Developing ultra-high-bandwidth wearable biosensors and a digital health mainframe, connecting humans, physiological data, and artificial intelligence health analytics in real time

Invent sensing that changes what’s measurable — then make it real in a wearable. Lead experiments, prototypes, and integration of microoptics/biosensing into robust, manufacturable systems that survive the real world. Focus: microoptics • biosensors • experimental design • prototyping • system integration

Turn messy physics into clean signals at scale. Build and iterate sensing architectures, test methodologies, and bench‑to‑wearable transitions — from first principles to repeatable performance. Focus: sensing R&D • signal quality • test methods • instrumentation • iteration speed

Own the end‑to‑end hardware system — not just a component. Define interfaces, budgets (power/thermal/signal), verification strategy, and cross‑team alignment so the wearable behaves like a single coherent machine. Focus: system architecture • interface definition • requirements • verification • tradeoffs

Build wearable electronics that deliver pristine data on a tiny power budget. Design sensor front‑ends, power systems, and PCBs — partnering with firmware to maximize robustness, battery life, and signal fidelity. Focus: PCB • power • sensors • validation • signal integrity

Make wireless work on the human body — reliably, globally, and at scale. Own RF performance, antenna design, tuning, coexistence, and pre‑compliance strategies for wearable constraints. Focus: BLE/RF • antenna design • tuning • EMC pre‑compliance • reliability

Ship firmware that makes the wearable feel effortless — and the data trustworthy. Build BLE connectivity, sensor scheduling, low‑power operation, and on‑device processing that survives edge cases and real users. Focus: BLE • low power • sensors • reliability • embedded architecture

Design the wearable’s physical truth: comfort, sealing, durability, and manufacturability. Own enclosure/strap mechanisms, environmental protection, and DFM/DFA from prototype to production. Focus: CAD • DFM/DFA • sealing • durability • prototyping

Make advanced sensing manufacturable — with yield and reliability you can bet the product on. Own packaging strategy across thermal/mechanical constraints, assembly methods, and environmental stress performance. Focus: packaging • reliability • assembly constraints • yield • process development

Build the precision hardware that accelerates every iteration. Prototype and produce tight‑tolerance parts for tooling, fixtures, and test rigs — owning setup, quality checks, and speed of iteration with engineering. Focus: CNC setup • tight tolerances • prototype iteration • fixtures • quality checks

Turn raw physiology into insights you can defend with evidence. Define metrics, analyze cohorts, design experiments, and partner with engineering to validate signal quality and product outcomes. Focus: metrics • experimentation • statistical rigor • analytics • dataset curation

Ship supervised ML that works in production — measurable, monitored, and improving. Build training pipelines, feature systems, evaluation, deployment, and model monitoring for health analytics at scale. Focus: supervised ML • training pipelines • evaluation • deployment • monitoring