I am a Staff Electrical Engineer specializing in control systems, with a strong track record of translating complex technical requirements into reliable, scalable, and compliant product solutions. I partner closely with engineering, quality, and manufacturing leadership to reduce technical risk, improve design robustness, and ensure execution aligns with business and regulatory objectives. My focus is on making sound engineering decisions that enable predictable product performance, support operational efficiency, and accelerate time‑to‑market.
Across the industry, medical device OEMs are developing products that are pushing the limits of what’s possible. While these advances expand clinical capability, they also place growing strain on development teams, often showing up as late‑stage timeline drift, repeated rework, and prolonged effort. In this panel discussion, engineering leaders from HiArc will share why common fixes like adding resources or extending schedules often amount to expensive band‑aids, and how purpose‑built control system foundations can reduce friction, accelerate iteration, and enable more predictable execution. Drawing on the experience that led HiArc to develop its proprietary control system solution, this session will highlight how stronger foundations help teams build complex devices and avoid the late‑stage pitfalls that cost teams time and money.
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