Senior Electronics Hardware Engineer - Low-Power IoT

PE Global; Cambourne; Hybrid; GBP 60,000 - 80,000; Full time

Job summary

PE Global is seeking an experienced Electronics Hardware Engineer to join our technology client in Cambourne on a hybrid basis with a minimum of 2 days onsite per week. You will own board-level hardware development from specification through production release for resource-constrained IoT devices.

Responsibilities include guiding PCB layout, hardware bring-up, firmware integration and design verification, delivering low-power, RF-enabled designs while ensuring EMI/EMC compliance, regulatory

Qualifications

• BSc or equivalent in Electrical/ Electronics Engineering or related field.
• Six to eight years of hands-on board-level hardware development experience.
• Experience from specification through production release on at least one product.
• Strong knowledge of low-power design, mixed-signal electronics and interfaces (I2C, SPI, UART).
• Ability to provide complete technical documentation and maintainability.
• Experience with wireless designs (LoRa, GNSS, Bluetooth) and RF considerations.

Responsibilities

• Own the complete board-level hardware lifecycle from requirements to production release.
• Guide PCB layout, prototype bring-up, hardware debugging and firmware integration.
• Deliver low-power, mixed-signal and wireless designs meeting EMC/EMI and regulatory needs.
• Create specifications, calculations, test plans and production-release records.
• Support design changes and root-cause investigations across the product lifecycle.

Skills

Schematic design

PCB layout

Low-power design

Embedded MCU

RF design

Altium Designer

Education

BSc in Electrical Engineering

Tools

Altium Designer

Job description

PE Global is seeking an experienced Electronics Hardware Engineer to join our technology client in Cambourne on a hybrid basis with a minimum of 2 days onsite per week. You will own board-level hardware development from specification through production release for resource-constrained IoT devices.

Responsibilities include guiding PCB layout, hardware bring-up, firmware integration and design verification, delivering low-power, RF-enabled designs while ensuring EMI/EMC compliance, regulatory