We offer comprehensive mechanical design services, including product, process, assembly tool, and automated system design for assembly, calibration, and testing. Leveraging our mechanical and SolidWorks expertise—including teaching experience at UC Irvine—we create precise models and mechanical drawings tailored for fabrication and quality assurance. Our in-house capabilities, featuring FDM and SLA 3D printers along with a 3-axis mini-CNC, enable rapid prototyping and accelerated design iteration, streamlining the development process from concept to functional prototype.

Our team brings specialized expertise in tissue optics, with a focus on designing illumination and sensing systems for diffuse optical applications. We have extensive experience in selecting and integrating LEDs and photodiodes, optimizing optical sensor layouts for wearable technologies, and developing prototype imaging systems. Our capabilities ensure that each optical solution is tailored to meet the unique demands of medical and wearable device applications.

Our approach to algorithm development and data analysis is grounded in scientific principles and first-principles thinking. We specialize in primary data preparation, advanced signal processing, and machine learning, applying a solid foundation in statistics and rigorous experiment design. Our team is proficient in Python, R, and MATLAB, enabling us to deliver robust, data-driven insights for clinical and technical applications. By combining expertise in analysis and modeling, we ensure each algorithm is accurate, reliable, and tailored to meet your project’s specific needs.

We bring extensive experience in LabVIEW and PLC programming for control software, specializing in seamless system integration for automated assembly and calibration processes. Our expertise covers actuators, machine vision, sensors, temperature control, and both electronic and optical test systems, ensuring comprehensive automation solutions. With a focus on optimizing testing and validation workflows, we streamline complex processes to improve efficiency, accuracy, and repeatability across automated systems.

We provide end-to-end electronics design, from detailed system layout to implementation and synthesis, working closely with cross-functional teams to ensure efficient development. Supporting hardware engineers through peer reviews—including schematic, layout, and test procedure assessments—maintains our high standards of quality. With expertise in documentation, prototype fabrication, regulatory testing, and data analysis, we meet rigorous project requirements. Our network of contract manufacturers handles fabrication and assembly to meet unique design criteria, while strong relationships with semiconductor suppliers ensure reliable, high-performance components for every project.

John T.

– Milo F.