TUCSON, ARIZONAworking with clients worldwide
Printed-electronics design—from original concept to press-ready artwork. With 40+ years of experience, I create, engineer, and prepare wearable sensors, touch interfaces, membrane switches, flexible thin-film thermal management systems, SPE electrodes, and custom printed-electronics solutions for production.
Selected work
medical device OEM FLUID HANDLING ROBOTICS
A laboratory tabletop fluid handling robot designed for rapid DNA sequence processing with complex visual, audible and tactile interactions using glass, metal and plastic to illustrate fit, form and function harmonizing speed with precision.
A printed resistive heater on flexible film designed for continuous web production, with trimmed resistance zones and integrated thermistor pads.
NO NEEDLE WEARABLE SENSOR STARTUP - 2023
A disposable skin-contact patch with printed silver/silver-chloride electrodes, flexible interconnect and a snap-fit reusable electronics module.
Wearable light therapy patches with disposable Hydrogels using differential adhesion technology designed to maximize the life of the device creating patient value.
Capabilities
Design for Manufacturing — 6 min
Most scrap in printed interfaces traces back to a handful of dimensions drawn tighter than the process can hold. Here is how to find them before tooling.
Printed Electronics — 8 min
Placeholder article. Resistance budget, volume, flex radius and cost pressure usually decide the question long before anyone argues about conductivity.
HMI Design — 5 min
Placeholder article. Light-guide film, LED pitch and diffuser choice interact more than datasheets suggest. A short checklist for even legends.
Medical Wearables — 7 min
Placeholder article. Adhesive, breathability and electrode geometry decide whether a patch lasts a week or falls off on day two.
Next step
Send drawings, a sample, or a rough sketch on a napkin. Most enquiries get a technical reply within one business day.