MagCanica
Ryan Kari is a seasoned engineering professional with extensive experience in the field of electronics and mechanical engineering. Serving as Chief Technology Officer and Director of Electronics at MagCanica since April 2002, Ryan is responsible for the development and full product cycle of signal conditioning electronics and leads the technology roadmap for condition monitoring programs. Prior experience includes a role as Senior Engineer focused on the design and manufacture of torque and rate of change torque sensors for various industries, and an internship at Goodrich where Ryan assisted in the development of a laser-based ice detection system and transitioned 2D designs to 3D models using Pro/E. Ryan holds a Master of Science degree in Mechanical Engineering from Stanford University and a Bachelor of Science in Mechanical Engineering from the University of Minnesota.
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MagCanica
MagCanica, Inc., a leading provider of non-invasive torque sensor systems, is actively seeking new members to join our San Diego engineering team as we expect continued growth during 2018 and beyond. Since the Company’s inception, MagCanica has focused its efforts on the development and commercialization of its non-contact torque sensor technology which is used to measure torque on high performance powertrains across the motorsport, aerospace, and energy sectors. MagCanica is the global market leader in motorsport torque sensing and powertrain performance monitoring across a variety of automotive racing series including Formula 1, IndyCar, Formula E, LeMans, NASCAR, and World Rally Car. Additionally, MagCanica provides hardware, support services, and technology to the US Navy, US Army, and US Air Force as well as Sikorsky, GE Oil & Gas, and Honeywell Aerospace. Leveraging its leading position worldwide in motorsport torque measurement, MagCanica is poised to expand further in its existing markets as well as into new markets such as high performance sports cars and electric and autonomous vehicles. MagCanica plans to continue to innovate by introducing new and more intelligent product lines such as integrated sensor systems that concurrently measure RPM, torque, rate-of-change-of-torque, and power with onboard microcontrollers and embedded firmware.