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This research paper aims to discuss how effective the passive designs adopted in Phases 1 and 2 of Belum Rainforest Resort are at solving heat gain. Passive designs achieve thermal comfort without mechanical systems through factors like orientation, structural roof components, material selection, and ventilation. The resort's remote location necessitated a sustainable design that utilized the surrounding microclimate through techniques like building orientation for shading and airflow, ventilated "safari" roofs, and using tree saplings as façade screens. By investigating these passive design elements, the paper seeks to understand how well the resort achieves thermal comfort in a sustainable way.
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This document summarizes a student's case study on the shading devices used at the Belum Rainforest Resort in Malaysia to reduce heat gain in buildings. It discusses how heat gain affects building performance in tropical climates and how shading devices like overhangs and vertical fins help filter direct sunlight. The resort uses traditional pitched overhangs on buildings to shade windows from afternoon sun while still allowing morning light. Vegetation and clustered building designs also help reduce heat gain. Overall, the shading devices are effective at improving thermal comfort and building performance in the hot, humid climate.
Lau Ee Tian [0309596] report
The document discusses how context influenced the design strategies at Belum Rainforest Resort in Pulau Banding, Malaysia. It analyzes how the architect designed the resort to integrate with the surrounding natural environment. The architect utilized the site's landforms and clustered the buildings to maximize natural ventilation. Sustainable materials were used, including local wood. The roof forms and external colors/textures were designed to reduce heat gain based on the location's climate. Overall, the document examines how the architect carefully considered the site's context and natural features to create an eco-friendly resort that blends with the surrounding oldest rainforest in the world.
Case study paper
This document is a case study report on the restoration and development of Belum Rainforest Resort in Malaysia using symbiosis theory in architecture. It discusses how the resort was developed in two phases to blend built structures with the natural environment in a sustainable way. The report examines how symbiosis theory influenced the planning, design, material selection, and construction of the resort to minimize environmental impact and create harmony between the building and surrounding nature. It analyzes several examples of how on-site materials were reused and open spaces incorporated symbiosis principles of linking opposing elements in a balanced way. The case study aims to demonstrate how applying symbiosis theory can help achieve long-term sustainability in large-scale resort developments.
Asian architecture [arc2234] case study paper
This document describes a case study on the Belum Rainforest Resort in Malaysia. It discusses how the resort utilizes passive design principles of bioclimatic architecture to optimize the use of environmental resources and achieve energy efficiency. Specifically, it examines the passive heating, cooling, and daylighting strategies employed at the resort. Through the use of local materials, proper orientation, shading devices, and high thermal mass construction, the resort is able to maintain thermal comfort naturally without relying on mechanical cooling and heating systems. This allows the development of sustainable architecture suited for the local climate.
topic issue proposal
This document is a project proposal for a case study paper on the application of passive cooling design strategies to reduce energy usage and heat gain at PJ Trade Centre in Petaling Jaya, Malaysia. The proposal includes a concept map of passive cooling strategies, research questions about thermal comfort and energy efficiency measures at PJ Trade Centre, and a 300-word summary of the topic. The summary discusses PJ Trade Centre's passive design features for natural ventilation and daylighting and how they help achieve thermal comfort. It also outlines passive cooling strategies like shading, natural ventilation, and orientation that will be analyzed to reduce energy usage in the hot, humid climate. An annotated bibliography provides sources on passive design, thermal comfort, and case studies
Asian Architecture: Case Study Paper
The document provides a case study analysis of the Chempenai House in Malaysia, which uses an egg-crate concrete structure. The study aims to evaluate the effectiveness of this design in achieving user comfort, safety, and enhanced spatial quality. It does so by examining how the egg-crate structure encourages natural ventilation and sun shading to improve comfort, enhances the quality of interior spaces, and impacts household security. The scope is limited to analyzing the implications of the egg-crate envelope on these factors, gathering information through interviews, site visits, literature reviews, and data collection.
A study of how sustainable building materials benefit belum rainforest resort
This document is a case study paper on the sustainable building materials used at the Belum Rainforest Resort in Malaysia. It identifies and describes sustainable materials like timber, bamboo, rammed earth, and salvaged bricks. These materials provide benefits like reducing environmental impact through lower embodied energy, being locally sourced and processed, and having good workability. However, sustainable materials have not been widely used due to lack of awareness, higher costs and perceptions of lower quality. The case study demonstrates how using sustainable materials supports environmental protection and responsible development.
Asian Architecture: Case Study Paper
Thesis on:
Concrete Vent Block as Effective Natural Cooling Strategy in Improving the Indoor Environmental Quality at PJ Trade Centre
Subject: Asian Architecture
Project 1
Daylight metrics and their sensitivity
This document provides an introduction and background for a report that assesses the sensitivity of different daylight metrics. It will evaluate the Daylight Factor (DF), Continuous Daylight Autonomy (DAcon), and Continuous Useful Daylight Illuminance (UDIcon) metrics through parametric simulations. The introduction defines each metric and notes limitations of the static DF metric, including that it does not consider location, orientation, weather, or direct sunlight. It hypothesizes that dynamic metrics like DAcon and UDIcon may be more suitable for standard use. The methods section will describe the simulations that vary parameters like location, orientation, room depth, window area and type to analyze sensitivity of the metrics.
Project 1 aa
This document is a case study paper on the sustainable and efficient spatial arrangement of Phase 2 of the Belum Rainforest Resort in Malaysia to accommodate different users. It discusses the overview of sustainable spatial planning, the different types of users at the resort including visitors, guests, and staff. It also describes the three circulation routes to access Phase 2 and examines the various public, private, and semi-private spaces arranged to serve the needs of the users.
Case study
The document discusses the sustainable strategies used in the Cloud Forest at Gardens By The Bay in Singapore. It describes how passive design and energy efficient systems are used to cool and maintain the temperature in the massive glasshouse. Specifically, it details the use of double glazed glass, shading systems, displacement ventilation, radiant cooling in walkways, biomass boilers, and on-site power generation to minimize energy usage and create a carbon neutral environment for the plants.
Asian Architecture Final Paper
This document provides a case study analysis of the Sekeping Serendah Glass Shed in Malaysia. The glass shed utilizes various passive design elements and natural materials to maximize natural ventilation and thermal comfort for visitors. These include cross ventilation facilitated by openings on the southeast and northeast sides to catch prevailing winds, a elevated design to promote airflow, and a open floor plan and roof structure similar to traditional Malay houses. Materials with low thermal capacity, like glass and wood, are used to reduce heat gain. The design successfully demonstrates how passive strategies can provide thermal comfort with reduced energy usage.
Asian architecture case study paper_8d_house
This document provides a case study analysis of the 8D House in Bukit Damansara, Kuala Lumpur. It examines how the house applies design strategies from vernacular Malay architecture to achieve thermal comfort. Specifically, it analyzes the house's use of local materials like brick and timber, its orientation and building form for cross ventilation, its landscaping designed in response to sun paths, and its large overhanging roof and louvered sun screens for shading. The document concludes that by applying these passive design elements, the 8D House successfully reduces solar heat gain and improves occupant thermal comfort, demonstrating how traditional approaches can be modernized for contemporary architecture.
Asian Architecture: 8D House Case Study Paper
Taylor's University Lakeside Campus
School of Architecture, Building & Design
Bachelor of Science (Hons) in Architecture
Asian Architecture (ARC 60403)
Project Part B: Case Study Paper
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A study of how sustainable building materials benefit belum rainforest resort
A study of how sustainable building materials benefit belum rainforest resort
More from Preston Liew
Architectural design project project 1b brief august 2016
1. This document outlines the design strategy proposal project for an architecture design course. Students will develop 2-3 design options for a proposed building project based on research and site analysis conducted previously.
2. Students are expected to explore concepts through sketches, diagrams, and models to visualize different approaches. Drawings must be to scale and consider site context, environmental strategies, and regulatory requirements.
3. The final proposal will include scaled drawings, a design narrative with diagrams, and a draft report outlining the project brief, site and environmental responses, and precedent studies. Students will present their interim and final proposals.
Architectural design project project 1a brief august 2016
This document provides information for Project 1a of the Architectural Design Project module. The objectives of Project 1a are to develop a simple design brief and conduct pre-design analysis to inform an architectural design project. Students are required to choose an architectural position, study the site context, identify user needs, and analyze precedent projects. They must then formulate a brief outlining the design topic, building type, user group, and schedule of accommodation. The pre-design analysis and brief will be presented through a 10-15 minute multimedia presentation in Week 3. The presentation will be assessed based on the quality of the brief, precedent studies, contextual and user analysis, and presentation delivery.
Architectural design project module outline august 2016
The document outlines the module for the Architectural Design Project, which is the capstone project for the Bachelor of Science (Honours) in Architecture programme. The module focuses on designing a building to address a social issue through integrating technology, environment, and cultural context. Students will develop a design strategy and detailed design for a site in Putrajaya, Malaysia, addressing the theme of establishing Malaysian identity in contemporary architectural design.
PUTRAJAYA SITE ANALSYS - TEAM CY
This document discusses the background, vision, location, and identity of Putrajaya, Malaysia's federal administrative center. It examines 5 key topics: 1) the city's image, 2) Malaysian identity represented through Putrajaya, 3) lifestyle of local residents, 4) accessibility of sites, and 5) interaction between buildings. Diagrams and images depict the city's planning and architecture, which aim to symbolize core Malaysian values. Case studies of public spaces in Norway and Denmark are also presented, showing how government and community functions can coexist in an integrated design.
Site analysis JALAN IPOH TEAM NANI
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise boosts blood flow and levels of neurotransmitters and endorphins which elevate and stabilize mood.
Project brief 2 architecture studio 5 march 2016 v3
1. Students will design a community library within an urban infill site over the course of the semester. The design must address the urban context and user needs through its formal design, spatial programming, and environmental and technological systems integration.
2. The project will go through sketch design, design development, and design visualization phases to explore the massing and layout, finalize the design, and complete presentation materials. Students must consider legislative requirements and design a library between 1,800-2,000 sqm spanning 3-5 storeys.
3. The design will be evaluated based on its response to the urban context, compliance with requirements, spatial programming, and integration of environmental and technological aspects to create an inspiring community space.
Studio brief
This document outlines the preliminary project for an architecture design studio focusing on urban infill community libraries. It includes tasks for site documentation, analysis, and precedent studies. Students must document a site at their university, analyze it considering urban concepts, and study an example community library project. They must submit documentation, 8 analysis panels, and 4 precedent study panels. Students will be evaluated on their understanding of urban issues, identification and articulation of key elements, and critical analysis demonstrated in their work.
Studio module outline
This document outlines the module for Architecture Design Studio 5, which focuses on designing a community library for an urban street. The module aims to explore architectural solutions for urban infill sites and the role of community libraries. Over 14 weeks, students will study urban contexts, precedents, and design codes/regulations. They will then design a contemporary community library that responds to the urban site context through its form, culture, regulations, structure, and environment. Assessments include preliminary studies, an individual final design project, and a portfolio demonstrating the graduate capabilities developed.
B tech report proj 2 PRESTON
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
Project brief 2 btech1 march 2016
This document outlines an assignment for a Building Technology course. Students must analyze construction methods for their studio design project. They must:
1) Study precedent projects with alternative roof, facade, and structural systems. They must analyze the materials, construction, advantages, disadvantages and appropriateness of each system.
2) Propose two alternative facade schemes for their design, implementing the precedent systems.
3) Produce detailed sectional perspectives of two spaces - one on the ground floor and one on the top floor - showing construction details and connections between structures.
Students will be evaluated based on the thoroughness of their precedent analyses, quality of their proposed facade schemes, and detail shown in their sectional perspectives.
Btech module outline
This document provides a module outline for the Building Technology 1 course, which is part of the Bachelor of Science (Honours) in Architecture program. The module aims to expose students to advanced building construction technologies through case studies, focusing on areas like construction systems, energy efficiency, waste management, and embodied energy. It will be delivered over 14 weeks through lectures, tutorials, and self-study. Students will be assessed through assignments applying their learning to analyze construction methods and develop alternative solutions, as well as a final exam and portfolio demonstrating their achievement of learning outcomes. The module aims to develop students' understanding and skills in technical documentation, construction principles, and sustainable building practices.
Btech brief assignment 1
This document outlines an assignment for a Building Technology course involving the design and construction of a model apartment building using Industrialised Building System (IBS) components. Students must form groups to: 1) Design a 3-story apartment block incorporating IBS walls, slabs, stairs, and other prefabricated elements; 2) Construct a physical model of the building demonstrating the IBS construction process; and 3) Create a 3-5 minute video presenting the model-making process and calculating the building's embodied energy. The model and video will be assessed based on design quality, appropriate use of IBS elements, video production quality, and model workmanship. The assignment aims to develop students' understanding of IBS construction methods and issues
Preston bsci proj 2
The document provides calculations to analyze lighting and acoustic conditions for two areas - the plants study area and limited edition section - of the Sentul Community Library. For lighting, it calculates daylight factor and artificial lighting requirements for both spaces based on Malaysian standards. It determines that the plants study area has good natural light but may experience glare, while the limited edition section lacks sufficient daylight. For acoustics, it measures external noise levels for the limited edition section during peak and non-peak hours.
Light report compiled
This document provides details of a study evaluating the lighting performance of The Dart Bar. It includes sections on literature review, research methodology, case study details, and analysis of the existing lighting conditions. Measurement equipment including a lux meter were used to collect lighting data from the site based on a 1.5m x 1.5m grid. Various zones within the bar were analyzed to determine illumination levels and potential improvements to the lighting design. Precedent studies were also reviewed for comparison.
Sound final
This document outlines an acoustic performance evaluation and design project for The Dart Bar. It includes an introduction to the site and objectives of the project. Literature on key acoustic concepts like sound pressure level, reverberation time, and sound reduction index is reviewed. Case studies of acoustic precedents and the existing materials, noise sources, and acoustic conditions at The Dart Bar are analyzed. Methods for acoustic measurement, data collection and analysis are described. The document provides detailed plans and sections of the bar layout.
Project 2 integration
This document outlines the requirements for Project 02 of the Building Science 2 course. The project aims to integrate understanding of lighting and acoustics principles into students' final design projects from Studio 5. Students must incorporate lighting and acoustics designs on two A2 boards and an A4 report with calculations. They must identify spaces requiring artificial and daylighting and address external and internal noises. The boards and report will be graded on themes, daylighting strategies, artificial lighting designs, site analysis, noise management strategies, and calculations.
Project 1 performance evaluation
This document outlines a project assignment for an architecture course on building science. Students will work in groups to evaluate the lighting and acoustic performance of a case study building. They will take measurements of light levels, sound levels, and photos at different times of day. Students must analyze the site conditions, lighting levels, noise levels, and identify any issues. They will present their findings in contour diagrams, calculations, and a technical report with drawings, photos and analysis. The goal is for students to understand daylighting, artificial lighting, acoustics and noise in buildings in order to apply these principles to design.
Research questions preston liew
The interviewee believes that the center of the mosque under the dome and chandelier best promotes spiritual sense of Tawhid. He feels that outdoor gardens, water fountains, and a nice temperature enhance kusyuk towards Allah in prayer. The best mosque atmosphere for promoting kusyuk includes colored glass, water sounds from fountains, and echoes of praying. He finds individual kusyuk is best in a congregation that is neither too large nor too small. The physical scale of a mosque can affect kusyuk, with a large scale inspiring awe - the Shah Alam Mosque being a local example of good scale. Ornamentation like chandeliers, colored glass, and light effects increase the holy atmosphere
Spirituality & sense of place
The document discusses the concepts of sense of place and spirit of place. It explains that sense of place refers to an individual's experience and perception of a particular setting, while spirit of place refers to the distinctive atmosphere or essence of a place. It also discusses how sense of place can be developed through careful observation of places and appreciation of their unique qualities. Virtual realities pose challenges to conveying authentic sense of place, as they are not direct sensory experiences of real settings.
Islamic architecture arc 2342 project 1 brief august 2015
This document outlines a project assignment on Islamic architecture for students. It involves researching the principles of Islamic architecture and creating a timeline analysis of architectural developments in Malaysia. Students will work in groups to analyze different regions and produce a poster, individual write-ups, and an online database. The project aims to help students understand how Islamic beliefs influenced architectural design over different periods and to develop research and presentation skills.
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Abstract preston liew ru ping
- 1. Asian Architecture (ARC 2234 / ARC60403) Project 1: Case Study Paper Abstract (10%) Due Date: 20 Oct 2015 Studentnameand ID: Preston Liew Ru Ping 0313822 Tutor:MsAlia Abstract Thermal comfort is the condition of mind that expresses satisfaction with the thermal environment and is assessed by subjective evaluation (ANSI/ASHRAE Standard 555). This research paper aims to discuss howeffective are the passive designs adopted in the vernacularism of Phase 1 and Phase 2 of Belum Rainforest Resort (situated in Pulau Banding, Perak) and whether it is successfulin solving heat gain. Passive designs are process of achieving thermal comfort without using any mechanical systems. To have betterunderstanding of how efficient the passive designs are in reducing heat gain, various aspects are investigated in depth,such as the orientation of the buildings, the structural components of the roof, material selection of the buildings, and how ventilation is utilized to reduce heat gain. The remote and ecologically sensitive location naturally gave birth to a sustainable program and it is benchmarked against the UK BREEAM rating. The resort is a simple yet sustainable building emerged from its short 6 months design to building completion programme. The orientation of each individual buildings help in a certain way to manipulate the surrounding resources to help shade or ventilate the building within the microclimate. From recycling demolition debris for decorative wall claddings, ventilated safari roofs, to employing tree saplings as façade screens, it has been proven that choice of materials used was not only sustainable,but also bringing up benefits in terms of environmental, economic, and social. Which includes protecting the ecosystem,saving construction cos t,improving number of occupants and their productivity,and it increases the value of the property by improving the health and comfort of the occupants.The importance of identifying and learning how the passive designs helps solving heat gain in Belum Rainforest Resort allows the production of sustainable design and architecture. As a conclusion,the orientation, materials, roof structure and ventilation are important to achieve thermal comfort in a sustainable way within the microclimate of Phase 1 and Phase 2.
- 2. Asian Architecture (ARC 2234 / ARC60403) Project 1: Case Study Paper Abstract (10%) Due Date: 20 Oct 2015 Studentnameand ID: Preston Liew Ru Ping 0313822 Tutor:MsAlia Solutions to heatgain by using passive design to achieve thermal comfort in Belum Rainforest Resort (Phase 1 and Phase 2) Table of Contents Page Abstract................................................................................Error! Bookmark not defined. 1.0 Introduction............................................................Error! Bookmark not defined. 1.1 What is vernacular architecture 1.2 What is thermal comfort and how to achieve it 2.0 An overview of Belum Rainforest Resort (Phase 1 & Phase 2)Error! Bookmark not defined. 2.1 Vernacular references found in the resort 2.2 How did the resort solve heat gain problem 3.0 Orientation of Belum Rainforest Resort .........................Error! Bookmark not defined. 3.1 Natural lighting 3.2 Air flow and ventilation 3.3 Surrounding vegetations 3.4 Shading 4.0 Adaptation of vernacular roof in Belum Rainforest ResortError! Bookmark not defined. 4.1 Roof structures and how do they aid in shading 4.2 Utilazation of pitch roof and safari roof in achieving thermal comfort 4.2 Factos that affects the efficiency of the safari roof 4.3 Comparisons of conventional roofs and safari roof 5.0 Using sustainable materials to achieve thermal comfort ..Error! Bookmark not defined. 5.1 What materials are used throughout the building 5.2 What materials are considered to be sustainable 5.3 Effectiveness of the materials used 6.0 Adapting an openness concept for utilizing ventilation....Error! Bookmark not defined. 6.1 Design of openings in reducing heat gain 6.2 How is it improved from its vernacular references 7.0 References...................................................................Error! Bookmark not defined. 8.0 Conclusion...................................................................Error! Bookmark not defined.