Microclimate Study @ HCI

Done by 2O3 Group 2Members:Linus Chan (01)Foo Yock Haw (11)Gifford Lee (12)Lin Qin Li (17)

Hypothesis Concrete areas are hotter than non-

concrete area.

Site A: Top Floor of Multistorey Carpark

Site B: Garden outside printing centre

Site C: Open space between canteen and Block C

Site D: Terraces

Site E: Field

Site F: Running Track

Site G: Fountain area outside General Office

Fieldwork

Temperature of the Places (14th Jan/15th Jan)

Sites

Temperature(°c)1.5m above ground(14th Jan)

1.5m above ground(15th Jan)

Average Temperature

A 30.3 28.7 29.5B 30.3 27.6 28.95C 30.5 28.1 29.3D 30 28.5 29.25E 30.5 28.3 29.4F 31.3 29 30.15G 30.4 28.3 29.35

Post-FieldworkTemperature of the Places through Ranking

1. Running Track(F) 2. Top floor of Multistorey Carpark(A) & Terraces(D) 4. Field(E) 5. Fountain area outside General Office(G) 6. Open space between canteen and Block C(C) 7. Garden outside printing centre(B)

Post-FieldworkConcrete area vs. Non-concrete area

Average Temp. of Non-concrete Area

(°C)Average Temp. of Concrete Area (°C)

Garden: 28.95 MSCP: 29.5

Field: 29.45 Open space: 29.35

Running Track: 30.15 Terraces: 29.5

- Fountain: 29.3

Average: 29.5167 Average: 29.4125

The average temperature of concrete area is not higher than that of non-concrete area.

Conclusion Our hypothesis is rejected. The rejection might be due to multiple

errors caused during the experiment, such as not measuring the temperature as the same point at each location during the two measurements.

We believe that the result will probably be more reliable if the temperature is taken at the same time.

Thank You