Electronics Engineer

Location: Great Chesterford

Job Specification

Job Title:

Electronics Engineer (2-yr Contract)

Location:

Hybrid (3 days on-site @ Great Chesterford)

Reporting To:
Technical Lead

Overview

We are seeking a proficient Electronics Engineer to design, develop, and validate complex electronic circuits. This role focuses on advanced analogue and digital circuit design, with occasional involvement in Microwave RF systems. The successful candidate will take their designs through a full product lifecycle from prototyping and circuit design through to design verification and production support. You will be working on our new product development and/or the advanced equipment needed to test and validate it.

Blighter Surveillance Systems Ltd. designs and sells electronic-scanning ground radar systems for national border security, counter-drone, perimeter security and coastline security. Our radars have a reputation for performance and reliability, protecting lives and critical assets worldwide. As an SME, we are able to develop and adapt our designs quickly in response to user requirements. Based in Great Chesterford just south of Cambridge, we are easy to reach by car and only two minutes' walk from the nearest rail station.

Key Responsibilities:

• Design and develop advanced analogue and digital circuits

• Perform simulation, testing, debugging, and verification

• Troubleshoot and resolve complex technical issues at both system and component levels.

• Conduct design reviews and ensure compliance with engineering standards and regulatory requirements.

• Collaborate with cross-functional teams including mechanical, firmware, and manufacturing engineers.

• Support transition from prototype to production, including working with our production team.

Key Requirements:

• Degree (BEng/MEng or equivalent) in Electronics Engineering, Electrical Engineering, or a related discipline.

• 2-3 years’ industry experience in electronic design

• Both analogue and digital design experience

• Experience using PCB design tools and lab equipment

• Familiarity with embedded systems and interfaces (e.g., SPI, I2C, UART, CANbus, high-speed buses).

• Understanding of signal integrity, EMC and approvals testing