I design interfaces for complex, safety-critical systems — where a single interaction can carry real-world consequences.

Human–machine interface for a surgical platform

Designing the control and feedback layer for a surgical robotic system — where clarity, latency, and error prevention are non-negotiable and the operating context leaves no room for ambiguity.

• Defined interaction models for high-stakes, time-critical control loops.
• Built shared design language across console, cart, and clinical software.
• Partnered with engineering and clinical teams to validate under real constraints.

In-cabin & operator experience for autonomy

Shaped how people understand and trust an autonomous vehicle — communicating machine perception, intent, and state to riders and operators in motion.

• Designed trust-building cues for perception, intent, and handoff.
• Prototyped in-motion interfaces tested against real driving scenarios.
• Aligned HMI patterns across hardware, display, and voice surfaces.

Operator tooling for airborne & ground systems

Built monitoring and control interfaces for autonomous flight and large-scale transportation — dense, real-time data made legible under operational pressure.

• Turned high-density telemetry into calm, scannable operator views.
• Designed for degraded, offline, and failure states first.
• Established interaction patterns reused across multiple fleets.