At a Glance
- Tasks: Design and develop innovative surgical devices and implants using advanced 3D technology.
- Company: Join the Manchester University NHS Foundation Trust, a leader in healthcare innovation.
- Benefits: Enjoy a permanent role with competitive pay and opportunities for professional growth.
- Other info: Collaborate with top surgeons in a dynamic, multidisciplinary environment.
- Why this job: Make a real difference in patient care through cutting-edge biomedical design.
- Qualifications: Experience in 3D design and printing, with strong problem-solving skills.
The predicted salary is between 37338 - 44962 £ per year.
A new and exciting opportunity to join a growing 3D surgical planning and printing service across Manchester. The role focuses on designing and developing surgical devices/guides and implants for complex cranio‑maxillofacial and other specialties.
Key Responsibilities
- Design and manufacture patient‑specific deep‑buried implants for oncology, trauma and congenital specialties.
- Plan surgical procedures using specialist 3D software for highly complex reconstructive surgery.
- Collaborate with surgeons and clinicians on a daily basis, attending planning sessions and operating theatres.
- Manage own 3D planning workloads, prioritise work according to urgency and need.
- Maintain and calibrate specialist 3D printing equipment, contribute to printer maintenance and software licence configuration.
- CMF implant planning – zygomatic, restorative, facial prosthetic.
- Design PSI for oncology, trauma and congenital specialities.
- Create complex anatomical diagnostic modelling for various specialties.
- Implement Medical Device Regulation requirements, ensuring laboratory meets required standards.
Qualifications
- Experienced biomedical 3D design engineer with excellent organisational skills, problem solving capabilities and ability to meet challenging deadlines.
- Adaptable to service needs and able to work within a busy multidisciplinary team.
- Proven experience in 3D surgical planning, 3D printing, and design of patient‑specific implants.
Biomedical 3D Design Engineer | Manchester University NHS Foundation Trust employer: Career Choices Dewis Gyrfa Ltd
At Manchester University NHS Foundation Trust, we pride ourselves on being an exceptional employer that fosters a collaborative and innovative work culture. As a Biomedical 3D Design Engineer, you will have the opportunity to work at the forefront of medical technology in a supportive environment that values professional growth and development. Our commitment to employee well-being is reflected in our inclusive practices and the chance to make a meaningful impact on patient care through cutting-edge surgical solutions.
Contact Details:
Career Choices Dewis Gyrfa Ltd Recruitment Team
StudySmarter Expert Advice🤫
We think this is how you could land Biomedical 3D Design Engineer | Manchester University NHS Foundation Trust
✨Tip Number 1
Network like a pro! Reach out to professionals in the biomedical field, especially those working at Manchester University NHS Foundation Trust. Attend industry events or webinars to make connections and get your name out there.
✨Tip Number 2
Showcase your skills! Create a portfolio that highlights your best 3D design projects. Include detailed descriptions of your role in each project, especially any collaboration with surgeons or clinicians, as this will resonate with the job requirements.
✨Tip Number 3
Prepare for interviews by brushing up on your knowledge of medical device regulations and 3D printing technologies. Be ready to discuss how you’ve managed workloads and prioritised tasks in previous roles, as this is key for the position.
✨Tip Number 4
Apply through our website! It’s the best way to ensure your application gets noticed. Plus, it shows you’re genuinely interested in joining our team at Manchester University NHS Foundation Trust.
We think you need these skills to ace Biomedical 3D Design Engineer | Manchester University NHS Foundation Trust
Some tips for your application 🫡
Tailor Your CV:Make sure your CV is tailored to the Biomedical 3D Design Engineer role. Highlight your experience in 3D surgical planning and design of patient-specific implants. We want to see how your skills match what we're looking for!
Craft a Compelling Cover Letter:Your cover letter is your chance to shine! Use it to explain why you're passionate about this role and how your background makes you a perfect fit. We love seeing enthusiasm and a personal touch.
Showcase Relevant Experience:When filling out your application, be sure to showcase any relevant projects or experiences that demonstrate your problem-solving skills and ability to work in a multidisciplinary team. We’re all about collaboration here!
Apply Through Our Website:Don’t forget to apply through our website! It’s the best way to ensure your application gets to us directly. Plus, it shows you’re keen on joining our team at Manchester University NHS Foundation Trust.
How to prepare for a job interview at Career Choices Dewis Gyrfa Ltd
✨Know Your 3D Software Inside Out
Make sure you’re well-versed in the specialist 3D software mentioned in the job description. Brush up on your skills and be ready to discuss specific projects where you've used these tools effectively.
✨Showcase Your Collaboration Skills
Since the role involves working closely with surgeons and clinicians, prepare examples of how you've successfully collaborated in a multidisciplinary team. Highlight any experiences where your input made a significant difference in patient outcomes.
✨Demonstrate Your Problem-Solving Abilities
Be ready to discuss challenges you've faced in previous roles, particularly in 3D surgical planning or printing. Use the STAR method (Situation, Task, Action, Result) to structure your answers and show how you tackled complex issues.
✨Understand Medical Device Regulations
Familiarise yourself with the Medical Device Regulation requirements relevant to the role. Be prepared to discuss how you ensure compliance in your work, as this will show your commitment to maintaining high standards in a clinical environment.
