Mechanical Designer for Semiconductor Equipment in Bristol

Mechanical Designer for Semiconductor Equipment in Bristol

Bristol Full-Time 35000 - 45000 Β£ / year (est.) No working from home possible
Oxford Instruments plc

At a Glance

  • Tasks: Develop and improve semiconductor manufacturing equipment through new product development and lifecycle management.
  • Company: Oxford Instruments Plc, based in Bristol, focuses on advanced technology solutions for the semiconductor industry.
  • Benefits: Enjoy a competitive salary, private healthcare, and flexible benefits tailored to your needs.
  • Other info: This role involves collaboration across teams to drive continuous improvement.
  • Why this job: Join a diverse team to tackle complex engineering challenges in a cutting-edge field.
  • Qualifications: Candidates must have a degree in a relevant discipline and experience in mechanical design.

The predicted salary is between 35000 - 45000 Β£ per year.

Oxford Instruments Plc in Bristol is seeking a Mechanical Designer to develop and improve semiconductor manufacturing equipment. You will work on new product development, continuous improvement, and lifecycle management, collaborating with diverse teams to solve complex engineering problems.

The ideal candidate has a degree in a relevant discipline, experience in mechanical design, and strong problem-solving skills.

This role offers a competitive salary and various benefits, including private healthcare and flexible benefits.

Mechanical Designer for Semiconductor Equipment in Bristol employer: Oxford Instruments plc

Oxford Instruments Plc is located in Bristol and is dedicated to innovation in semiconductor technology. Employees benefit from private healthcare and flexible perks, fostering a supportive environment for professional growth.

Oxford Instruments plc

Contact Details:

Oxford Instruments plc Recruitment Team

We think you need these skills to ace Mechanical Designer for Semiconductor Equipment in Bristol

Mechanical Design
Problem-Solving Skills
New Product Development
Continuous Improvement
Lifecycle Management
Collaboration
Complex Engineering Problem Solving