First and foremost, we are all about technology. We push state-of-the-art to its limits in order to develop precision measurement solutions that delight our customers. We invent new measurement methods and tools.  And we design and build hardware prototypes and production software for Mitutoyo.

We’re immensely proud that our work is at the core of many leading Mitutoyo products, including coordinate measuring machines, vision measurement systems, linear gages, calipers, micrometers, encoders, and
high precision sensor systems.

research & development

  • Non-contact measurement, profilometry, encoders, probes, displacement sensors, microscopy

  • Resolutions from micrometer to sub-nanometer levels

  • Sensor physics, electromagnetic simulation and test, optical design, photonics, diffraction, interferometry, FMCW.

  • Electronic imaging

  • Analog, digital, and mixed-signal ASIC design and test  

  • Hardware and embedded software design and development including FPGA, DSP, and microcontroller

  • Advanced measurement algorithms and artificial intelligence

  • Precision mechanical design and motion control

  • Prototype design, fabrication, assembly, and test

  • Tools:  COMSOL, MATLAB, Zemax, Python, LabVIEW, Solidworks, S-Edit/L-Edit, AFS/Solido, Questa, Altium, Visual Studio

software DEVELOPMENT

  • Design and implementation of end-to-end measurement workflows

  • Vision based measurement software

  • Computational geometry, numerical methods, and accuracy-critical measurement algorithms

  • CNC integration, CAD-driven inspection, and GD&T evaluation

  • Component-based, modular architectures designed for scalability, extensibility, and long product lifecycles

  • Strong emphasis on clean code, SOLID principles, design patterns, and maintainable interfaces

  • Unit, integration, and functional testing

  • Windows and Linux development, system-level software, and hardware/firmware integration

  • Practical application of AI, including natural-language measurement definition and intelligent workflow automation

  • Collaborative teams working closely with mechanical, optical, and electrical engineering, guided by real customer use cases

  • Languages, Frameworks & Tools: C#, C++, Visual Studio, GitHub, Confluence

links of interest