Hardware Engineering

Hardware Engineering for High-Stakes Systems

From precision sensors to custom PCB design and electromechanical integration — we build reliable, scalable, and manufacturable hardware that performs under pressure. Tailored for environments where downtime isn’t an option.

We engineer hardware that works — in the lab, in the field, and in production. Whether it’s a single embedded board, custom electronic circuits, integrated embedded systems, advanced sensor development or a full mechatronic assembly, we build hardware designed to meet your technical, commercial, and compliance goals. Our systems power regulated markets, industrial environments, and mission-critical operations.

Hardware engineering services from prototype to manufacture

Cambridge Logic provides hardware engineering services that take a product from first prototype to a manufacturable design. Based at St John's Innovation Centre in Cambridge, our engineers cover schematic capture, multi-layer PCB layout, embedded electronics, sensor and analogue front-end design, and power and electromechanical integration — the full path from an idea on a whiteboard to a board you can build in volume.

Because we design the electronics, the firmware and the surrounding software under one roof, the hardware is engineered with its control software and its production route in mind from day one — reducing the costly re-spins that happen when those disciplines are handed between separate suppliers.

Electronics, firmware and software, engineered together

Most of the products we build need custom electronics, the embedded software that runs on them, and higher-level application software to make them useful. Keeping all three in one engineering team means interfaces are defined once, tested together, and debugged against real hardware rather than across a supplier boundary.

This is the core reason clients choose a Cambridge engineering company for technical product development: a single accountable team for the hardware, the firmware and the software, from feasibility through to a manufactured unit.

Core Capabilities

• Custom PCB Design — High-performance, multi-layer boards tailored to your electrical and mechanical requirements.
• Sensor & Interface Integration — We integrate analog/digital sensors, displays, motor drivers, and user controls into seamless systems.
• Embedded Systems Engineering — Hardware built for real-time operation with tightly coupled firmware development.
• Prototyping & Functional Testing — Fast-turn board bring-up and iterative testing in real-world scenarios.
• Design for Manufacture (DFM) — We design with your production pipeline in mind — no surprises at scale.
• Mechatronics & Motion Systems — Engineering electromechanical solutions for precision movement, feedback, and control.
• Enclosure & Mechanical Design — From internal layout to industrial design, we deliver complete system housings.
• 70%+ — Firmware-Integrated Systems
• 160+ — DFM & DFx Optimised Designs

Core Capabilities

• Custom — High-performance, multi-layer boards tailored to your electrical and mechanical requirements.
• Sensor & Interface Integration — We integrate analog/digital sensors, displays, motor drivers, and user controls into seamless systems.
• Embedded Systems Engineering — Hardware built for real-time operation with tightly coupled firmware development.
• Prototyping & Functional Testing — Fast-turn board bring-up and iterative testing in real-world scenarios.
• Design for Manufacture (DFM) — We design with your production pipeline in mind — no surprises at scale.
• Mechatronics & Motion Systems — Engineering electromechanical solutions for precision movement, feedback, and control.
• Enclosure & Mechanical Design — From internal layout to industrial design, we deliver complete system housings.
• 70%+ — Firmware-Integrated Systems
• 160+ — DFM & DFx Optimised Designs

Why Engineers Choose Us

• Design for production, not just lab. — We don’t stop at proof-of-concept. Every system is designed with manufacturing constraints, supply chain realities, and field conditions in mind.
• Minimized BOM complexity and cost. — Our engineers optimise your bill of materials to reduce component count, sourcing risk, and cost — without compromising performance.
• Interdisciplinary collaboration: firmware and hardware — Tight alignment between hardware and firmware teams enables faster integration, real-time debugging, and shorter development cycles.
• Designed for DFM & DFx from Day One. — We integrate design-for-manufacture (DFM) and design-for-excellence (DFx) principles early, ensuring your product is buildable at scale and ready for validation.
• Multi-Layer PCB Design with Embedded Firmware. — 80% of our boards include firmware — performance starts on the silicon.
• Designed to scale — from lab to line.
• 70%+ — Firmware-Integrated Systems
• 160+ — DFM & DFx Optimised Designs

How it works

Discovery & Requirements Mapping

Whether you're building a complete platform or a focused digital tool, our process is structured to reduce risk, define priorities, and guide you toward a confident, informed launch.

Feature Definition & Architecture Planning

We identify core features and plan the system architecture, including technology stack, data structure, integration points, and scalability considerations.

Prototyping & Integration Testing

We develop interactive prototypes and begin testing early system behaviour — particularly where hardware, third-party services, or complex user flows are involved.

Compliance-Ready Design Documentation

If your product must meet regulatory standards (e.g. CE, ISO 13485, FDA), we produce structured documentation to support audits, approvals, and technical reviews.

Pilot Build Support or Manufacturer Handoff

We support your team through first-release or handoff. Whether you’re building in-house or working with a third-party manufacturer, we ensure smooth knowledge transfer and clean delivery.

Frequently asked questions

Do you provide hardware engineering services for both prototypes and production?

Yes. We take designs from proof-of-concept prototypes through to production-ready hardware — schematic and PCB design, embedded electronics, sensors, power and electromechanical integration — with design-for-manufacture so the board can be built in volume.

Do you handle electronics, firmware and application software together?

Yes — that is our core model. Electronics, embedded firmware and application software are engineered by one team, so the hardware and its software are designed and tested to fit rather than handed between separate suppliers.

Where is Cambridge Logic based?

We are based at St John's Innovation Centre, Cowley Road, Cambridge CB4 0WS. We work with clients across the UK and internationally, but the engineering team is here in Cambridge.

• Custom circuit boards, sensors, and interfaces built to spec.
• Design for manufacturing (DFM) and robust supply chain strategy.
• Full documentation, BOM, and compliance-ready files.
• Integrated support for firmware, drivers, and enclosure design.