Stop endlessly searching. We'll send you relevant jobs directly to your inbox.
Receive alerts for jobs that match your skills, experience, and career goals.
Be the first to apply with instant email alerts for new job postings.
CMDO is Seeking to Appoint a Qualified Person. The Organisation is Engaged in Developing and Manufacturing New Medicines and Novel Formulations, Including a Wide Range of Oral Solid and Liquid Dosage Forms, Sterilised and Aseptically Filled Products, as well as Manufacturing and QP Certification of a Range of Phase I/II Clinical Trials for the UK and EU Markets,ROLEPerform the Legal...
Electronics Engineer - £40K - £60K – Buckinghamshire - MedicalMy client is a leading manufacturer in their niche developing medical devices internationally. Due to an internal promotion, they’re expanding their electronics team.Main duties:Firmware and PCB design for battery management systemsFull lifecycle product developmentWorking to strict medical regulatory standardsDevelopment of the existing product rangePrototype assembly & testSkills and Experience Required:5+ years’...
Embedded Software Engineer - £50K - £70K – BerkshireMy client is a leading manufacturer in their niche developing medical devices internationally. Due to an internal promotion, they’re expanding their embedded team.Main duties:Full lifecycle development – conception through to manufactureUnit testing, CI & regression testingDevelopment of code for both RTOS & Linux platformsSkills and Experience Required:Good Degree and/or experienceStrong embedded C/C++Familiarity...
Embedded Software Engineer - £35-45k – Maidenhead – On-siteMy client is an established company in their niche providing product development services for a range of sectors. Due to sustained success, they’re expanding their engineering team.Main duties:Developing bespoke firmware & software solutionsStaying on the cutting edge of technology by researching new techniques & technologiesWorking across departments to integrate software & firmware...
Cure Talent are thrilled to partner with a global medical organisation at the forefront of healthcare innovation. As part of their continued growth, we are seeking Mechanical or multi-skilled Maintenance Engineers to join their dynamic team in Witney.As the new Maintenance Engineer, you will support high-volume manufacturing by conducting preventive maintenance, troubleshooting equipment breakdowns, and optimising process performance. You will...
We’re partnering with a leading provider of treatments in the Wound Care, Stoma Care and Urology/Continence marketplace, and they’re seeking a Product Specialist to join their team!You’ll be responsible for managing the territory of South East, and parts of South London.What’s on offer?Up to £42,500 basic salary, as well as a very achievable bonus structure.Ideal Requirements for a Product SpecialistMedical...
Discover insightful articles, industry insights, expert tips, and curated resources.
Medical technology—or medtech—stands at the forefront of redefining how we diagnose, treat, and manage illness. From MRI scanners that peer deep into our bodies to personalised therapy platforms that predict disease risk, medtech solutions already shape modern healthcare. Yet as the global population grows and health needs become more complex, conventional computational methods face staggering challenges in analysing massive biological datasets, simulating intricate disease pathways, and accelerating drug discovery. This is where quantum computing and Artificial Intelligence (AI) converge to spark a new wave of quantum-enhanced AI—unlocking innovation in medical technology like never before. Why does quantum matter for medtech? Traditional supercomputers rely on binary bits (0 or 1). Quantum computers harness qubits, capable of existing in multiple states simultaneously (superposition) and becoming interlinked (entanglement). The result? Potential exponential or quadratic speed-ups for certain algorithms and simulations—particularly those that involve high-dimensional data, complex protein folding, or combinatorial searches for novel drugs. In parallel, AI—especially machine learning—has already revolutionised medical imaging, diagnostics, and patient monitoring. However, standard AI approaches often choke on the vast computational loads inherent to genome analysis, multi-omics data, or advanced robotics. Quantum computing promises to offload or accelerate some of these computationally intense tasks, enabling more powerful models, faster results, and the potential to discover new correlations hidden within enormous datasets. In this article, we will: Examine the current landscape of medical technology, highlighting computational barriers that hamper progress. Demystify quantum computing and its fundamental differences from classical systems. Explore how quantum-enhanced AI can reshape medtech applications—from drug discovery to diagnostics and beyond. Dive into real-world pilot projects and potential breakthroughs on the horizon. Discuss challenges (like hardware maturity, data encoding, ethics, and patient privacy) and how the industry might overcome them. Highlight career paths, roles, and skill sets that could define the next generation of medtech professionals. If you’re involved in medical device development, healthcare data analysis, or simply curious about the future of medicine, read on. Quantum-enhanced AI has the potential to supercharge healthcare innovation, improving patient outcomes while driving exciting new career opportunities.
Medical technology is transforming healthcare worldwide. From AI-driven diagnostics to state-of-the-art wearable devices and advanced surgical robotics, medtech innovations are enhancing patient outcomes and reshaping the way care is delivered. In the UK, a dynamic ecosystem of universities, hospitals, venture capitalists, and government initiatives fuels this sector’s remarkable growth. In this Q3 2025 Investment Tracker, we spotlight newly funded UK start-ups pioneering breakthroughs in medical technology. Each has recently secured significant funding, translating into urgent hiring needs for scientists, engineers, clinicians, and business professionals alike. Whether you’re an experienced healthcare technologist or fresh from a biomedical engineering course, keep reading to uncover the latest trends, stand-out start-ups, and how to connect with them via MedicalTechnologyJobs.co.uk.
From wearable health devices to AI-assisted diagnostics, the medical technology (MedTech) sector is booming. Startups, large corporations, and research institutions alike are seeking professionals who not only understand theory but can also demonstrate hands-on capabilities. Whether you’re involved in medical imaging, clinical data analysis, hardware design for biomedical equipment, or regulatory affairs, a well-curated portfolio can be your key to standing out. In this in-depth guide, we’ll cover: Why a strong MedTech portfolio matters. Choosing the right projects aligned with your target roles. Real examples of effective MedTech demonstrations. Actionable project ideas you can start or expand upon. Best practices for presenting your work—so recruiters immediately see your impact. Finally, we’ll share how you can connect your portfolio to real-world opportunities and encourage you to upload your CV on MedicalTechnologyJobs.co.uk, making it easier for top-tier employers to discover your expertise. Let’s dive in!
The medical technology (MedTech) sector is advancing rapidly—delivering breakthroughs in diagnostics, medical devices, digital health platforms, and robotic surgery. From sophisticated wearable sensors to AI‑driven analytics that help doctors make more informed decisions, MedTech companies are looking for professionals who can innovate at the intersection of engineering, healthcare, and regulatory compliance. If you’re preparing for a MedTech job interview, expect a comprehensive evaluation of your technical expertise, clinical or user‑focused design knowledge, regulatory awareness, and team‑working skills. Employers in this space want individuals who can handle hardware–software integration, ensure patient safety, and work under regulatory frameworks (such as the MHRA in the UK, CE Marking in the EU, or the FDA in the US). In this post, we’ll walk through 30 real R&D & system‑design questions you might face in a MedTech interview. From device prototyping and human factors engineering to data privacy and system architecture, these questions will help you refine your problem‑solving approach and demonstrate your readiness for the unique challenges of medical technology. If you’re searching for exciting MedTech roles in the UK, head over to www.medicaltechnologyjobs.co.uk—a specialised jobs portal connecting you to pioneering companies in medical devices, diagnostics, and digital health. Let’s begin by exploring why strategic interview prep is essential in the competitive MedTech environment.
How to Secure a Compensation Package That Reflects Your High-Stakes Role in the UK’s MedTech Innovation Introduction Medical technology (MedTech) has become one of the most dynamic and impactful sectors in the UK, driving innovations that range from AI-assisted diagnostics to robotic surgical systems. As a mid‑senior professional in this industry—whether you’re spearheading R&D on a new imaging device, overseeing product strategy for wearable health monitors, or managing regulatory compliance—you hold a pivotal position in ensuring patient safety, shaping clinical workflows, and propelling the market forward. Given the critical nature of MedTech roles, employers compete not only on salary but also through equity, bonuses, and unique perks. Yet many talented candidates focus primarily on the baseline pay when negotiating a job offer. This narrower view can lead to missed opportunities—especially when the package might include long-term rewards tied to product success, clinical milestones, or regulatory approvals. This guide helps you see beyond salary to all the facets of a potential offer. From common equity structures in MedTech start-ups to performance-based bonuses and perks that support your professional growth and work-life balance, we’ll show you how to confidently negotiate a deal that captures the full scope of your contributions.
Medical technology (MedTech) has become an integral part of modern healthcare, delivering transformative solutions that improve patient outcomes, optimise hospital operations, and enhance the overall quality of care. In the United Kingdom, public sector organisations—especially the National Health Service (NHS), the Ministry of Defence (MOD), and research councils—play a pivotal role in spearheading MedTech innovations. These institutions provide a unique environment where scientific breakthroughs directly align with societal benefit, opening up a wide range of medical technology jobs for professionals looking to make a tangible impact. For those seeking a rewarding career path, medical technology jobs in the UK public sector offer the chance to develop cutting-edge medical devices, advanced diagnostics, telehealth platforms, robotic surgery systems, and more. From designing life-saving equipment for frontline healthcare workers to researching novel rehabilitation tech for injured service personnel, the opportunities span diverse areas. They also bring a strong sense of purpose—your work can enhance patient safety, improve health service efficiency, and contribute to the national well-being. In this comprehensive guide, we’ll delve into why MedTech is so crucial for government bodies, the key organisations driving adoption, the roles and skills in demand, typical salaries, ethical considerations, and tips for breaking into the public sector. By the end, you’ll have a roadmap for pursuing a fulfilling career in medical technology jobs that help shape the future of UK healthcare and defence.
