800CW Mechanical Design Engineer (HVAC) Hinkley Point C, Bridgwater, Somerset Permanent, Full-time Competitive Salary based on experience (3-5 years ideally) accommodation and travel allowance Job Title: Mechanical Design Engineer Description & Background: A position has arisen within the Common Building Services team at Hinkley Point C, the UK's first new build nuclear power station in a generation. The role focuses on creating and implementing temporary mechanical building services design solutions. Working within this prestigious project, you'll be crucial in ensuring technical assurance, compliance, and sustainability of design while maintaining the highest standards of safety and quality required for this critical UK NetZero project. Responsibilities: Create and implement temporary mechanical building services design solutions Ensure integration and technical assurance of design and engineering Coordinate with Principal Designer and Principal Contractor for CDM compliance Design solutions for Ventilation, LTHW, CHW & CWS piped services Create technical documentation (specifications, datasheets, calculations, schedules, drawings) Review vendor documentation for compliance Support design/construction reviews and sign-off Prepare and communicate design risk assessments Identify innovative solutions and provide technical support Develop relationships with technical consultants and suppliers Experience Required: HNC/HND in Electrical Installation services Knowledge of AutoCAD Duct and Pipe systems design software Understanding of CDM codes of practice and regulatory requirements Experience with AutoCAD 2020 drafting software (desirable) Salary and Location: Hinkley Point C site, Somerset Competitive Salary based on experience This role offers an opportunity to join a major nuclear project, working within a complex and dynamic environment while contributing to the UK's NetZero targets. The successful candidate will demonstrate HPC values including humility, positivity, respect, clarity, and solidarity through a "One Team" approach. ADZN1_UKTJ