LSP Technologies, Inc.
Devin Hilty has extensive work experience in the engineering field. Devin started their career as a Research and Development Co-op at ETHICON Johnson & Johnson, where they assisted engineers in the design and analysis of surgical ultracision. Devin later joined Honda Research and Development of North America as a Research and Testing Co-op, where they conducted research, tested vehicles, and analyzed vehicle performance. Devin then worked at Rolls-Royce as a Mechanical Design Engineer, participating in a professional excellence program and designing custom compressors for the oil and gas industry. Devin continued their career at Siemens as a Mechanical Design Engineer, overseeing the design of custom compressors and managing drafting and checking groups. Devin later joined Acoustech Systems as a Project Manager and Lead Design Engineer, developing ultrasonic machining technology and tools. Currently, they are with LSP Technologies, Inc. as the Head of Mechanical Engineering, leading a team of engineers and designers in designing laser shock peening systems and developing standard design processes.
Devin Hilty completed their education at The Ohio State University, where they earned a Bachelor's degree in Mechanical Engineering in 2008. Devin then continued their education at the same institution and obtained a Master's degree in Mechanical Engineering in 2010. In addition to their academic achievements, Devin Hilty holds a certification as a Professional Engineer (PE) from the Ohio Society of Professional Engineers. However, there is no information available regarding the specific month and year when Devin obtained this certification.
This person is not in any teams
LSP Technologies, Inc.
LSP Technologies, Inc. is the world’s premiere Laser Peening production services and equipment provider. LSPT operates an AS9100/ISO9001 accredited Laser Peening production and equipment build facility in Dublin, Ohio. Laser Peening Services LSPT processes thousands of parts each year for major OEMs in the aerospace, power generation, transportation, and forging industries. LSPT maintains a robust Laser Peening production infrastructure and supply chain, serving public and private entities around the U.S. and the world. Laser Peening, or Laser Shock Peening (LSP), imparts superior metal enhancement, reliability, and performance with improved fatigue life and damage tolerance. The process imparts compressive residual stresses up to ten times deeper than shot peening. Laser Peening significantly extends component service life by increasing resistance to: High-Cycle Fatigue Foreign Object Damage (FOD) Stress Corrosion Cracking Fretting Erosion Laser Peening Equipment LSPT sells 1 or 2 beam production Procudo® Laser Peening Systems, and custom application systems. These high-powered, high-pulse-rate, turn-key production systems are designed for rapid integration into manufacturing processes. Procudo® LSP Systems can be customized to meet specific production requirements, and include a license to LSPT’s intellectual property along with training, ongoing equipment service, and long-term technical support. Procudo® LSP Systems are currently being installed in China and Europe, and are available to industries and researchers around the world. Composite Bond Inspection Technology LSP Technologies has also pioneered an innovative nondestructive method for evaluating adhesive bond strength. Laser Bond Inspection (LBI) utilizes laser-generated stress waves to interrogate adhesive bonds at selected strength values. LBI can detect weak bonds, kissing bonds, and variations in bond strength, and can perform nondestructive inspections on bonded composite structures.