Case Study/MedTech

Responsibilities:
- Information Architecture: Structuring complex medical data and robotic telemetry into a clear visual hierarchy that prioritizes life-critical information
- Human-Computer Interaction (HCI): Optimizing the layout for rapid, error-free interaction during high-stress phases of surgery
- Visual Design & Accessibility: Developing a high-contrast, dark-mode design system that ensures maximum legibility in varying lighting conditions and reduces visual fatigue during long procedures
- User Flow Integrity: Designing end-to-end workflows from pre-op calibration and live surgical control to post-operative reporting, ensuring a consistent and reliable user experience across the entire surgical lifecycle

The Problem: Modern robotic surgery requires a delicate balance between extreme technical precision and the human surgeon's sensory intuition. Current interfaces often suffer from information overload, high latency in visual feedback, and ergonomic strain for surgeons operating remotely. In a high-stakes operating room environment, any cognitive friction or delay in data interpretation can directly impact patient safety and surgical outcomes

The Goal: The objective is to design a high-fidelity, a remote control interface that provides surgeons with a seamless, immersive, and zero-latency experience from outside the operating room. The goal is to consolidate critical vitals, real-time kinematic telemetry, and high-definition robotic feeds into a single, intuitive dashboard that minimizes eye strain and maximizes procedural accuracy

CASE STUDY 2 - MEDTECH