Mechanical Engineer (Nuclear)

Overview

In this role you will deliver end-to-end engineering solutions for Rotork’s core products, driving enhancements and new technologies. You will work with cross-functional teams to translate requirements into robust outputs, ensure compliance, and support timely delivery. The role combines design, testing, and project planning to deliver fit-for-purpose solutions in an industrial setting. You’ll engage with stakeholders and present findings to leadership, contributing to safe, compliant, and innovative engineering outcomes.

Responsibilities

• Deliver engineering solutions across the full development life cycle
• Contribute to core product development, enhancements, and new technologies
• Produce design concepts, implement solutions, and perform testing
• Create project plans and support delivery against agreed timescales
• Conduct design reviews to ensure compliance with specifications and standards
• Translate stakeholder requirements into robust engineering outputs
• Provide cost estimates with cross-functional input
• Present findings and solutions to technical leads, senior managers, and customers
• Develop functional and non-functional test specifications
• Prepare technical records and reports to demonstrate compliance
• Design to internationally recognised standards

Key requirements

• Bachelor’s degree in Mechanical Engineering or equivalent
• Proven experience designing products for the nuclear power industry
• Awareness of NCR Regulation 10CFR Part 50 Appendix B and Part 21 reporting
• Awareness of CSA N299 standards
• Familiarity with IEEE Nuclear Standards (382, 323, 383, 344)
• Experience designing with castings, gears, electric motors, seals, CAD drawings and 3D models
• Experience analysing, designing, testing and enhancing industrial products
• Understanding of various project management methodologies (e.g., agile)
• Clear and effective communication skills
• Excellent written and verbal communication
• Team player with initiative
• Solid understanding of information processing fundamentals

• Clear and effective communication
• Team collaboration
• Initiative and self-starting
• CAD drawings and 3D modeling
• Design and testing of mechanical components (castings, gears, motors, seals)
• Nuclear design standards knowledge (IEEE 382, 323, 383, 344)

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