Overview
Salary range: £47,389 – £58,225
FTE: 1.0 (35 hours per week)
Term: Open
Closing date: 12 April 2026
Role
The University of Strathclyde is delivering a multi-million-pound capital and maintenance development plan to improve facilities for staff and students across the University Estate. Estates Services is responsible for delivering this programme. We require a talented and enthusiastic Senior Mechanical Engineer to lead on managing the mechanical systems and infrastructure as part of the multi-disciplinary Building Services team.
Responsibilities
- Lead the Mechanical technical team, advising on maintenance defects, surveys and inspections, and preparing tender documents and cost estimates.
- Issue tenders and manage the delivery of a wide range of maintenance projects, building services contracts and reactive repair works.
- Oversee operation and maintenance of existing plant and equipment, and specify mechanical services within capital projects including new builds and major/minor refurbishments.
- Ensure university mechanical plant, equipment and supporting infrastructure operate in a safe and compliant manner.
- Investigate and resolve complex technical issues critical to business continuity, health, safety and compliance.
- Report to the Head of Building Services and provide leadership to the Mechanical technical team.
Qualifications
- A degree-qualified mechanical/building services engineer in a relevant discipline with significant technical and managerial experience.
- Significant senior-level experience.
- Strong leadership, project delivery, and compliance expertise.
- Excellent communication and stakeholder engagement skills.
Why Strathclyde?
- Competitive salary and pension (USS 14.5%).
- Generous leave (31 days + 11 holidays + closure days).
- Career development support and recognition awards.
- Health & wellbeing services (EAP, gym, Cycle to Work).
Application and contacts
For informal enquiries, please contact Robert Kilpatrick, Assistant Director (Estates Development & Ops) at robert.f.kilpatrick@strath.ac.uk
Click here for full details
#J-18808-Ljbffr…
