Automation Software Engineer

Renishaw plc; Folly Gate; On-site; GBP 65,000 - 90,000; Full time

Job summary

Renishaw plc is seeking an Automation Software Engineer to design, develop and maintain software for assembly and test systems used in Additive Manufacturing production. You will create reusable libraries and frameworks that support multiple projects and interfaces with hardware such as sensors and production equipment.

The role involves collaborating with multidisciplinary teams, contributing to software architecture, and ensuring robust validation and troubleshooting across development and

Qualifications

• Degree qualified (2:1 or above) in Engineering, Mathematics, Physics, Software Engineering, Computer Science or related technical discipline.
• Experience developing software using C# and .NET.
• Understanding of software engineering principles including design, testing and debugging.
• Ability to solve technical problems using a structured and analytical approach.
• Strong communication skills and ability to work within multidisciplinary teams.
• Hands-on engineering aptitude, comfortable using basic tools and working with both software and hardware, including assembly, installation, troubleshooting and fault finding.

Responsibilities

• Design, develop and maintain software for assembly and test systems used in the manufacture of AM products.
• Develop and maintain reusable software libraries, frameworks and shared components that support multiple engineering projects and production systems.
• Support the development and introduction of new manufacturing and test processes for new products.
• Integrate software with hardware including sensors, motion systems, instruments and production equipment.
• Contribute to the definition of software architecture, coding standards and best practices to promote consistency and maintainability.
• Analyse test data and process metrics to support product and process development activities.
• Collaborate with multidisciplinary engineering teams to deliver robust, scalable engineering solutions.
• Support validation and troubleshooting activities on production and development systems.

Skills

C# & .NET

Structured problem solving

Strong communication

Hands-on hardware experience

Software engineering principles

Education

Engineering degree 2:1+

Software/CS degree

Job description

Responsibilities

• Design, develop and maintain software for assembly and test systems used in the manufacture of AM products
• Develop and maintain reusable software libraries, frameworks and shared components that support multiple engineering projects and production systems
• Support the development and introduction of new manufacturing and test processes for new products
• Integrate software with hardware including sensors, motion systems, instruments and production equipment
• Contribute to the definition of software architecture, coding standards and best practices to promote consistency and maintainability
• Analyse test data and process metrics to support product and process development activities
• Collaborate with multidisciplinary engineering teams to deliver robust, scalable engineering solutions
• Support validation and troubleshooting activities on production and development systems

Qualifications

• Degree qualified (2:1 or above) in Engineering, Mathematics, Physics, Software Engineering, Computer Science or a related technical discipline
• Experience developing software using C# and .NET
• Understanding of software engineering principles including design, testing and debugging
• Ability to solve technical problems using a structured and analytical approach
• Strong communication skills and ability to work within multidisciplinary teams
• Practical hands‑on engineering aptitude, comfortable using basic tools and working with both software and hardware, including assembly, installation, troubleshooting and fault finding

Desirable Requirements

• Experience developing reusable software libraries, SDKs or shared frameworks
• Experience developing WPF applications
• Experience interfacing software with hardware, instrumentation or automated systems
• Familiarity with manufacturing, assembly or test environments
• Understanding of data analysis and statistical techniques
• Experience using Visual Studio, Git and Azure DevOps
• Familiarity with Agile development methodologies

As an Automation Software Engineer at Renishaw, you'll be enthusiastic about applying technology to solve real‑world engineering challenges. You'll be comfortable working across both software and hardware domains, with a willingness to learn new technologies and gain a deeper understanding of manufacturing processes.

You’ll be self‑motivated, detail‑oriented and able to work effectively as part of a multidisciplinary team. A proactive approach to problem solving, strong organisational skills and a commitment to delivering high‑quality solutions will help you succeed in this role.

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Renishaw is one of the world’s leading engineering and scientific technology companies, with expertise in high precision metrology, healthcare and Additive Manufacturing (AM). We design and manufacture AM solutions based on a process called metal powder bed fusion (laser melting). Our products are used by customers around the world in cutting‑edge engineering projects spanning sectors including aerospace, automotive and advanced manufacturing.

As an Automation Software Engineer, you’ll be responsible for developing assembly and test systems, reusable software libraries, and manufacturing processes for next‑generation Additive Manufacturing products. Working closely with multidisciplinary engineering teams, you will develop software solutions that interface with production equipment, instrumentation and automated systems, helping to bring new products from development into manufacture.

This role provides an excellent opportunity to gain domain knowledge in Additive Manufacturing whilst working with state‑of‑the‑art technologies in a research and development environment.

The position is based at New Mills, our global headquarters and does have hybrid working opportunities. From time‑to‑time, introduction of new software will require certain tasks to be carried out onsite, so flexibility may be required during key phases of these releases.