Engineering experience that transfers across demanding industrial sectors
The underlying engineering — defining a requirement, designing a mechanical solution and proving it — is common across sectors. What changes is the duty, the environment and the standards that apply.
Priority sectors
Special purpose machinery and automation
Defining, designing and substantiating bespoke machines and automation cells, and giving machine builders additional design authority.
Precision engineering and metal fabrication
Design, calculations and documentation for fabricators who can manufacture but need the engineering basis behind the work.
Ceramics and advanced materials
Equipment, tooling and handling solutions for the demanding process conditions found in ceramics and advanced materials.
Automotive and aerospace supply chains
Fixtures, test equipment and machinery for supply-chain manufacturers working to exacting quality and traceability expectations.
Food, beverage and process equipment
Mechanical design and safety support for process and handling equipment where hygiene, access and reliability matter.
Lifting, handling and access equipment
High-integrity lifting and handling equipment supported by defined load cases, calculations and technical file evidence.
Energy, nuclear and defence supply chains
Experience in highly regulated environments, presented at a high level with confidential information withheld.
Experience in energy, nuclear and defence supply chains is presented at a high level. Confidential, client-controlled and security-sensitive information is not published.
Working in one of these sectors with an engineering problem to solve?
Tell us about the duty, the environment and the standards that apply. We will identify the most appropriate first step.