Engineering Capabilities

Product testing and automation are pivotal for maintaining product quality, reducing costs, and enabling rapid, consistent testing at scale.

They ensure compliance, enhance safety, and drive data-driven improvements in the development process.

I specialize in transforming concepts into tangible realities. With the capability to swiftly 3D print and produce precision-engineered parts, my expertise ensures a rapid turnaround time.

Experienced in designing a variety of PCB’s at low volume for fast and cost-effective implementation in automated systems.

All products fail. Failure analysis is most effective with an understanding of the entire system, encompassing hardware, electronics, and firmware.

A holistic analysis enables a comprehensive perspective, facilitating pinpointing root causes and informed solutions.

Specialized in manufacturing testing, conducting automated evaluations on small-scale builds to ensure lot acceptance.

Able to leverage various automation tools to assess the functionality of both firmware and hardware components, ensuring high-quality product output.

Data comes in many forms, and I bring extensive experience in real-world data measurement and analysis.

I am skilled in the measurement of diverse stimuli, including force, pressure, temperature, and vibration across both static and dynamic systems. I have successfully recorded data events ranging from brief milliseconds to extended months.

Additionally, I’m well-versed in handling large datasets, enabling data-driven decision-making for informed and effective solutions.

Proficient in multiple programming languages, I excel in Python scripting for versatile automation, LabVIEW workbenches for precise testing, and firmware development, ensuring comprehensive proficiency across diverse engineering disciplines.