Portfolio
Your Name | 2025
About
A first year undergraduate at the Singapore University of Technology and Design, pursuing a Bachelor of Science degree in Architecture and Sustainable Design. Passionate about how improvements in technology can advance techniques in the design process and unlock sustainable solutions to issues in the current built environment.
The aim of this project was to identify a site within Changi Business Park, Singapore, and design creative light installations which inspire social interaction and elevate the site. Changi Business Park Garden was chosen as the project site, more specifically, a long bridge across a pond within the garden which serves as a focal point of the garden. This site was chosen due to its low luminosity after sunset and low volume of visitors.
As part of my internship with Cambridge CARES, I created BIM representations of one of the centre's laboratories in CREATE Tower, Singapore, as well as a number of equipments within it. These models are done in Autodesk Revit and contribute towards CARES's The World Avatar project to create a knowledge-graph-based digital twin of the world.
Simple representation of a furnished 3-room apartment, including a custom made TV-console-cum-cabinet set and shoe cabinet. The dimensions of the apartment was measured by hand and modelled in SketchUp. Simple renders are made using the SU Podium plugin.
This tile is designed in Rhino and Grasshopper and is formed by a combination of an alternating triangle wave pattern and circular waves equations in Grasshopper Python script. The result is a structure with a geometric texture and complex, asymmetrical waves of spikes. The alternating triangle wave pattern was inspired by the SUTD symbol and acoustic panels. Combining this pattern with sine waves radiating outwards created a structure resembling a mountain range, with peaks of varying sizes and slopes. By further incorporating the integer divide operation in the equation, a rocky, geometric surface was generated. The focus and challenge was to create a surface that most resembled a naturally generated terrain in a mountainous region by manipulating the parameters in my equation. The desirability of the design is defined as such: 1. The design must have a degree of complexity 2. The surfaces of the slopes or peaks must have a geometrical look 3. The design must resemble a natural terrain.
This is a 3-dimensional object generated using a combination of 3 generalized circles formed using trigonometric functions in Rhino. Inspired by the upcoming World Cup, this object uses circles of varying radiuses and cycles to form points that are cross-linked using a polyline that results in a symmetrical structure that resembles a football stadium.