Flexible Engineering Design

Electrical engineering

Mechanical engineering

Software engineering

Systems engineering

Electrical engineering

From custom circuit boards to microcontrollers, we design for manufacturability, reliability, and resilience.

At HiArc, electrical engineering is a core strength. Our experienced team designs everything from custom power circuit boards and embedded controllers to motion and thermal control solutions. Whether it’s a new device or the next iteration of an existing platform, we build with manufacturability, reliability, and regulatory readiness in mind from day one.

We believe electrical engineering shouldn't live in a silo - it’s seamlessly embedded into our full product development cycle. That means tighter alignment, faster iterations, and fewer surprises downstream. If it’s complex, mission-critical, or just plain hard to build, we have the capability to guide you through, working side by side at every step.

We specialize in high-density circuit board design, mixed-signal layout and embedded systems motor control - across a wide range of regulated medical environments. Our engineers routinely work to IEC 62304 standards and design with FDA Quality Systems Regulation 21 CFR Parts 820, 803, and 806, and ISO 13485 compliance in mind.

From low-noise analog front ends to high-speed digital interfaces and robust power architectures, we bring precision to every trace. We also align early with manufacturing to ensure design for manufacturability, testability and supply chain resilience are baked in. Our work supports everything from benchtop analyzers to fully automated clinical platforms - tailored to your specs, your market, and your mission.

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Mechanical engineering

We design mechanical systems for optics, fluidics, and thermal control - each built to support automation, usability, and serviceability.

HiArc’s mechanical engineering team brings proven experience developing high-performance components for complex clinical and medical systems. We work across key subsystems like optics, fluidics, and thermal control ensuring everything works together to achieve your desired systems output. We take pride in mechanical designs that are precise, reliable, and built for usability, automation, and long-term serviceability.

From early feasibility to system-level integration, we work shoulder-to-shoulder with clients to meet exacting requirements while balancing technical goals, cost, and manufacturability. What sets HiArc apart isn’t just what we design - it’s how we do it: integrated teams, open communication, and an obsession with getting the details right. Mechanical engineering isn’t isolated - it’s fully connected from day one with our electrical, software, and systems experts. That’s how we help clients simplify complexity and turn vision into reality - with confidence.

HiArc’s mechanical engineers bring complex systems to life - solving hands-on design challenges in optics, fluidics, and temperature-sensitive reagent handling. We’ve spearheaded the development of cutting-edge platforms with compact footprints, precise motion, and consistent performance in demanding clinical and other high-stakes environments.

Mechanical engineering is how we bridge the gap between conceptual design and actual production. From early prototypes to production-ready designs, our teams work closely with yours to meet performance goals and avoid surprises downstream. We align early with manufacturing to ensure materials, tolerances, and assembly methods are clear from the outset - to minimize rework.

You'll see our expertise reflected in benchtop analyzers, integrated diagnostic platforms, and a spectrum of other innovative solutions - all shaped by collaboration, and always built with mission in mind.

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Software engineering

We create integrated, compliant software that's tailored to you - quietly powering your most complex systems with precision.

Our engineers work shoulder-to-shoulder with your team to deliver embedded software that works cleanly, precisely, and compliantly. We build around your architecture and workflow, not the other way around, aligning early to reduce risk and keep your program moving forward.

HiArc software isn’t just written to spec - it’s developed through true partnership. We think ahead, flag what matters, and design for real-world use, not theoretical cases. Every line of code supports usability, reliability, and long-term maintainability - because in regulated environments like diagnostics, performance isn't optional, and surprises aren’t welcome. It’s software that just fits - built for the system it runs, and the people who rely on it.

HiArc’s software engineering services cover embedded system design, control logic, and user interface integration, all developed under a quality framework that includes ISO 13485, FDA QSR parts 820, 803 and 806, and IEC 62304 compliance.

Our teams bring experience across a range of platforms and instrument types. We engage early to define clear requirements, flag risks, and thoroughly test and validate to ensure software supports performance and manufacturability . Every project is supported by multidisciplinary teams, with software tightly integrated across HiArc’s mechanical, electrical, and systems disciplines.

Whether we’re enabling a new platform or refining an existing one, our focus is always the same: dependable software, delivered through deep collaboration - engineered around you.

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Systems engineering

Together we’ll optimize performance across hardware, software, and mechanical systems for a seamless solution built around your needs.

HiArc’s systems engineering is where the technical and managerial aspects of your project unite. With decades of experience across diagnostics, clinical devices and automation platforms, we ensure every project - however complicated - meets its requirements, functions efficiently, and is delivered to you on time.

Our systems engineers work harmoniously alongside you from day one, defining requirements, developing architecture, managing risk, testing, evaluating and considering lifecycle management, to keep the path forward clear. It's not just about handing off specs - it's about building a shared understanding of your goals and ensuring every piece is engineered around them. That’s how we deliver solutions that work in the real world, not just on paper.

Our proven systems engineering approach includes requirements definition, systems architecture, design coordination, risk mitigation and verification and validation across every phase of development. We help you navigate complexity - aligning disciplines, surfacing tradeoffs early, and ensuring the system meets your exact requirements.

HiArc projects are led by seasoned program managers and cross-functional teams who believe in collaboration. We prioritize transparency and open feedback loops to keep you fully informed and engaged throughout. Whether it’s defining instrument architecture or syncing subsystem performance, our mission stays the same: reduce risk, simplify execution, and deliver smart, compliant systems that stand up to real-world demands.