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Question: Discuss about the National Building and Construction Committee. Answer: Introduction: This project lies in class 3 under the classification of the buildings. According to NCC 2016 section 2, part 3 sub-section 2, the fire fighting equipment should be able to detect the fire and initiate fighting mechanism automatically. The requirement requires that at least the fire equipment should be able to recognise the fire and enhance a fighting mechanism. In addition, volume 1 of the NCC 2016 and part E1 can offer further guidelines and requirements of the firefighting equipment. According to this section, parts EP1.1, the critical element which must be considered in installing the fire equipment include the size of fire compartment, the consideration of the buildings and their use and lastly the.likelihood of fire hazard occurrence. These requirements are vital to ensure that the fire hazards are mitigated well. In addition, fire hydrants and fire hose rails need to be provided. According to NCC 2016, part E1.3 and E1.4, any building with a more than 500-meter square, these r equirements should be provided. In addition, the part E1.4 section g, the water supply is key to ensure that is provided. According to this part, a pump or water storage or both should be provided to enhance the firefighting. The requirement should be provided according to AS 2441. Firefighting mechanism must be provided in areas where water supply is not enough according to such sections. Additionally, portable fire fighting mechanism should be provided to the structure. In the requirement, a minimum of 2.5 kg in size of the firefighting equipment should be provided for this arrangement. According to NCC 2016, smoke detection should be provided on the structure according to section E2.2a of volume one of NCC. In addition, a smoke control zone of at least one should be provided on the basements according to clause 4 of the BCA. The basement must also be provided with a sprinkler system according to E1.5 section of the NCC. This section requires that a minimum of an alternative method should be provided for the fire detection on the areas. The clause 6 of the BCA should be used to provide the specification which can be used in the provision of sprinkler systems as indicated on AS 1670.1. The basement alternative will be able to five alternative option s to the firefighting mechanisms for fire incidents. Moreover, the sprinkler detectors should be provided at least 20 m apart from each other and also not more than 10 meters from the basement wall. The spacing requirements play a critical role in ensuring that the firefighting is enhanced well. Emergency and passenger lift has to be fitted on such structure. The lift requirement is found on table E3.6a of the NCC. This section gives the different types of lifts which can be fitted on different structures. First, the electric passenger lift has no limit to its application on different sections of this structure. In addition, low rise low-speed lift can be fitted on this structure. This is according to the requirement found on table E3.6b of the NCC section. The sizes of the lifts are provided on this table to enhance the operations of the structure. Emergency lighting, exit signs and warning systems NCC volume 1 part E4.2 can provide different specification and requirement of the emergency lighting on the different architecture. Passways and corridors of the structure must be provided with proper emergency lighting according to this section. Section C is able to provide additional information and requirement on the spacing of the emergency lighting. E4.6, of the NCC volume 1 provides that the exit signs should be readily apparent to people living the building. Exit signs should be provided in strategic places such as corridors will enhance the evacuation. Warning systems should be enhanced to improve the address for calamities whenever they occur (Australia 2009). Photoluminescent signs should all be provided according to specification on E4.8. The warning signs should also conform with section 6 of the BCA 2006. According to NCC volume 1, part F1 provides the requirement on stormwater disposal in order to limit the effect of water. According to this section, surface water which is resulting from an average recurrence of the interval of 20 years, must be disposed of in a way which limits the effects of the building and structure being put on the site. In addition, the disposal should also not bring nuisance on the available structures in the neighbourhood while disposing of (National Conference on Communications, 2016). Any disposal must be able to ensure the safety of other structures as well as on the locations where stormwater control is taking place. Good flow of the sewer is one of the critical requirements which are provided on the NCC to enhance sanitation on the ground floor. Part F2 of NCC has been able to provide that enough drainage on the sanitary facilities on ground floor must be provided. According to BCA, the minimum heights of buildings are provided on part F3. This part provides that the minimum height of kitchen, laundry and likes should not be less than 2.1 meters. Part F3.1a is able to provide these provisions for the rooms heights. A bedroom in sole occupancy should have a minimum of 2.4 meters according to part b of the above section. Lighting and Ventilation BCA part F4 is able to provide the different requirements on the ventilation and lighting. This section specifies that rooms such as a bath which is located on Unit 35 on the eighth floor should have artificial lighting according to FP4.2. Free flow and of natural air should be allowed and be maintained at such rooms like this one under consideration. This is according to FP4.4. Contaminated air should be withdrawn with proper mechanisms to control nuisance to other sections. F4.4 provides that natural ventilation which is in line with F4.6 should be provided in such rooms. According to BCA and NCC, the ceiling should be able to control the sound transmission from the room. The section on part F5 of the NCC provides that the ceiling should not emit the sound from within the room to the other locations. The sound control will control the pollution factor of noise. The part F5 can provide the critical insulation and transmission are provided for different parts. The thermal insulation of the roof provided is that F5.2. The roof should be able to absorb any nuisance from other regions and fail to emit them to the environment. References Australia. 2009. A report for government by the National Building and Construction Committee, 1999. Canberra: Dept. of Industry, Science and Resources. National Conference on Communications. 2016. 2016 Twenty Second National Conference on Communications (NCC): 4th-6th March 2016 : venue: IIT Guwahati Assam, 781039, India. https://ieeexplore.ieee.org/servlet/opac?punumber=7556162. National construction code. 2016. Volume 1, Section E, Part E1 sub-section E1.3 Clause (b) Sub-clause ii (B) National construction code. 2016. Volume 1, Section E, Part E1 sub-section E1.6 Clause (a) Sub-clause ii (B) Volume 1, Section E, Part E2 sub-section E1.3 Clause (2) Sub-clause ii (B) Volume 1, Section E, Part E2 sub-section E2.2 Clause (2) Sub-clause ii (B) Volume 1, Section E, Part E2 sub-section E3.6 Clause (1) Sub-clause ii (D) Volume 1, Section E, Part E2 sub-section E3.6 Clause (2) Sub-clause b (B) Volume 1, Section E, Part E4 sub-section E4.5 Clause (a) Sub-clause iii Volume 1, Section E, Part E4, Sub-section E4.8, Clause (b) Volume 1, Section E, Part F2 sub-section F2.1 Clause (1) Sub-clause i Volume 1, Section F, Part F1 sub-section F1.7 Clause (b) Sub-clause ii Volume 1, Section F, Part F3 sub-section F3.1 Clause (2) Sub-clause a (2) Volume 1, Section F, Part F4 sub-section F4.2 Clause (2) Sub-clause ii (B) Volume 1, Section F, Part F4 sub-section F4.4 Clause (A) Sub-clause ii (C) Volume 1, Section F, Part F5 sub-section F5.2 Clause (B) Sub-clause ii Volume 1, Section F, Part F5 sub-section F5.3 Clause (b) Sub-clause i