FQP

Provide an architect-led multidisciplinary design team for the proposed redevelopment of 25-26 O’Connell Street. The team includes a Grade 3 conservation-accredited architect, civil/structural, mechanical and electrical engineers, quantity surveyors and a building energy consultant.

Provide downhole geophysical logging services for six NQ-diameter boreholes, each up to 1 km deep, over three years.

Provide building services consultancy for a 48-unit social housing development on Main Street, Sallins, County Kildare.

Provide local exhaust ventilation engineering services to capture workplace dust, mist, fumes, vapours and gases at source and convey them to a safe emission point or filtration/scrubbing system.

Provide landscape architect consultancy services for a 48-unit social housing development on Main Street, Sallins, County Kildare.

Provide civil and structural engineering consultancy, Project Supervisor Design Process (PSDP) and Assigned Certifier services for a 48-unit social housing development at Main Street, Sallins, under PW-CF2.

Design and build the 4 km Luas Green Line extension from Finglas to Dublin city centre, including track, four stops, stabling works, a 350-space Park and Ride, bridges, roads, utilities, power, signalling and other rail systems. Coordinate interfaces and stakeholders, integrate systems, and complete testing and commissioning.

Provide multidisciplinary design and consulting services for Claureen Enabling Road Phase 2, including civil, structural, mechanical and electrical engineering, urban design, quantity surveying and PSDP. The road will enable an initial development of more than 200 homes and support potential further housing development.

Manage and operate Galway Homeless Day Centre and Temporary Emergency Accommodation Facility on Seamus Quirke Road, Galway, in partnership with Galway City Council and the Health Service Executive.

Conduct a geothermal feasibility study and Thermal Response Test at University Hospital Galway to assess supplying heating and cooling to a proposed new building. Evaluate shallow horizontal loops, deep vertical loops and aquifer-based water-to-water systems.