SERVICE DETAILS

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Electronic Design

Firmware Development

Mechanical and Industrial Design

App Design

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Our team consists of experienced professionals with a deep understanding of embedded system design.

Get in touch

Our team consists of experienced professionals with a deep understanding of embedded system design.

Electronic Design

Electronic engineering sits at the core of modern embedded systems, enabling physical products to sense, process, and interact with the world around them. From low-power devices to complex, connected systems, robust electronic design is essential to delivering reliable, high-performance products that function consistently in real-world environments.

Our team has the experience and technical depth to design, validate, and deliver electronic systems that meet these demands, from early concept through to production-ready hardware.

Below are some of the electronic engineering services we offer as part of a complete, end-to-end development process.

PCB Layout

We create high-quality PCB layouts that balance electrical performance, manufacturability, and cost. Our layouts are optimised for signal integrity, thermal performance, and efficient assembly.

Multi-layer PCB layout, including high-speed, dense, and mixed-signal designs

Signal integrity, power integrity, and controlled-impedance routing

Thermal optimisation and layout for power-critical designs

Design for Manufacturing (DFM) and Design for Assembly (DFA)

PCB Layout

We create high-quality PCB layouts that balance electrical performance, manufacturability, and cost. Our layouts are optimised for signal integrity, thermal performance, and efficient assembly.

Multi-layer PCB layout, including high-speed, dense, and mixed-signal designs

Signal integrity, power integrity, and controlled-impedance routing

Thermal optimisation and layout for power-critical designs

Design for Manufacturing (DFM) and Design for Assembly (DFA)

PCB Layout

We create high-quality PCB layouts that balance electrical performance, manufacturability, and cost. Our layouts are optimised for signal integrity, thermal performance, and efficient assembly.

Multi-layer PCB layout, including high-speed, dense, and mixed-signal designs

Signal integrity, power integrity, and controlled-impedance routing

Thermal optimisation and layout for power-critical designs

Design for Manufacturing (DFM) and Design for Assembly (DFA)

Schematic Capture

We design clear, well-structured schematics that form the foundation of reliable electronic products. Our focus is on correctness, clarity, and future scalability, whether developing a new system from scratch or refining an existing design.

Complete schematic design for analogue, digital, mixed-signal, and power electronics

Component selection with availability, lifecycle, and cost in mind

Design for safety, EMC, and regulatory compliance

Design reviews and clear, handover-ready documentation

Schematic Capture

Complete schematic design for analogue, digital, mixed-signal, and power electronics

Component selection with availability, lifecycle, and cost in mind

Design for safety, EMC, and regulatory compliance

Design reviews and clear, handover-ready documentation

Schematic Capture

Complete schematic design for analogue, digital, mixed-signal, and power electronics

Component selection with availability, lifecycle, and cost in mind

Design for safety, EMC, and regulatory compliance

Design reviews and clear, handover-ready documentation

CAM (Computer-Aided Manufacturing)

We prepare your designs for smooth and reliable manufacturing, reducing risk and avoiding costly errors during fabrication and assembly.

Generation and validation of Gerbers, drill files, and assembly data

BOM preparation and pick-and-place file creation

Manufacturer-specific DFM checks and panelisation support

Direct liaison with PCB fabrication and assembly partners

CAM (Computer-Aided Manufacturing)

We prepare your designs for smooth and reliable manufacturing, reducing risk and avoiding costly errors during fabrication and assembly.

Generation and validation of Gerbers, drill files, and assembly data

BOM preparation and pick-and-place file creation

Manufacturer-specific DFM checks and panelisation support

Direct liaison with PCB fabrication and assembly partners

CAM (Computer-Aided Manufacturing)

We prepare your designs for smooth and reliable manufacturing, reducing risk and avoiding costly errors during fabrication and assembly.

Generation and validation of Gerbers, drill files, and assembly data

BOM preparation and pick-and-place file creation

Manufacturer-specific DFM checks and panelisation support

Direct liaison with PCB fabrication and assembly partners

PCB Testing & Validation

We ensure your hardware performs as intended through structured testing and validation, helping to de-risk designs before production.

Prototype bring-up and systematic debugging

Functional testing and fault isolation

Power, thermal, and stress testing

Support for EMC pre-compliance and regulatory testing

PCB Testing & Validation

We ensure your hardware performs as intended through structured testing and validation, helping to de-risk designs before production.

Prototype bring-up and systematic debugging

Functional testing and fault isolation

Power, thermal, and stress testing

Support for EMC pre-compliance and regulatory testing

PCB Testing & Validation

We ensure your hardware performs as intended through structured testing and validation, helping to de-risk designs before production.

Prototype bring-up and systematic debugging

Functional testing and fault isolation

Power, thermal, and stress testing

Support for EMC pre-compliance and regulatory testing

Prototyping

We rapidly turn designs into working hardware, enabling fast iteration and informed design decisions as you move toward production.

Rapid PCB prototyping and low-volume assembly

Iterative design improvements based on test feedback

Integration with firmware, mechanical, and system-level development

Pilot builds for field trials or early production runs

Prototyping

We rapidly turn designs into working hardware, enabling fast iteration and informed design decisions as you move toward production.

Rapid PCB prototyping and low-volume assembly

Iterative design improvements based on test feedback

Integration with firmware, mechanical, and system-level development

Pilot builds for field trials or early production runs

Prototyping

We rapidly turn designs into working hardware, enabling fast iteration and informed design decisions as you move toward production.

Rapid PCB prototyping and low-volume assembly

Iterative design improvements based on test feedback

Integration with firmware, mechanical, and system-level development

Pilot builds for field trials or early production runs

Together, these services form a comprehensive electronic engineering offering, covering everything from initial concept and detailed design through to testing, validation, and prototyping. Whether you are developing a new product, refining an existing system, or exploring technical feasibility, we bring the experience and flexibility to support projects at any stage. If you would like to discuss electronic engineering in more detail, or explore how it connects with our wider capabilities, we invite you to get in touch to book a free discovery call and talk through your requirements.

Frequently Asked Question

When should I bring an electronic engineer into my project?

Ideally as early as possible. Even at the concept stage, electronic engineering input can help you understand what’s technically feasible, what might be costly or risky, and how your idea could scale into a real product. Early involvement often saves time and avoids expensive redesigns later on.