Mechanical Design Engineer – Robotics & Automation Innovator

Mycronic USA; Macclesfield; On-site; GBP 42,000 - 62,000; Full time

Benefits offered by this job

Competitive Salary and bonus scheme

25 days paid holiday per annum

Sick pay

Company Pension scheme

12pm Friday Finish

Job summary

RoBAT Ltd. in Macclesfield, part of the Mycronic group, is seeking a Mechanical Design Engineer to own designs from concept to manufacturing floor.

You will work with the Head of Mechanical Design and Senior Engineers on complex robotic systems for PCB testing in a fast-growing sector. Essentially, you will contribute to design-for-manufacture, create precise 3D models, and ensure robust, cost-effective components.

Qualifications

• 4+ years of proven experience in a mechanical design role (ideally machinery, automation, moving parts).
• Qualification in Mechanical Engineering (Degree, HND, or equivalent practical apprenticeship route).
• Strong proficiency in 3D parametric modelling (Autodesk Inventor preferred).
• Design for Manufacture (DFM) understanding to design cost-effective components.

Responsibilities

• Design, develop and optimize precision machinery and tooling in collaboration with senior engineers.
• Own full lifecycle of mechanical designs from concept through manufacturing release.
• Ensure drawings, BOMs and designs meet deadlines with accuracy and documentation.
• Collaborate with shop floor manufacturing and production teams to resolve assembly challenges and implement design improvements.

Skills

4+ years mechanical design

Education

Mechanical Engineering degree or equivalent

Tools

Autodesk Inventor

2D CAD packages

Autodesk Vault

Job description

RoBAT Ltd. in Macclesfield, part of the Mycronic group, is seeking a Mechanical Design Engineer to own designs from concept to manufacturing floor.

You will work with the Head of Mechanical Design and Senior Engineers on complex robotic systems for PCB testing in a fast-growing sector. Essentially, you will contribute to design-for-manufacture, create precise 3D models, and ensure robust, cost-effective components.