Passive Ventialtion Strategies

Interior Courtyard

One of the key interventions that we introduced was the concept of an interior courtyard, which served a dual purpose. Firstly, it provided an inviting congregational space for the building’s occupants to congregate, interact and collaborate. Secondly, the atrium created an awe-inspiring entrance for pedestrians, providing them with a sense of grandeur as they entered the building. Significantly, the atrium also forms a crucial component of our ventilation strategy, allowing fresh air to flow in from the double skin façade and circulate throughout the building. Finally, the ventilation system culminates at the top of the atrium, where a remotely actuated skylight facilitates the exit of stale air, completing the cycle of fresh air circulation.

Open Interior Stair

The introduction of the open stairs behind the atrium serves a similar purpose to the courtyard, and it is noteworthy that these interventions have been designed without compromising the integrity of the building’s existing structural system. The openings in the floor slab have been strategically placed to avoid interfering with the beams, instead being situated in the spaces between them. Additionally, the incorporation of lush greenery around the atriums confers numerous mental health benefits to occupants while simultaneously filtering out pollutants, including harmful carbon particles emanating from the adjacent roads.

Water Managment

Water management capture system

Opportunities for reusing, recycling grey water, and harvesting rainwater

The roofs of the building present unique opportunities for harvesting rainwater, which can be pumped down to the cistern in the basement to filter and recycle the water to be used later on in the building

A wastewater system will allows the building to take wastewater, to be pumped to the basement, where a filtration take is placed in order for the water to be filtered, and then pumped back into all of the faucets etc

The rain garden is zone that can be intentionally design to be flooded which can allow certain water intake when necessary, but can also alleviate from flooding when the water management system of the city is overwhelmed

Water Managment Section

Lighting Design

We devised an innovative lighting system that is tailored to cater to individuals across multiple time zones. The system is carefully calibrated to deliver cooler, blue-enriched light during the daytime hours to promote alertness, productivity, and concentration. As evening approaches, the lighting gradually transitions to warmer, low-intensity hues, which facilitate relaxation, rest, and recovery, enhancing sleep quality. Crucially, this dynamic lighting system plays a pivotal role in regulating healthy circadian rhythms, which have been proven to be crucial for overall wellbeing. This innovative approach to lighting design emphasizes the importance of the natural rhythm of light and its effects on our bodies, promoting optimal health and productivity for all occupants of the building.

Types of lighting systems designed

1. Recessed cove fixture/ uplight

2. Ceiling adjustable cove light

3. Direct pendant work light

4. Ambient reading task reading light

5. Low level recessed LED strip skirting floor wash

Lighting Design Section

As part of our lighting design strategy, we have carefully considered the placement of each light source, taking into account the light fall-off properties of each fixture. Lights with intense fall-off properties are placed below eye level, while recessed fixtures are positioned overhead to create a serene ambiance throughout the space. Furthermore, while the addition of lighting fixtures is a crucial element in any design plan, we have ensured that their usage hours are minimized through the implementation of our double skin façade system. The new façade replaces the outdated, heavily-tinted glass with modern, transparent glass that maximizes the amount of natural light entering the building, reducing the dependence on artificial lighting. As a result, the need for electric lighting will be significantly reduced, contributing to the overall energy efficiency of the building