WORK HISTORY

Selected work across defense, medical-security, regulated medical devices and Life Sciences — from audited operator systems to award-winning digital experiences.

ASPEN APPLIED TECHNOLOGIES — NJ

As Senior Systems Design Engineer (2025–Present), I lead the Human Factors engineering and interface design for an EW platform built for the U.S. Marine Corps. The work is grounded in real operator task analysis and ongoing feedback from the field. The result pairs a simple interface for Marines in the field with a more advanced console that lets EW officers build and manage programmable effects — proven highly effective in training exercises worldwide.
Standards context: MIL-STD-1472H human engineering criteria; DoDI 5000.02 Human Systems Integration.

Soldier holding a rugged field tablet running the interfaceFoam concept models laid out in a rugged field case

INTERNATIONAL SOS — PHILADELPHIA

As Director of User Interface / User Experience (2018–2024), I led the Human Factors design of map-based systems for international Medical and Security teams to monitor global crises and maintain situational awareness, grounding the interfaces in how responders actually work under pressure. This helped teams respond with the right telemedicine, secured evacuation and air-ambulance services — protecting the largest multinational corporations, NGOs, major universities, U.S. State Department and all branches of the U.S. Armed Forces.
Standards context: ISO 31030 travel risk management; WCAG 2.1 AA accessibility; GIS interface design.

Map-based situational-awareness interface for global medical and security teamsCrisis-monitoring dashboard used to coordinate telemedicine and evacuation

ABBOTT GLOBAL POINT OF CARE — PRINCETON, NJ

As Principal User Interface Design Engineer (2011–2018), I led the interface design of small medical devices, most notably the Alinity i-STAT, a second-generation mobile rapid-test blood analyzer that helps clinicians diagnose and treat patients in remote and point-of-care settings around the world. The device is used in hospitals globally, and has since been adopted by the U.S. Army to detect Traumatic Brain Injury (TBI) in warfighters — extending its reach from the clinical bedside to the battlefield.
Standards context: IEC 62366 usability engineering; AAMI HE 75; 21 CFR Part 820 design controls; FDA 510(k).

Abbott Alinity i-STAT handheld blood analyzer interfaceClinician using the i-STAT handheld analyzer at the point of care

DIGITAS HEALTH — PHILADELPHIA

As Director of Interactive Design and Development (2000–2011), I was part of the agency's first UX team, established to make all digital experiences effective, and applied usability principles to the building of 40+ award-winning websites, mobile apps, kiosks, videos and animations for major clients across pharmaceutical, Life Sciences and financial services. I designed and programmed streaming-video training platforms for physicians, nurses and sales representatives, and prototyped digital and analog experiences for in-store kiosks and convention-floor events — while managing and mentoring staff in a fast-paced agency studio.
Standards context: FDA prescription-drug promotion — 21 CFR Part 202 (fair balance and risk disclosure) with OPDP promotional-material review (Form FDA 2253).

Advil Cold and Sinus mobile website on a smartphonePristiq streaming-video training platform for sales representativesAbraxane pharmaceutical convention trade-show boothDelta SkyMiles credit card promotional webpage design
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Human Factors and Ergonomics Society member
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