An exciting opportunity has arisen for a Mechanical Project Engineer to join a world-leading organisation in advanced materials technology. Based at a key UK manufacturing site in Cambridge, this role offers the chance to lead technically complex projects that support innovation and operational excellence in a high-performance environment. This position is ideal for an experienced project engineer with a mechanical background, looking to contribute to capital delivery, process improvement, and site reliability projects across a range of industrial systems and equipment. Mechanical Project Engineer Responsibilities: Lead the end-to-end delivery of mechanical engineering projects within a manufacturing or process environment. Coordinate internal stakeholders and external contractors to ensure project objectives are met on time and within budget. Take technical ownership of projects, including: Developing engineering concepts into detailed mechanical specifications and designs. Producing and managing technical documentation, including drawings and specifications. Supporting procurement through tender analysis and vendor assessment. Overseeing installation, commissioning, and successful handover. Collaborate closely with operations, maintenance, and safety teams to ensure robust, safe, and efficient project delivery. Contribute to the development and implementation of risk assessments, including the use of tools such as HAZOP and FMEA. Support the site’s engineering team with safe systems of work, including issuing permits and promoting best practice in health and safety. Mechanical Project Engineer requirements: Degree-qualified (or equivalent) in Mechanical Engineering. Strong project engineering experience in a manufacturing or process industry setting. Experience in the design and specification of industrial equipment or chemical processes. Proficient with CAD tools – ideally AutoCAD and/or Autodesk Inventor. Familiarity with ATEX regulations and commissioning practices is desirable. Confident in applying structured risk assessment methods such as HAZOP or FMEA