National AI Awards 2025Discover AI's trailblazers! Join us to celebrate innovation and nominate industry leaders.

Nominate & Attend

Senior Electronics Engineer

Hastings
1 month ago
Applications closed

Related Jobs

View all jobs

Senior / Principal Firmware Engineer

Senior Electrical Design Engineer

Senior IC Designer, R&D

Trainee Medical Field Service Engineer, Medical Lasers

Trainee Medical Field Service Engineer, Medical Lasers

Electronic Design Engineer

Senior Electronics Engineer – Hastings (Hybrid Working)
Are you ready to apply your electronics engineering skills to real-world challenges in aerospace and defence? A well-established engineering organisation based in Hastings is looking for a Senior Electronics Engineer to join its team working on the development of innovative avionic systems. This is a hybrid role offering flexibility and the chance to work on cutting-edge technology with a strong mission focus.
About the Company
This organisation plays a vital role in the UK’s defence and aerospace industry, developing innovative electronic solutions that contribute to the safety and effectiveness of critical systems used around the world. With a strong presence in Hastings, it combines the stability of a global player with a forward-thinking, collaborative working culture. The company supports hybrid working and actively invests in the professional development of its engineers.
The Role
As a Senior Electronics Engineer, you will play a key role in the design, development, integration, and compliance of electronic hardware systems within avionic product teams. You will contribute to all phases of the product lifecycle, taking ownership of packages of work while supporting junior engineers and collaborating with wider engineering teams.
Key Responsibilities


  • Lead design and development work on electronic circuits and systems, meeting performance, cost, and reliability targets.

  • Carry out system integration of electronic components into broader avionic platforms.

  • Produce comprehensive technical documentation including schematics, layout drawings, and specifications.

  • Ensure all designs are compliant with relevant industry regulations and standards.

Essential Skills and Experience


  • Strong knowledge of both analogue and digital circuit design.

  • Experience with FPGA or ASIC development and HDL languages (VHDL/Verilog).

  • Proficiency in PCB layout and design, and understanding of EMC and signal integrity.

  • Experience with design simulation tools such as SPICE, Cadence, or Mentor Graphics.

  • Familiarity with power management and mixed-signal design principles.

  • Skilled in the use of test and measurement equipment such as oscilloscopes and spectrum analysers.

Desirable Attributes


  • Self-motivated, professional, and committed to quality delivery.

  • Flexible, innovative and confident in solving technical challenges.

  • Background in aerospace, avionics or naval systems engineering would be beneficial.

Qualifications


  • Degree or equivalent in electronics or a related engineering discipline (or substantial relevant experience).

  • Eligibility to obtain UK Security Clearance (SC) is essential.

Working Arrangements


  • Location: Hastings, East Sussex

  • Hybrid working: On-site and remote mix

  • Occasional travel may be required depending on project needs.

Why Apply?
This is a fantastic opportunity to advance your engineering career in a supportive environment that values innovation, continuous development, and impactful work. You’ll be contributing to technologies that matter while enjoying the flexibility of hybrid working

National AI Awards 2025

Subscribe to Future Tech Insights for the latest jobs & insights, direct to your inbox.

By subscribing, you agree to our privacy policy and terms of service.

Industry Insights

Discover insightful articles, industry insights, expert tips, and curated resources.

LinkedIn Profile Checklist for Semiconductor Jobs: 10 Tweaks to Ignite Recruiter Interest

The semiconductor industry—from IC design and fabrication to test engineering—demands highly specialised talent. Recruiters search LinkedIn for candidates with expertise in VLSI, RTL design, process control and yield optimisation. A targeted, keyword-rich LinkedIn profile ensures you appear in the right searches and resonates with hiring teams. This step-by-step LinkedIn for semiconductor jobs checklist lays out ten pragmatic tweaks to ignite recruiter interest. Whether you’re an ASIC design engineer, process development scientist or test automation specialist, these actionable optimisations will sharpen your professional narrative and boost your visibility.

Part-Time Study Routes That Lead to Semiconductor Jobs: Evening Courses, Bootcamps & Online Masters

The semiconductor industry is the backbone of modern electronics—powering everything from smartphones and data centres to electric vehicles and IoT devices. As Moore’s Law evolves and advanced nodes, 3D packaging and power-efficient design become critical, demand for skilled semiconductor professionals—process engineers, IC designers, fab technicians and test engineers—is soaring in the UK’s growing microelectronics sector. Yet many engineers and technologists cannot pause their careers for full-time study. Fortunately, part-time learning pathways—Evening Courses, Intensive Bootcamps and Flexible Online Master’s Programmes—enable you to learn semiconductor technology while working. This comprehensive guide explores every route: foundational CPD units and short courses, hands-on bootcamps, accredited online MSc programmes, plus funding options, practical planning advice and a detailed case study. Whether you’re a technician aiming for process development roles, an electrical engineer pivoting into VLSI design or a project manager looking to deepen your fab operations knowledge, you’ll find a pathway tailored to your schedule and career goals.

The Ultimate Assessment-Centre Survival Guide for Semiconductor Jobs in the UK

Assessment centres for semiconductor positions in the UK replicate the precision and innovation required in chip design and fabrication environments. Through psychometric assessments, hands-on fab process simulations, yield-improvement group exercises, case studies, and interviews, recruiters evaluate your technical expertise, analytical rigour, and collaboration skills. Whether you specialise in process engineering, device physics or test and validation, this guide will help you navigate every stage and secure your next role in the semiconductor industry.