ACEI Award Win for Hybrid Cardiac Catheterisation Laboratory at Crumlin Children’s Hospital

ACEI Award Win for Hybrid Cardiac Catheterisation Laboratory at Crumlin Children’s Hospital

The new Hybrid Cardiac Catheterisation Laboratory and Orthopaedic Theatre at Our Lady’s Children’s Hospital Crumlin won the ACEI Design Excellence Award 2017 for Mechanical & Electrical Projects (Medium). The award was presented at the ACEI Awards Dinner on Friday 31st March.

Left to right: Richard Crowe (ACEI President), Andrew Mulhall (RPS), Padraic Brennan (RPS) Sineád Hughes (MOLA Architecture), Ian Smillie (Clancy Construction) and Niall Donohoe (RPS). Image: Colm Mahady

This €5.6m state-of-the-art laboratory is the only fully equipped paediatric cardiology service on the island of Ireland. It allows cardiologists to treat young children with heart defects by performing catheter-based procedures and if necessary, surgeons to perform open-heart surgery. It minimises risks of infection and provides more timely access to critical interventions.

 

The project consists of a three-storey development measuring 545 sq m and the third floor is an internal plantroom. A link bridge was constructed to join the new facility with the existing theatre block. Construction work was carried out in a live hospital campus adjacent to the existing operating theatres.

The RPS Dublin building services team were appointed as the contractor’s mechanical and electrical consulting engineer, and designed the mechanical and electrical services for the new facility. This involved careful phasing of works and meticulous attention to detail to ensure the continuity of critical services in a live hospital environment during construction. The mechanical and electrical design was carried out in a Federated BIM Level 2 model. The project was delivered on time and within budget in 2016 through the use of building information modelling (BIM) by our multidisciplinary project team.

 

The complexity and volume of medical equipment to be installed in the catheterisation laboratory necessitated 3D modelling of all equipment to ensure it does not interfere with the air distribution patterns, which were critical to the hospital and their infection control department.

The successful completion of the design build project on time and within budget was a very efficient use of capital investment to create essential health infrastructure for the nation’s children.