Projects

X Transit Hub

Walkability Model Using Dynamic Multilayer Method in Transit Hub Design

This thesis delves into the challenges, methodologies, and solutions associated with the design of a transit hub (TH) in Jakarta that integrates both public transportation and public spaces (PS). A Dynamic Multi-Layer (DML) method addresses these intricate challenges by examining traffic density, simulating pedestrian movements, and optimizing for multiple objectives, such as minimizing distance to PS and reducing the total number of PS. The ultimate solution serves as a blueprint for the TH design, emphasizing human mobility, connectivity, and greenery. [more]

Kemayoran A4B Low-Cost Residences

Harmonizing Sustainability and Affordability in Post-COVID Urban Living

This study aims to create designs for government housing in Kemayoran, Jakarta, specifically for people with lower incomes. The approach is innovative, focusing on changing how buildings are designed. Despite challenges from the COVID-19 pandemic, the project transforms urban areas by combining flexibility and environmental consideration. The design incorporates nature-friendly concepts, including communal green spaces. Tools like the Galapagos Solver are used to shape the exteriors of buildings and adapt interiors based on the weather. The primary focus is on natural cooling and protection from the sun. The research suggests that planning cities this way results in homes that meet current needs and address significant challenges in the future.  [more]

Riyadh Dream Villas

Designing with a Biomimetic Approach

This project focuses on the design of ‘dream villas’ in desert environments, catering specifically to extravagant users. Employing an environmentally conscious approach, the design incorporates biomimicry to address site-specific challenges unique to the arid landscape. The villas feature dramatic and contextually relevant shapes that contribute to their aesthetic appeal and seamless integration into the neighborhood. By adopting an asymmetrical fluid form methodology, inspired by biomimicry, and incorporating inner courtyards in each villa, the design effectively tackles sustainability challenges associated with the desert climate. In conclusion, the project achieves a harmonious balance, prioritizing the comfort of residents both indoors and outdoors in a novel and refreshing manner. [more]

NURTURE

Nutrient for Future Singapore

This project aims to revitalize Singapore’s urban environment, tackling critical issues like food security and environmental sustainability, which are primary concerns in the country. By integrating education-focused communities with advanced technology, the pond-centric design, especially in housing placement, promotes sensory learning within the Transit-Oriented Development (TOD) framework. The proposed design advocates for a self-sufficient strategy through both public and private housing, contributing significantly to Singapore’s 2030 goal of attaining 30% food self-sufficiency. This initiative marks a comprehensive shift towards sustainable living for future residents of Singapore. [more]

Beyond Static

Exploring Machine Learning for Adaptive Geometries in Expandable Structures

This study draws inspiration from grasshopper biomechanics and contemporary innovations, such as the Yaheetech Sideline Bench, to explore modularity and adaptability in design. Starting with foundational principles, it seamlessly integrates advanced techniques for a harmonious fusion guided by expansion and assembly strategies. The methodology refinement incorporates Machine Learning, specifically Self-Organizing Maps (SOM) by Teuvo Kohonen, diverging from conventional neural networks for a fresh perspective on design optimization. [more]

Mathematical Structures

Exploring Natural Growth Patterns in Bio-Data Flow

This study integrates bio-data with mathematical structural dynamics to investigate how nature’s imprints manifest on mathematical surfaces. Emphasizing adaptability and modularity, tools like Rhino, Grasshopper, and Milipede are employed to transform natural growth patterns into 3D architectures. As the study unfolds, it incorporates optimization mechanisms, notably the Galapagos plugin and K-means Clustering in machine learning. This fusion of traditional and contemporary techniques provides a comprehensive, data-informed perspective in the field of computational design. [more]

Acoustic Ray Simulation

Designing and Evaluating the KAI-MICE Auditorium Design 

This study details the creation of a specialized auditorium model, inspired by Architect’s Data by Neufert. Employing Grasshopper for algorithmic modeling, parameters were refined, emphasizing ray distribution simulation for acoustic analysis via Ray Pachyderm Acoustical Simulation. Data visualization, featuring a heat map, illustrates ray counts at each step for seats. In conclusion, this method offers insights into sound ray behavior in acoustics. [more]

Daylight Enhancement in Architectural Design

Transforming a Double 5-Story Residences Project with Iterative Louver Concepts

For an affordable double 5-story residences project, the original window design featuring a 10cm-long Egg Crate profile was revamped to incorporate a 50cm-long louver concept. Using the Brute Force approach through the Colibri Iterator Definition, the design underwent 50 iterations to assess the impact on illumination metrics like CDA, UDI, DF. The objective is to optimize daylight performance and adapt to specific design requirements through Design Explorer 2 analysis. [more]

Rattan Charm

Redefining the Bedroom in BSD House with Full Ceiling Weave

This project delves into two design options: Pyramid and Wave Rattan pattern generation. The Pyramid approach involves systematically creating intricate two-dimensional patterns, refining them in the third dimension using weaving techniques, thereby enhancing the understanding of multidimensional pattern manipulation. The Wave design introduces a rattan object shaped like a flag for the ceiling, fulfilling the client’s need for visibility from diverse angles, particularly from the bed. This addition contributes a dynamic and visually appealing element to the overall space. [more]

Dynamic Metamorphosis

A Fusion of Architectural Innovation & Interactive Engagement

This project centers on refining Seniman Ruang’s Hyperbolic Paraboloid design, aiming to optimize both aesthetics and functionality. Leveraging computational tools, the goal is to elevate the unique features of the design, creating an engaging and visually compelling space for visitors. This endeavor reflects a commitment to pushing design boundaries through innovative computational methodologies. [more]

Intersecting Dimensions

Exploring Anthropocentric & Analyzing Comfort in a Massive Installation

This project investigates shadow dynamics in a large installation at Kumulo Creative Compound, BSD. Scheduled for construction from February to April and exhibition until December 2021, it addresses the hot-humid tropical context. The analysis aims to understand shadow interactions, considering limited natural shade, and assesses the design’s adaptability to pedestrian traffic and various activities. [more]

Algae Bio-façade System

Innovating Integration for Sustainable Architectural Façade Design

This project investigates shadow dynamics in a large installation at Kumulo Creative Compound, BSD. Scheduled for construction from February to April and exhibition until December 2021, it addresses the hot-humid tropical context. The analysis aims to understand shadow interactions, considering limited natural shade, and assesses the design’s adaptability to pedestrian traffic and various activities. [more]

Container Village

Redefining Urban Living with Kampong Container

This project revolutionizes urban living in East Jakarta by employing an innovative housing approach using modular containers. Strategically placed near vital amenities, the development introduces two housing types, Type A and Type B, catering to different resident configurations. The inclusion of a plugin system boosts user mobility and facilitates an efficient, organic building process within the Kampong Container. Drawing inspiration from Indonesian culture, communal spaces on each floor cultivate a sense of community, encouraging self-economy and self-energy. Prioritizing sustainability and cultural values, the project addresses Jakarta’s housing requirements while reshaping contemporary living standards. [more]

Kalideres Integrated Bus Terminal

Transforming Jakarta’s Transportation Hub Towards Sustainability

This project transforms the Kalideres Integrated Bus Terminal into a sustainable transit model for Jakarta, Indonesia. Tackling population density challenges, it introduces renewable energy, green spaces, and sustainable materials for enhanced environmental quality. The design prioritizes efficient pedestrian and vehicular movement, incorporating an overpass road and promoting universal design principles. With a strong emphasis on green transportation, the project strategically integrates eco-friendly elements, contributing to Jakarta’s resilient urban infrastructure and fostering a sustainable, accessible transportation hub. [more]

Rawa Buntu Station 2.0

Revolutionizing Urban Mobility through ‘Order in Circulation’

This project introduces a redesigned station to improve how people move around the existing station. The main idea in this design is called ‘Order in Circulation.’ The key focus is on organizing the movement of passengers, couriers, cars, motorbikes, and apartment residents. By solving the main issues at Rawa Buaya Station, the overall urban environment is expected to become more efficient and organized. [more]

LUNA

Transforming Jakarta’s Transportation Hub Towards Sustainability

This project, named LUNA (Living in Urban with Nature), repurposes an old Paragon warehouse in Jakarta into a sustainable community space. Focused on inclusive green areas, eco-friendly practices, and diverse activities, LUNA transforms the space into a vibrant hub supporting local businesses. With plans for culinary events, sales training, and shared kitchen experiences, LUNA aims to boost the Agricultural Hub brand through effective marketing and social campaigns. The project seeks to diversify revenue streams with co-working spaces and retail sales, ensuring sustained success and community enrichment. In summary, LUNA is an architectural initiative aligned with local needs, transforming an underutilized space into an environmentally conscious haven. [more]

Hawker Center Jakarta Experimental

Innovative Concepts & Designs Emerging from Thematic Experimentation

This project relocates informal street vendors from West Jakarta along Letjen. S. Parman Rd, using experimental architectural exploration to create multi-dimensional spatial definition. Featuring a floating acrylic vista for zone and circulation definition, the design addresses challenges of limited green space and diverse zones near the busy road. Integrating experimental layers, materials, and facades, the Hawker Center creatively tackles the district’s shortage of public spaces and green areas. The split structure incorporates elements like a steel frame, polycarbonate panels, and tensile structures, enhancing architectural creativity and the urban environment. [more]

Circular Hub

LINKaran HUBung - Community Integration through Ecosystem, Culinary & Education

This project signifies a transformative change at Jakarta’s Kebon Melati Reservoir (KMR), establishing connections among communities through a circular design, inclusive culinary spaces, and versatile platforms. The primary objectives include boosting the local economy and addressing Nature Deficit Disorder, creating a harmonious environment for community growth.

Established in 1966, KMR holds a vital role in Jakarta, strategically positioned between slums and commercial areas, near landmarks like Grand Indonesia Mall, Thamrin Residence, and Mall. Serving as a connecting bridge, the reservoir dynamically transforms, reflecting the principles of Jurgen Habermas, the German philosopher. [more]

CFD Analysis

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