Supplier Quality Development Engineer

Dowlish Ford
2 months ago
Applications closed

Related Jobs

View all jobs

Quality Engineer

Service Manager

Facilities, Quality & Safety Manager

Graduate Sales Engineer

Electronics Design Engineer

Senior Development Engineer

An exciting opportunity has arisen for a Supplier Quality Development Engineer (remote based) to join this industry leading photonics engineering and manufacturing business.

As the Supplier Quality Development Engineer, you will manage supplier quality processes for both the UK and European supply chain. You will be responsible for troubleshooting quality issues, performing audits, onboarding suppliers and implementing supplier performance and risk management programs.

This a remote / home based role travelling across the South West of the UK visiting customer sites. The successful applicant will need to able to travel to site occasionally at either Torquay, Plymouth or Ilminster.

Key skills and experience for Supplier Quality Development Engineer:

Previous experience within a supplier / customer facing quality role
Significant experience within a manufacturing environment ideally electronics, aerospace, automotive etc.
Developed and implemented supplier quality processes, reviews and audits
Lead auditor experience in a nationally recognised standard i.e. AS9100
Excellent customer facing and communication skills
Full clean driving licence

This is a great chance to join a growing company who can offer the opportunity for career progression and personal development.

To apply for Supplier Quality Development Engineer, remote based, please send your CV and covering letter to (url removed), or for more information contact Sophie Khuttan on (phone number removed) or (phone number removed)

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.

Job-Hunting During Economic Uncertainty: Quantum Computing Edition

Quantum computing has captured the imagination of scientists, engineers, and investors alike, promising a revolution in computational power for tasks such as cryptography, molecular simulations, optimisation problems, and more. Despite the technology’s early stage, public and private funding has flowed into labs, start-ups, and established tech firms aiming to unlock quantum breakthroughs. However, even this nascent and specialised sector is not entirely sheltered from economic volatility. Global recessions, shifting venture capital priorities, or unforeseen financial pressures can all slow hiring, tighten project scopes, and intensify competition for quantum roles. For professionals in quantum computing—whether you’re focused on hardware design, quantum algorithms, error correction, or quantum software frameworks—these fluctuations may manifest as fewer open positions, longer recruitment cycles, or an increased emphasis on immediate return on investment (ROI). Yet quantum research and development continue to expand, especially for near-term applications like quantum simulation, quantum cryptography, and hybrid quantum-classical solutions. This tension between long-term potential and short-term caution can shape how you pursue your next quantum computing job. In this guide, we will explore: The ways economic uncertainty impacts quantum computing recruitment. Key strategies for standing out in a leaner job market. Suggestions for adapting your skills and showcasing their practical value. Ways to maintain resilience and motivation despite possible slowdowns. How www.quantumcomputingjobs.co.uk can help you find the right position in this cutting-edge field. By adopting a flexible approach, emphasising your quantum expertise in a business-friendly manner, and leveraging a specialised community, you can navigate a challenging hiring climate and secure a compelling role within quantum computing.

How to Achieve Work-Life Balance in Quantum Computing Jobs: Realistic Strategies and Mental Health Tips

Quantum computing stands at the frontier of science and technology, promising to revolutionise fields like cryptography, materials science, pharmaceutical research, and beyond. Once relegated to obscure physics labs, quantum computing has grown into a global undertaking, with governments and private companies pouring billions into research and development. As the technology inches closer to real-world applications, the demand for quantum computing talent—from quantum algorithm developers to hardware engineers—continues to soar. Yet the race to harness quantum advantage comes with tremendous pressure. Rapid innovation, heavy research obligations, and unforgiving timelines can make the quest for work-life balance feel elusive. For many professionals in quantum computing, the question persists: Is it truly possible to nurture both a ground-breaking career and a healthy personal life? This comprehensive guide aims to address that very question. We’ll explore the high-intensity realities of quantum computing roles, offer realistic expectations to manage the field’s complexity, and share practical strategies for safeguarding your mental and physical well-being. By shining a light on boundary-setting, mindful time management, and supportive workplace cultures, we show how you can excel in this extraordinary sector without sacrificing your personal life.

Bridging Academia and the Quantum Tech Industry: How PhDs and Researchers Can Succeed in Commercial Quantum Computing Environments

Quantum computing promises to reshape the future of technology, with potential applications spanning secure communication, drug discovery, complex simulations, and beyond. As this field rapidly expands, there is a growing demand for highly skilled individuals who can translate advanced theoretical knowledge into practical, commercially viable solutions. PhDs and academic researchers are particularly well-positioned to thrive in quantum computing—but the transition from academia to industry can be challenging without the right knowledge and strategy. In this guide we will examine how researchers can leverage their expertise in this dynamic sector. You will learn about the quantum tech landscape, the soft and hard skills necessary for industry success, and concrete steps to help you secure and excel in quantum computing roles. This article includes best practices on CV tailoring, networking, and interview preparation, culminating in a set of actionable insights that will help you make a smooth transition from academic labs to commercial quantum ventures.