun place! My main project is currently designing the next generation of Fight Camp's smart punching bag system. Check it out: https://joinfightcamp.com/?srsltid=AfmBOopdVC9FxGwIkMo3VHYYEVF_BiPK1c8l5q7lbd52mvgoIBs_vQIm
• Led a team of four mechanical engineers in designing a high-precision AI vision-based row crop weeding machine. • Focused on design for manufacturability and user-friendliness, transitioning the product from prototype to production. • Successfully launched the product, with several dozen units now operating across the western United States. • Managed and upgraded Solidworks PDM Pro and implemented an Enterprise Resource Planning (ERP) system.
• Designed assembly documentation for a biomedical tool test machine, ensuring precision and compliance. • Diagnosed and engineered solutions for a transplant robotic gripping mechanism, enhancing reliability. • Contributed to the layout of Plenty's vertical farming system, promoting innovative agricultural practices.
• Led the design of hardware for Osaro’s innovative auto-bagging solution using Solidworks. • Oversaw the successful construction of autonomous auto-bagging work cells at customer sites. • Developed comprehensive standards for product design, documentation, and manufacturing processes. • Managed and mentored a diverse team of engineers, technicians, and interns, enhancing team performance.
• Developed key components for the “Studio Lift” pull cord exercise machine, preparing for production. • Collaborated with a large contract manufacturer to enhance production processes through EVT, DVT, and PVT phases. • Prepared essential manufacturing documentation, including standard operating procedures and assembly test plans. • Gained extensive experience in PTC Creo 7 CAD design, contributing to the overall project success.
• Led the re-design of a robotic exoskeleton tailored for skiers with arthritic knees, enhancing mobility and comfort. • Managed a team of six mechanical engineers, ensuring timely design reviews and approvals. • Modeled and tested innovative pneumatic actuators and injection molded parts, contributing to prototype development.
• Led a team in designing and constructing an aerospace-grade interceptor drone for autonomous detection and capture of trespassing drones. • Managed the hiring and development of mechanical and electrical engineers to enhance team capabilities. • Implemented Solidworks Professional PDM and ERP systems to streamline project management and production processes. • Successfully delivered a twenty-unit batch of drones for military and airport customers, with one prototype now exhibited at the Smithsonian Museum. Patents: • Patent Application Number 20200079488, UNMANNED AERIAL VEHICLE WITH ISOLATED COMPONENTS • Patent Application Number 20200083979, UNMANNED AERIAL VEHICLE JAMMER
I led a team of engineers in developing the world's most capable aerial drone defense system.
• Developed innovative concept models for a self-cleaning robot charging station, enhancing product functionality. • Designed injection molded components and sensor subsystems for next-generation robot vacuum cleaners, improving performance. • Led the establishment of a 3D printing lab, overseeing purchase, installation, and staff training to boost engineering capabilities.
• Co-founded Scanse and served as CTO, leading the development of an innovative scanning LiDAR sensor. • Spearheaded a successful Kickstarter campaign, overseeing video production and customer outreach efforts. • Secured VC seed funding and participated in an accelerator program to enhance product development. • Successfully shipped thousands of units, ensuring customer satisfaction and market presence.