Mechanical Engineer in Scotland

Job Title: Mechanical Engineer

Term: Full time employment

Salary: On application and dependent on experience

Location: Glasgow (80 St Vincent Street) or Edinburgh (Stobo House, Midlothian Innovation Centre, Roslin) with travel expected to site, as required.

The Company:

Green Cat Hydrogen Limited (GCH) is a dynamic and innovative green hydrogen project developer.

GCH focus on the deployment of electrolytic hydrogen projects as a key part of the global energy transition and de-carbonisation strategy.

The business works closely with sister companies through the planning, permitting/licensing, engineering and design and construction of green hydrogen projects.

We are seeking an experienced Mechanical Engineer.

The successful candidate will be responsible for a comprehensive range of mechanical engineering tasks, ensuring the highest standards of design, safety, and efficiency in our projects.

The Role:

• Develop and implement design criteria for piping and mechanical equipment, ensuring optimal performance and compliance with industry standards.
• Perform detailed calculations including piping stress, mechanical equipment, finite element analysis, and fire protection systems.
• Participate in HAZID and HAZOP studies, and design emergency shutdown systems to comply with safety standards.
• Design and implement hydrogen storage solutions, including high-pressure tanks and storage systems; ensure safe storage and compliance with all relevant regulations and safety measures.
• Develop mechanical equipment lists, material selection guides, and material selection diagrams (MSD).
• Design equipment layouts and arrangements, piping layouts, sections, details, and utility station layouts.
• Select, specify, and maintain pumps and compressors; ensure efficient and reliable operation through predictive maintenance, developing and managing spare parts lists.
• Create and maintain a variety of engineering documents and drawings including:
• Tie-in Drawings
• Plot Plans and Key Plans
• Piping Isometrics, Risk-Based Inspection Isometrics, Vessel Trim Isometrics
• Fire Protection System Layout Drawings and Piping Isometrics
• Fire Hazardous Area Drawings and Fireproofing Drawings
• Mechanical Standard Drawings and Details
• Engineered Pipe Support Drawings
• Work closely with project teams, engineering teams, and external stakeholders to define and meet project deliverables.

The ideal Candidate must have:

• Minimum of 4+ years of experience in mechanical engineering.
• A bachelor’s degree or higher in Mechanical Engineering or a related discipline.
• Demonstrated success in designing and optimising mechanical and piping systems with a strong emphasis on safety and efficiency.
• Expertise in performing detailed engineering calculations for piping and mechanical equipment.
• Proficiency in developing and interpreting engineering drawings and documentation.
• Excellent analytical and problem-solving skills.
• Strong communication skills, with the ability to collaborate effectively with multidisciplinary teams.
• Willingness to travel as necessary, supported by a valid UK driving license.
• Must possess the legal right to work full-time in the United Kingdom, in perpetuity.

The Candidate would benefit from:

• Experience in the hydrogen and renewable energy sectors.
• Familiarity with industry-specific standards for piping and mechanical engineering.
• Professional accreditation or active membership in recognised engineering institutions.

The employment package:

• Competitive salary, negotiated depending on qualifications, experience, and skills.
• Private Medical Healthcare.
• 25 Days annual leave and 8 flexible bank holidays.
• Cycle to work scheme.
• Professional development opportunities and support.
• Professional fees paid for by the company.
• Company social events and team building days.
• On-site parking with EV charging points available to staff (Edinburgh office only).
• Flexible working opportunities.

Please submit your application including:

Cover Letter (no page limit); and,

CV (maximum 3 pages).