JAIMS - Advanced Inspection & Measurement Solutions jobs and careers

About JAIMS - Advanced Inspection & Measurement Solutions

JAIMS – Advanced Inspection & Measurement Solutions was built on over 20 years of real-world experience in inspection, metrology, and manufacturing quality. This industry isn’t something we advise on from the sidelines, it’s what we’ve lived and breathed. Our background began hands-on, in the field, as a support and calibration engineer, working directly with inspection and measurement systems on customer sites. That grounding shaped everything that followed. Over the past two decades, we’ve worked across the full spectrum of inspection technologies, from optical and digital microscopy to sub-micron (nanometer-level) optical surface profilers; from profile projectors to fully automated, multi-sensor CMMs; from borescopes and videoscopes for Remote Visual Inspection (RVI) to 3D X-ray and fully volumetric Computed Tomography (CT). Just as importantly, we’ve applied these technologies across nearly every major manufacturing sector, medical devices, aerospace, Formula 1, electronics, oil & gas, pharmaceuticals, and more. That breadth matters, because it means we understand not only the technology, but how it must perform in different regulatory, production, and quality environments. Our experience goes beyond theory or specification sheets. We’ve stripped down, repaired, calibrated, optimized, sold, and supported many of the systems available on the market today. We’ve progressed from field engineering to applications, technical sales, and ultimately to leading high-performing sales and technical teams at director level. That journey gives us a rare, end-to-end perspective, from the shop floor to the boardroom. What this means for our customers JAIMS exists to help manufacturers make the right decisions first time. Because we are independent, our advice is not tied to any single brand or supplier. Because we are technically grounded, our recommendations are practical, realistic, and rooted in how systems actually behave in production.