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dominicgra

Dominic Gra

@dominicgra

PCB Design Specialist for IoT, BMS, STM32 and Embedded Systems

United Kingdom
English, French, Welsh, German, Italian, Dutch, Spanish
About me
Hello, my name is Dominic Gra, and I am an embedded systems and PCB design specialist passionate about transforming ideas into reliable hardware products. My expertise includes STM32, ESP32, BLE wearable PCB design, Battery Management Systems (BMS), Smart Home IoT, Industrial IoT, low power electronics, PCB layout, schematic design, and manufacturing-ready Gerber files. Whether you need to solve power issues, sensor integration challenges, optimize battery life, or develop a production-ready prototype, I deliver efficient, scalable, and cost effective embedded hardware solutions.... Read more

Skills

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dominicgra
Dominic Gra
Offline • 

See my services

Printed Circuit Boards (PCB)
I will design smart home iot pcb fix sensor integration issues and create esp2 hardware
Printed Circuit Boards (PCB)
I will design battery management pcb, solve power issues and do production ready boards

Work experience

CircuitDesk

IoT Hardware Developer

CircuitDesk • Self-employed

Apr 2026 - May 20261 mo

Developed smart home automation systems, wireless monitoring devices, and IoT hardware solutions using ESP32, BLE, and embedded technologies. Designed and integrated sensors, communication modules, and power management circuits to create reliable and energy-efficient connected devices. Created complete hardware solutions, including schematic design, PCB layout, component selection, and manufacturing-ready Gerber files. Worked on battery-powered products, environmental monitoring systems, asset tracking devices, and smart control applications. Supported firmware integration, hardware validation, and prototype testing to ensure optimal performance and reliability. Produced detailed technical documentation, BOMs, and fabrication files to streamline the prototyping and manufacturing process. Focused on solving connectivity, power consumption, and sensor integration challenges while delivering scalable solutions for IoT, smart home, and embedded system applications.

Electronic_Arts

Battery Management & Power Electronics Designer

Electronic Arts • Freelance

Mar 2026 - Apr 20261 mo

Designed and developed Battery Management Systems (BMS), charging circuits, voltage monitoring solutions, and power electronics hardware for battery-powered, portable, and wearable devices. Specialized in creating efficient power management architectures that improve battery life, system reliability, and overall product performance. Worked on lithium-ion and rechargeable battery applications, integrating protection circuits, charging control, voltage regulation, and power distribution systems. Focused on low-power electronics design, thermal management, circuit protection, and component optimization to ensure safe and efficient operation. Produced detailed schematics, PCB layouts, BOMs, and manufacturing-ready Gerber files while adhering to industry best practices. Conducted design reviews, troubleshooting, and validation to identify potential issues and improve system stability. Collaborated with clients to transform product concepts into production ready hardware solutions suitable for prototyping, testing, and large-scale manufacturing.

Electric_by D'Ieteren

Embedded Systems & PCB Design Engineer

Electric by D'Ieteren • Part-time

Jan 2026 - Feb 20261 mo

Designed and developed custom PCB solutions for IoT devices, battery-powered products, and embedded systems from concept to production. Created STM32, ESP32, BLE, and sensor-based hardware prototypes, including schematic capture, PCB layout, component selection, and manufacturing-ready Gerber files. Specialized in low-power circuit design for wearable electronics, smart home devices, and industrial IoT applications, improving energy efficiency and battery performance. Integrated wireless communication modules, sensors, power management systems, and embedded hardware components to meet project requirements. Produced detailed BOMs, design documentation, and fabrication files while ensuring signal integrity, reliability, and manufacturability. Collaborated with clients to troubleshoot hardware issues, optimize existing designs, validate prototypes, and support successful product development and manufacturing processes.