Intermediate MEP QS – Life Science NL | Learning
Key Skills
Job Description
John Sisk & Son Ltd in the Netherlands is seeking an MEP Quantity Surveyor to join our Life Science Team. You will work with the commercial and construction teams to ensure project delivery, maximise commercial returns and manage risk. This role involves overseeing tenders, subcontractor negotiations, and maintaining financial controls across the project lifecycle. The position requires degree-level education, knowledge of JCT contracts, and strong negotiation and CVR skills.
Core Responsibilities
Work with commercial and construction teams to support project delivery, maximise commercial returns, and manage risk. Oversee tenders and subcontractor negotiations, and maintain financial controls throughout the project lifecycle.
Requirements
The role requires degree-level education and knowledge of JCT contracts. Strong negotiation and CVR skills are also required.
About John Sisk & Son Ltd
Industry: Construction
Company size: 1,001-5,000 employees
Founded in Cork and family-owned Sisk is an innovative, international, construction and engineering business with a long-term vision and over 165 years in operation. Sisk employs approx. 2,500 people and is Ireland's leading provider of construction services with extensive operations across Ireland, the United Kingdom and mainland Europe with the track record, scale and capacity to successfully undertake large, complex multidisciplinary programmes. Sisk is recognised by global clients as a world leader in safe delivery. Sisk delivers projects and programmes in key sectors such as Data and Technology, Pharmaceutical and Life Sciences, Infrastructure, Transportation, Healthcare, Commercial, Residential, Retail, Industrial, Leisure, Education and Energy. Sisk offers a life-cycle approach to construction from planning and offsite construction, through delivering and fitting out a project safely and sustainably with technology as a key enabler, and then working with clients to help manage and maintain buildings efficiently throughout their lifespan.