FMT315 Sustainable Buildings End Course Assessment (ECA) | SUSS

Instructions to Students:

• This End-of-Course Assessment paper comprises EIGHT (8) pages (including the cover page).
• You are to include the following particulars in your submission: Course Code, Title of the ECA, SUSS PI No., Your Name and Submission Date.
• Late submissions will be subjected to the mark deduction scheme. Please refer to the Student Handbook for details.

Question 1

Demonstrate the proper assessment procedures to achieve the Green Mark Platinum award under GM: 2021 for this building. 

Question 2

Use the GM: 2021 ENRB scoresheet and Pathway 2: Fixed Metrics
(https://www1.bca.gov.sg/docs/default-source/bca-awards-2020/green-mark2021_scoresheet-(enrb).xlsx) to appraise and compute to provide the scoring based on the preliminary survey findings of the building. (Refer to Annex A in the Appendix) 

Question 3

Using a gap analysis table (you may adapt from the GM: 2021 ENRB scoresheet, but please label it appropriately), you are to list the breakdown of the proposed targeted Green Mark score points of the building. Appraise and describe in detail how you intend to achieve Green Mark Platinum with at least one badge in one sustainability section.

Note: In your above proposal, you are required to estimate the energy savings, replacement of electricity by renewable energy and Energy Efficiency Index based on the monthly electricity consumption (kWh) provided in Annex A in the Appendix. You are also to suggest proposals to reduce the ETTV value to comply with the EE section. 

Question 4

For your proposed plan to achieve Green Mark Platinum, using the same scoresheet in Q2, demonstrate and appraise the reasons for all your proposals (under the Remarks column) about the criteria under the Green Mark 2021 framework. 

Question 5

Organise and produce a video presentation to articulate the above FOUR (4) questions for approval. The video presentation should be no longer than TEN (10) minutes. Your face should also be shown in the video for verification. Accompanying subtitles are good but optional.

Students will be graded based on the following:

(i) Relevancy
(ii) Clarify
(iii) Depth
(iv) Innovation
(v) Oral Presentation
 Video format should be in any of the following formats: .mp4, .mpeg, .avi, .mov.

Appendix:

Annex A

Preliminary Survey Report

Constructed in 2015, the office building (Shinsei Industries) includes open-space car parks within its grounds. It is situated within 250 meters of the nearest bus stop, accessible via a sheltered walkway. The building’s rectangular structure primarily follows a northeastsouthwest orientation.
With a gross floor area (GFA) of 7,350 m², most office spaces are air-conditioned, while common areas, such as pantries, corridors, and lobbies, are naturally ventilated. Storerooms, toilets, and staircases use mechanical ventilation. Vertical transportation is supported by two elevators equipped with ACVVVF technology and sleep mode; there are no escalators
provided.

Due to limited record-keeping practices, construction-phase data from 2015 is not available. Existing drawings are in AutoCAD format, though the building owner is considering introducing a new Building Management System (BMS) compatible with BIM formats as part of the retrofit.

Greenery surrounds the site, with vertical green walls along some facades, mainly on the longer sides. Approximately 75% of the landscaped areas are irrigated by a water-efficient system with automatic sub-soil drip irrigation and rain sensor control.

The building currently lacks photovoltaic cells, but there is about 750 m² of rooftop space available for potential PV installation. Alternatively, the owner is contemplating converting this rooftop space into a garden.

Corridors and toilets are fitted with motion sensors linked to lighting controls. Both areas also benefit from direct access to natural daylight.

Additionally, the following information and documents are available for Green Mark certification assessment.

a) Energy consumption record for past 3 years
b) Typical daily chiller plant efficiency graph
c) Typical daily air distribution system efficiency graph
d) Lighting system
e) Greenery Provision table
f) A copy of the LEAF certificate
g) PUB Water Efficient Building (WEB) basic Certification
h) Water consumption [m³/GFA(m²)] for the past 3 years
a) Energy consumption record for past 3 years