What You'll Be Doing:
* Leading and managing the full delivery of the mechanical systems package from inception to closeout.
* Developing, updating, and maintaining project schedules, budgets, and resource plans to meet client and company expectations.
* Coordinating multidisciplinary teams including engineers, subcontractors, suppliers, and client representatives to ensure smooth and timely project execution.
* Championing health and safety compliance and embedding a positive safety culture across all mechanical works.
* Identifying, managing, and mitigating risks while resolving issues promptly and driving continuous improvement.
* Overseeing quality assurance, system commissioning, and comprehensive project close-out documentation.
Qualifications:
* A degree or equivalent qualification in Mechanical Engineering, Building Services, or a related discipline.
* Proven experience managing complex mechanical packages on large-scale construction projects, ideally within life sciences, healthcare, or similarly regulated sectors.
* Strong leadership skills, with experience motivating and developing engineering and project teams.
* Excellent project management capabilities, including scheduling, budgeting, risk management, and stakeholder engagement.
* Effective communication skills and a collaborative approach to working across diverse teams.
* A proactive, solutions-oriented mindset with a relentless focus on delivering projects on time, to budget, and to the highest quality standards.
Crown House Technologies (Cht) is one of the UK's most advanced, and innovative, engineering and business services specialists. Part of the Laing O'Rourke Group, and founded on more than 200 years of experience, we are a leading construction and infrastructure technology services provider, supplying a complete Building Services package with communications, ICT, intelligent building, monitoring, BMS and the UK's largest mechanical, electrical & public health manufacturing facility - a 129,000 sq. ft factory - offering Off-site manufacturing and assembly for our digitally engineered modular MEICA packages.
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