Lead Hardware Developer

Guildford
3 weeks ago
Create job alert

Complex PCB design; VHDL for Xilinx and Altera FPGA development

A challenging position, testing your skills in complex PCB design and ingenuity. With your experience of simulating and implementing signal algorithms in VHDL for a range of FPGAs, such as Xilinx and Altera, along with your talent for finding useful and effective solutions to demanding high-speed processing issues, this is an opportunity to grow your career with a trusted team of specialists.

Focussing on projects involving digital signal processing relating to radio communication systems and cyber security, as well as high-speed data processing, much of the work is related to UK defence research programmes. You would be working alongside driven engineers and scientists and would have the opportunity to take team leadership responsibilities. Excellent communication skills will also be expected as you will represent the company to their clients, updating stakeholders and ensuring their engagement throughout the progress.

Projects can cover a range of topics. Necessary skills and experience will include:

• Complex PCB design (OrCAD) using FPGAs, SoCs, high speed network interfaces and analogue/RF signal filtering;
• Simulating and implementing signal, image, or data processing algorithms in VHDL for FPGAs;
• Designing tests for PCBs, including firmware and software, as well as developing Linux device drivers for hardware;
• Software development experience in embedded C and C++
• An impressive academic history including a first class degree backed by A* / A at A-Level will also be required.

Please note: as many of the projects are related to national security, only UK citizens able to achieve a high level of security clearance will be considered

Encouraging collaboration and speedy progress is important to our client, as are security precautions, so the team finds working onsite at their offices and labs the best solution for them, however some flexibility is available around their core hours of work (10am - 4pm).

A generous remuneration package is available to successful candidates and early responsibility and career development is anticipated.

Keywords: PhD, Embedded C, C++, DSP, Digital Signal Processing, Rust, Radio Communication Systems, Software, Hardware, Firmware, Linux Device Drivers, PCB Design and Layout, OrCAD, VHDL, FPGA, Surrey.

Another top job from ECM, the high-tech recruitment experts.

Even if this job's not quite right, do contact us now - we may well have the ideal job for you. To discuss your requirements call ecm or email your CV. We will always ask before forwarding your CV.

Please apply (quoting ref: CV27283) only if you are eligible to live and work in the UK. By submitting your details you certify that the information you provide is accurate

Related Jobs

View all jobs

Lead Hardware Engineer

Senior Electronics Design Engineer

Lead Hardware Engineer (DV Eligibility)

Project Manager – Hardware Product Delivery

Senior Electronic Hardware Design Engineer

Hardware Design Engineers

Get the latest insights and jobs direct. Sign up for our newsletter.

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

Industry Insights

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

Tips for Staying Inspired: How Semiconductor Pros Fuel Creativity and Innovation

Semiconductors power nearly every aspect of modern technology, from smartphones and electric vehicles to data centres and medical devices. As the industry transitions to smaller nodes, advanced packaging, and heterogeneous integration, staying creative and ahead of the curve becomes both more essential and more challenging. Whether you’re a semiconductor process engineer, a chip architect, a packaging specialist, or a product manager, you face complex technical hurdles, long development cycles, and fierce market competition. So how do semiconductor professionals sustain innovation and creativity under these pressures? Below, we explore ten practical strategies to keep you inspired and continuously driving breakthroughs in chip design, manufacturing, and integration. Whether you’re working on cutting-edge lithography, next-gen transistors, or novel semiconductor materials, these pointers can help you discover new angles, refine processes, and remain passionate about shaping the future of electronics.

Top 10 Semiconductor Career Myths Debunked: Key Facts for Aspiring Professionals

From powering our smartphones and laptops to driving modern automotive electronics, semiconductors are the unseen but indispensable force behind today’s tech-driven world. These tiny chips fuel innovations in artificial intelligence, 5G communications, cloud computing, and countless other high-impact applications. Despite the industry’s massive global footprint—projected to reach hundreds of billions in revenue annually—many misconceptions still surround what it’s like to build a career in semiconductors. At SemiconductorJobs.co.uk, we see firsthand how misunderstandings about this crucial sector can discourage talented people from exploring the field. Some believe it’s too niche, suitable only for lab-based PhDs, or overshadowed by newer tech sectors like software or AI. In reality, semiconductors lie at the heart of nearly every digital device, encompassing diverse roles for engineers, researchers, business professionals, and more. This article debunks the top 10 myths about semiconductor careers—unpacking the wide-ranging opportunities, essential skills, and vibrant growth that define this ever-evolving industry. Whether you’re a student, a seasoned tech professional, or simply curious about how chips shape our modern world, read on to discover why semiconductors offer a dynamic and future-proof path.

Global vs. Local: Comparing the UK Semiconductor Job Market to International Landscapes

How to evaluate opportunities, salaries, and work culture in semiconductors across the UK, the US, Europe, and Asia Semiconductors are the backbone of modern electronics, powering everything from smartphones and autonomous vehicles to cloud servers and advanced medical devices. As chip complexity grows and global demand for computational power surges, the race to design, fabricate, and package semiconductors has never been more competitive. Governments worldwide are keen to secure resilient supply chains, drive domestic innovation, and cultivate high-skilled jobs in this critical sector. In this blog post, we explore how the UK semiconductor job market compares to other major hubs—particularly the United States, Europe, and Asia. We’ll delve into hiring trends, salaries, cultural nuances, and tips for those contemplating a move, whether internationally or within the UK. Whether you’re a design engineer specialising in low-power chips, a materials scientist pushing the limits of chip fabrication, or a supply chain professional facilitating wafer production, this guide will help you assess your options in a rapidly transforming industry. By the end, you’ll understand how the UK’s semiconductor landscape stacks up against global centres of chip design and manufacturing, the factors that shape career trajectories, and which region might best match your professional goals and personal preferences.