The NIS embarked on a construction project to build a modern facility to enhance its service delivery. This facility will provide suitable accommodation to its staff and generate rental income. Construction commenced on June 7 2004 at the former Arrowroot Industry Association site.
Project Structure -- NIS employed Gibson Contractors Ltd to construct the three-storey steel framed headquarters building and Moulton Mayers Architects as lead consultant. The other members of the consulting team are Sylvester Engineering (mechanical/electrical engineers), Stewart Engineering Ltd. (structural engineer) and Design Collaborative (quantity surveyor).
Features of the Building-- The proposed building will have the following features:
Electricity supply (derive at 11 kV 3 phase, 50 Hertz from a Ring Main Unit (RMU)) located at the southeast corner of the compound. A step-down transform 11kV/420V will provide the usable power.
Standby Diesel generator rated for supplying electrical power in the event of a power failure. A diesel pump and tank will provide the standby fuel system.
Switchgear equipment will provide the power distribution to the building and will be located in the equipment room on the rooftop.
Local security/surveillance system will be located in the Admin Block to monitor general areas.
Central fire protection system will have smoke detectors, sounders, fire water pump and fire hose reel (automatic type).
Lightning Protection will protect the building from lightning.
Public Address System will combine a state-of-the-art multi-channel audio bus with a robust, industry proven speaker system for manifold public address applications, background music (BGM), voice evacuation and paging.
The building will be air-conditioned. It will be centrally distributed through ducts. However, some areas will have separate system depending on the needs.
State-of-the-art conference facility with specialized Conference Audio Equipment, Conference Video screen (projection screen, plasma display).
The project is more than 78% complete and expects to be completed by September 2006