Electrical & Embedded Systems Engineering
From circuit to connected product.
We design the electronics and embedded systems that bring physical products to life. From system architecture and PCB development to firmware, sensors, communication and hardware integration, we build reliable electronic systems around the real requirements of the product.
What we do
Electronic System Design
Defining the electrical architecture, power requirements, interfaces and communication between components before development begins.
Sensors & Actuation
Integration of sensors, motors, actuators, encoders and control electronics into complete physical systems.
PCB Design & Development
Schematic design, component selection, PCB layout and board development tailored to the product's mechanical, thermal and manufacturing constraints.
Connectivity & Communication
Implementation of wired and wireless communication including CAN, UART, SPI, I²C, Ethernet, Bluetooth, Wi-Fi and other application-specific protocols.
Embedded Systems
Developing integrated hardware and firmware systems for sensing, control, communication and real-time operation.
Power & Battery Systems
Power architecture, voltage regulation, battery integration, charging systems and power distribution designed around efficiency, reliability and product requirements.
Firmware Development
Reliable low-level software for microcontrollers, peripherals, sensors, motors, communication protocols and custom hardware.
Prototyping & Validation
Building and testing functional electronic prototypes to validate architecture, hardware behaviour and system integration before production.
Hardware that communicates. Systems that respond.
Embedded electronics sit between the physical product and the software controlling it.
We design these systems with the complete product in mind—considering mechanical packaging, thermal behaviour, power, sensors, communication, manufacturability and software integration from the beginning.
Our Capabilities
Electronic system architecture
Schematic design
PCB design & layout
Component selection
Microcontroller systems
Battery systems
Embedded firmware
Sensor integration
Motor & actuator control
Power management
Communication protocols
Wireless connectivity
Hardware interfaces
Prototype electronics
Hardware testing
Debugging & validation
Design for manufacturing
Production preparation
Process
01 — Define
Understand the product requirements, operating environment, interfaces, power demands and system constraints.
02 — Architect
Define the electronic architecture, processing platform, sensors, communication and power strategy.
03 — Develop
Create schematics, PCB layouts, firmware and the interfaces required to connect the electronics to the rest of the product.
04 — Prototype
Build functional hardware, bring up the system and test electronics, communication and embedded behaviour.
05 — Validate
Debug, optimise and verify performance before preparing the system for manufacturing and full product integration.
Electronics don't exist in isolation.
Our electrical and embedded systems are developed alongside mechanical design, industrial design, simulation and software.
PCB dimensions influence the enclosure. Sensors affect mechanical positioning. Power requirements affect thermal design. Firmware depends on the hardware architecture.
By developing these disciplines together, we can resolve those dependencies earlier and create a more coherent product with fewer compromises later.
Bring us the concept, requirements or existing hardware. We'll help develop the electronics and embedded system behind it.