The document provides a dilapidation survey report for the Malaysia Architecture Museum in Bandar Hilir, Melaka. It was prepared by 8 students for submission to Dr. Shahrul Yani Said. The report includes background on the building, constructed in the 1700s during the Dutch colonial period. An inspection was conducted to identify defects, which were mainly minor, including cracks, peeling paint, and detached elements. The major defect was a construction error with staircase slopes being too high. Recommendations will be provided to address the defects. Floor plans, elevation drawings and photos are attached in appendices.
CONDITION SURVEY REPORT FOR MELAKA STAMP MUSEUMFakhrul Afifi
This document provides a dilapidation survey report for the Melaka Stamp Museum building in Bandaraya Melaka, Malaysia. The report describes the building's history and architecture, which features a combination of Malay, Chinese, Dutch and Portuguese styles. It documents various defects found on the building's exterior including peeling paint, algae growth, and cracks in the walls. For each defect, the report notes the location, possible causes, and recommendations for repair. The goal of the survey is to document the building's condition and advise on conservation efforts to preserve this historic structure.
This document discusses industrialized building systems used in Malaysia, specifically tunnel formwork and aluminum formwork. It provides an overview of each system, including their construction processes. Tunnel formwork involves pouring concrete into steel formwork to form walls and slabs in one operation. Aluminum formwork uses aluminum panels as molds to cast concrete structures and provides benefits like high quality finishes, precision, and reduced construction time. The document also outlines the advantages of these systems such as cost savings, shorter timelines, and improved safety; as well as some disadvantages like high initial costs and transportation challenges.
Architecture Museum Malacca Adaptive Reuse Design ProposalNaqiuddin Johari
The document provides details about a project proposal for an Architecture Museum in Bandar Hilir, Melaka, Malaysia. It includes an introduction to the building and site, existing facilities and utilities, surrounding buildings, local culture and economy. The proposal is to adaptively reuse the existing building as a museum café to attract more tourists. Floor plans and sections are provided to showcase the concept which includes a lobby, bar, outdoor eating area, kitchen and other facilities. Fire safety measures are also addressed.
Project 1: Industrialised Building System [ IBS ]JerotichMaswan
Project 1 of Advanced Architectural Construction.
Requirement: Design a 3 storey apartment building using Precast Concrete System. Other IBS systems are allowed. Create a report on IBS and the building detailing.
This document provides an overview of Industrialized Building Systems (IBS) with a focus on precast concrete systems. It defines IBS and discusses the key types, including precast concrete, steel framing, formwork, blockwork, timber framing, and innovative systems. The advantages of IBS are faster construction, higher quality, and lower cost. Potential defects in precast concrete like water leakage and cracking are also outlined. The document presents the standard design and construction workflows for IBS and provides case studies of two apartment buildings in Singapore that utilized precast concrete systems.
HOW CONSERVATION WORKS TAKE PLACE IN MALAYSIAFakhrul Afifi
Conservation works is the most complex method in restoring the element and facade of the old building. Without conservation, the heritage building cannot long last until the expected age.
A brief background & development history on klccSyahDa_96
The KLCC development and Petronas Twin Towers were built between 1993 and 1999, with the towers inaugurated in 1999. The towers were envisioned by Malaysia's fourth prime minister Mahathir Mohamad to be the tallest in the world. Their construction involved overcoming challenges like developing high strength concrete and fast elevator systems. After six years of construction, the Petronas Twin Towers surpassed the tallest buildings in Chicago and New York upon completion.
This document discusses Industrialised Building System (IBS), which is a construction technique where building components are manufactured in a controlled environment and assembled with minimal work on site. It provides examples of early IBS use dating back to 1624 and its introduction in Malaysia in 1966. The benefits of IBS include reduced labor, waste and costs. However, only 15% of contractors use IBS due to lack of expertise and higher initial costs compared to traditional methods where labor is cheap. The document also categorizes different types of IBS and problems faced in its implementation.
CONDITION SURVEY REPORT FOR MELAKA STAMP MUSEUMFakhrul Afifi
This document provides a dilapidation survey report for the Melaka Stamp Museum building in Bandaraya Melaka, Malaysia. The report describes the building's history and architecture, which features a combination of Malay, Chinese, Dutch and Portuguese styles. It documents various defects found on the building's exterior including peeling paint, algae growth, and cracks in the walls. For each defect, the report notes the location, possible causes, and recommendations for repair. The goal of the survey is to document the building's condition and advise on conservation efforts to preserve this historic structure.
This document discusses industrialized building systems used in Malaysia, specifically tunnel formwork and aluminum formwork. It provides an overview of each system, including their construction processes. Tunnel formwork involves pouring concrete into steel formwork to form walls and slabs in one operation. Aluminum formwork uses aluminum panels as molds to cast concrete structures and provides benefits like high quality finishes, precision, and reduced construction time. The document also outlines the advantages of these systems such as cost savings, shorter timelines, and improved safety; as well as some disadvantages like high initial costs and transportation challenges.
Architecture Museum Malacca Adaptive Reuse Design ProposalNaqiuddin Johari
The document provides details about a project proposal for an Architecture Museum in Bandar Hilir, Melaka, Malaysia. It includes an introduction to the building and site, existing facilities and utilities, surrounding buildings, local culture and economy. The proposal is to adaptively reuse the existing building as a museum café to attract more tourists. Floor plans and sections are provided to showcase the concept which includes a lobby, bar, outdoor eating area, kitchen and other facilities. Fire safety measures are also addressed.
Project 1: Industrialised Building System [ IBS ]JerotichMaswan
Project 1 of Advanced Architectural Construction.
Requirement: Design a 3 storey apartment building using Precast Concrete System. Other IBS systems are allowed. Create a report on IBS and the building detailing.
This document provides an overview of Industrialized Building Systems (IBS) with a focus on precast concrete systems. It defines IBS and discusses the key types, including precast concrete, steel framing, formwork, blockwork, timber framing, and innovative systems. The advantages of IBS are faster construction, higher quality, and lower cost. Potential defects in precast concrete like water leakage and cracking are also outlined. The document presents the standard design and construction workflows for IBS and provides case studies of two apartment buildings in Singapore that utilized precast concrete systems.
HOW CONSERVATION WORKS TAKE PLACE IN MALAYSIAFakhrul Afifi
Conservation works is the most complex method in restoring the element and facade of the old building. Without conservation, the heritage building cannot long last until the expected age.
A brief background & development history on klccSyahDa_96
The KLCC development and Petronas Twin Towers were built between 1993 and 1999, with the towers inaugurated in 1999. The towers were envisioned by Malaysia's fourth prime minister Mahathir Mohamad to be the tallest in the world. Their construction involved overcoming challenges like developing high strength concrete and fast elevator systems. After six years of construction, the Petronas Twin Towers surpassed the tallest buildings in Chicago and New York upon completion.
This document discusses Industrialised Building System (IBS), which is a construction technique where building components are manufactured in a controlled environment and assembled with minimal work on site. It provides examples of early IBS use dating back to 1624 and its introduction in Malaysia in 1966. The benefits of IBS include reduced labor, waste and costs. However, only 15% of contractors use IBS due to lack of expertise and higher initial costs compared to traditional methods where labor is cheap. The document also categorizes different types of IBS and problems faced in its implementation.
The document provides background information on the Stamp Museum building in Malacca, Malaysia. It discusses the building's history, having originally been used as a residence for Dutch dignitaries from the late 18th century until 1930. The building fell into disuse but was later restored and converted into the Stamp Museum in 2007. The document outlines the building's architectural features, which reflect a combination of Malay, Chinese, Dutch and Portuguese influences. This includes its symmetrical façade divided into bays, arched openings, pilasters, front porch, and terra-cotta roof tiles. Guidelines for conservation of Malaysian heritage buildings are also summarized.
The document provides details on the use of industrialized building systems for a building project. It includes an introduction to IBS and precedent studies. It then describes the various IBS components to be used, including precast concrete columns, beams, slabs, and stairs. Prefabricated steel will be used for toilet pods and the roof structure. Fabrication and installation processes are outlined for the different components.
Building defect, Structure 1, ARC3400, FRSB, Universiti Putra MalaysiaNangkula utaberta
There are several common sources of building defects, including human factors, biological attacks, chemical reactions, moisture problems, and physical movement. Human factors involve errors in design, faulty construction techniques, and extraordinary loads. Biological attacks include fungal or mold growth due to moisture and poor ventilation. Chemical reactions such as sulfate attack, corrosion, carbonation, and alkali-silicate reactions can cause cracking when water is present. Moisture issues arise from various sources and can cause shrinkage, expansion, and cracking in structures over time. Physical vibrations from nearby objects or building activities can also potentially damage structures. Proper design, construction, inspection, maintenance, and environmental controls throughout a building's lifecycle are important for preventing defects.
The document provides details about the Petronas Twin Towers in Kuala Lumpur, including:
- The towers were designed by Cesar Pelly and inspired by Tun Dr. Mahathir to have Islamic elements and make Malaysia well known.
- Tower 1 was constructed by Majors Joint Venture and Tower 2 by Samsung Engineering & Construction over 25 and 24 months respectively.
- The structural frame uses high-strength concrete columns, a core, and ring beams. It discusses the core, columns, foundations, pinnacles, and skybridge components.
- Other buildings discussed include the Tuanku Mizan Zainal Abidin Mosque, Putrajaya International Convention
This document contains the Uniform Building By-Laws 1984 of Malaysia. It establishes regulations for building construction and development. The by-laws cover preliminary matters, plan submission and approval processes, space and ventilation requirements, temporary works, structural requirements, construction standards, fire safety standards, fire alarms and equipment, and miscellaneous provisions. It includes 10 schedules with further details. The by-laws were created under the Street, Drainage and Building Act 1974 to regulate building construction and development in Malaysia.
Industrialized building systems (IBS) refer to building construction techniques that involve prefabricating building components off-site and assembling them with minimal work on-site. The document discusses IBS, providing a definition, characteristics, types including frame, panel and box systems. Benefits of IBS are highlighted such as reduced labor, waste and faster completion times. Challenges to adopting IBS in Malaysia are also examined, including a lack of expertise and the need for regulatory incentives to promote usage. Modular coordination is discussed as an important factor for effective IBS application through standardizing building measurements.
The document provides a cost analysis for the proposed construction of 2 blocks of 3-storey medium cost apartments with 24 units and associated external works located in Mukim Petaling, Kuala Lumpur. The total contract sum is RM1,588,044.50. It includes breakdowns of costs by building element such as substructure, superstructure, finishes, fittings and services. Specifications are also provided for each building element.
The document is a site visit report for a construction site building 96 terrace houses and related infrastructure. It includes an introduction to the site visit, objectives of the visit, observations of the site and construction processes, and photos from the visit. Specifically, it describes the pad footing foundation system being used, including excavating the ground, laying a lean concrete base, forming and reinforcing the pad, and pouring the concrete. The report concludes the visit provided valuable first-hand learning about construction site safety, materials, techniques and the pad footing construction process.
The document discusses building services systems at PJ Trade Centre, including air conditioning, electrical supply, fire protection, and mechanical ventilation/transportation systems. It provides an introduction and literature review on each system, as well as case studies detailing the components, functions, regulations, and diagrams of the air conditioning, electrical, and fire protection systems implemented at the building. The document is a case study report authored by six students analyzing and documenting the various building services systems.
This document provides details on a group project to design a 3-storey apartment block using Industrialized Building System (IBS). It includes an introduction to IBS in Malaysia, the main IBS systems used, and details on the precast concrete system being implemented. Precast components discussed include hollow core panels, slabs, beams, columns, stairs, and toilet pods. The manufacturing process for these precast elements is also outlined.
The document discusses Industrialized Building Systems (IBS) and proposes using several precast concrete systems - including precast columns, beams, slabs, walls, staircases and balconies - for a building project. It provides details on the manufacturing process for precast components and their advantages such as speed of construction, quality control and reduced maintenance costs. Connection methods are described for joining the various precast elements together on site.
Building Technology I : Project 1 : IBSJing Fan Koh
This document provides information on an Industrialized Building System (IBS) project involving blockwork components. It includes sections that describe the schedule of modular components, IBS score calculation, and conclusions. Diagrams and descriptions are provided on different types of IBS systems including blockwork systems. The fabrication process for blockwork components is outlined involving selection of ingredients, mixing, curing, cubing, and storing. Advantages and disadvantages of IBS construction are also discussed.
This document discusses the construction of the Kompleks Kerja Raya 2 (KKR2) building in Kuala Lumpur, Malaysia. KKR2 is a 37-level office tower that uses an intelligent building system. The building features a distinctive "diamond" curved facade design with over 6,000 uniquely shaped glass panels and 1,600 vertical fins. It utilizes a reinforced concrete skeleton frame structure with a central core and bored pile foundations. Sustainable design elements include a rooftop garden and louvered canopy for shading.
This document provides information about constructing a diaphragm wall for basement excavation using the diaphragm wall method. It discusses what a diaphragm wall is, its applications, and the steps involved in constructing one including excavating a pre-trench, installing guide walls and reinforcement cages, concreting using tremie tubes, and joining wall panels with water stops. It also addresses selecting suitable temporary excavation support systems, advantages of diaphragm walls, excavator machines used, and providing additional wall support with ground anchors.
This document provides information to calculate the IBS score for a construction project. It details the construction area, structural systems, wall systems, and compliance with construction standards for elements like columns, beams, walls and slabs. The calculation shows that the project achieved an IBS score of 84 based on 560 square meters of structural systems scoring 50 points, 144 square meters of wall systems scoring 20 points, and 14 points for compliance with construction standards.
The document discusses different types of stairs and their components. It describes stairs as a means of vertical circulation between floors of a building. The main types of stairs discussed are straight flight, quarter turn, half turn, spiral/elliptical, and winder stairs. Stairs can be made from materials like timber, concrete, steel, and stone. Reinforced concrete and precast concrete are common for multi-story buildings. Stairs must meet requirements for strength, safety, and fire safety.
Building Technology 1_Report_IBS (Industralized Building System)Nekumi Kida
The document provides details of a project submission for an Industrialised Building Technology course. It includes an introduction covering the aims and objectives of the project, historical background of Industrialised Building Systems (IBS) in Malaysia, types of IBS, and advantages and disadvantages of IBS. It also includes technical drawings of floor plans, elevations, structural plans, component schedules, construction details and isometric views. Further sections describe IBS construction sequences, methods, advantages and disadvantages, as well as calculations for IBS score and conclusions.
The document provides background information on Jalan Raja Chulan in Kuala Lumpur, Malaysia. It discusses the historical background of the street, formerly known as Weld Road, and details the social and architectural context of buildings located along it. It then provides a dilapidation survey of defects in abandoned colonial-era houses on the street. Finally, it proposes adapting the houses into a visitor center, outlining programs, spatial planning, and material choices for the adaptive reuse.
The document provides information about the Sultan Salahuddin Abdul Aziz Shah Mosque in Shah Alam, Malaysia. It discusses the mosque's location, history, architect, site context, architectural layout, style, construction, and elements. The mosque was designed by Datuk Baharuddin Abu Kassim and combines elements of Islamic, Gothic, and modern architectural styles. It features a large blue dome that is the second largest in Southeast Asia, as well as four tall minarets at each corner. The document includes photos and diagrams to illustrate details about the mosque.
This document provides information on blockwork systems and two case studies that utilized blockwork in construction. It begins with an overview of the blockwork process, including the manufacturing, installation, advantages, and disadvantages. It then details two case studies: The Z Residence in Bukit Jalil used interlocking blocks, while One City in USJ 25 used autoclaved aerated concrete blocks. Both case studies describe the project specifics and block manufacturing processes. The document concludes with characteristics and limitations of the blockwork systems used in the two developments.
The document provides background information on the Stamp Museum building in Malacca, Malaysia. It discusses the building's history, having originally been used as a residence for Dutch dignitaries from the late 18th century until 1930. The building fell into disuse but was later restored and converted into the Stamp Museum in 2007. The document outlines the building's architectural features, which reflect a combination of Malay, Chinese, Dutch and Portuguese influences. This includes its symmetrical façade divided into bays, arched openings, pilasters, front porch, and terra-cotta roof tiles. Guidelines for conservation of Malaysian heritage buildings are also summarized.
The document provides details on the use of industrialized building systems for a building project. It includes an introduction to IBS and precedent studies. It then describes the various IBS components to be used, including precast concrete columns, beams, slabs, and stairs. Prefabricated steel will be used for toilet pods and the roof structure. Fabrication and installation processes are outlined for the different components.
Building defect, Structure 1, ARC3400, FRSB, Universiti Putra MalaysiaNangkula utaberta
There are several common sources of building defects, including human factors, biological attacks, chemical reactions, moisture problems, and physical movement. Human factors involve errors in design, faulty construction techniques, and extraordinary loads. Biological attacks include fungal or mold growth due to moisture and poor ventilation. Chemical reactions such as sulfate attack, corrosion, carbonation, and alkali-silicate reactions can cause cracking when water is present. Moisture issues arise from various sources and can cause shrinkage, expansion, and cracking in structures over time. Physical vibrations from nearby objects or building activities can also potentially damage structures. Proper design, construction, inspection, maintenance, and environmental controls throughout a building's lifecycle are important for preventing defects.
The document provides details about the Petronas Twin Towers in Kuala Lumpur, including:
- The towers were designed by Cesar Pelly and inspired by Tun Dr. Mahathir to have Islamic elements and make Malaysia well known.
- Tower 1 was constructed by Majors Joint Venture and Tower 2 by Samsung Engineering & Construction over 25 and 24 months respectively.
- The structural frame uses high-strength concrete columns, a core, and ring beams. It discusses the core, columns, foundations, pinnacles, and skybridge components.
- Other buildings discussed include the Tuanku Mizan Zainal Abidin Mosque, Putrajaya International Convention
This document contains the Uniform Building By-Laws 1984 of Malaysia. It establishes regulations for building construction and development. The by-laws cover preliminary matters, plan submission and approval processes, space and ventilation requirements, temporary works, structural requirements, construction standards, fire safety standards, fire alarms and equipment, and miscellaneous provisions. It includes 10 schedules with further details. The by-laws were created under the Street, Drainage and Building Act 1974 to regulate building construction and development in Malaysia.
Industrialized building systems (IBS) refer to building construction techniques that involve prefabricating building components off-site and assembling them with minimal work on-site. The document discusses IBS, providing a definition, characteristics, types including frame, panel and box systems. Benefits of IBS are highlighted such as reduced labor, waste and faster completion times. Challenges to adopting IBS in Malaysia are also examined, including a lack of expertise and the need for regulatory incentives to promote usage. Modular coordination is discussed as an important factor for effective IBS application through standardizing building measurements.
The document provides a cost analysis for the proposed construction of 2 blocks of 3-storey medium cost apartments with 24 units and associated external works located in Mukim Petaling, Kuala Lumpur. The total contract sum is RM1,588,044.50. It includes breakdowns of costs by building element such as substructure, superstructure, finishes, fittings and services. Specifications are also provided for each building element.
The document is a site visit report for a construction site building 96 terrace houses and related infrastructure. It includes an introduction to the site visit, objectives of the visit, observations of the site and construction processes, and photos from the visit. Specifically, it describes the pad footing foundation system being used, including excavating the ground, laying a lean concrete base, forming and reinforcing the pad, and pouring the concrete. The report concludes the visit provided valuable first-hand learning about construction site safety, materials, techniques and the pad footing construction process.
The document discusses building services systems at PJ Trade Centre, including air conditioning, electrical supply, fire protection, and mechanical ventilation/transportation systems. It provides an introduction and literature review on each system, as well as case studies detailing the components, functions, regulations, and diagrams of the air conditioning, electrical, and fire protection systems implemented at the building. The document is a case study report authored by six students analyzing and documenting the various building services systems.
This document provides details on a group project to design a 3-storey apartment block using Industrialized Building System (IBS). It includes an introduction to IBS in Malaysia, the main IBS systems used, and details on the precast concrete system being implemented. Precast components discussed include hollow core panels, slabs, beams, columns, stairs, and toilet pods. The manufacturing process for these precast elements is also outlined.
The document discusses Industrialized Building Systems (IBS) and proposes using several precast concrete systems - including precast columns, beams, slabs, walls, staircases and balconies - for a building project. It provides details on the manufacturing process for precast components and their advantages such as speed of construction, quality control and reduced maintenance costs. Connection methods are described for joining the various precast elements together on site.
Building Technology I : Project 1 : IBSJing Fan Koh
This document provides information on an Industrialized Building System (IBS) project involving blockwork components. It includes sections that describe the schedule of modular components, IBS score calculation, and conclusions. Diagrams and descriptions are provided on different types of IBS systems including blockwork systems. The fabrication process for blockwork components is outlined involving selection of ingredients, mixing, curing, cubing, and storing. Advantages and disadvantages of IBS construction are also discussed.
This document discusses the construction of the Kompleks Kerja Raya 2 (KKR2) building in Kuala Lumpur, Malaysia. KKR2 is a 37-level office tower that uses an intelligent building system. The building features a distinctive "diamond" curved facade design with over 6,000 uniquely shaped glass panels and 1,600 vertical fins. It utilizes a reinforced concrete skeleton frame structure with a central core and bored pile foundations. Sustainable design elements include a rooftop garden and louvered canopy for shading.
This document provides information about constructing a diaphragm wall for basement excavation using the diaphragm wall method. It discusses what a diaphragm wall is, its applications, and the steps involved in constructing one including excavating a pre-trench, installing guide walls and reinforcement cages, concreting using tremie tubes, and joining wall panels with water stops. It also addresses selecting suitable temporary excavation support systems, advantages of diaphragm walls, excavator machines used, and providing additional wall support with ground anchors.
This document provides information to calculate the IBS score for a construction project. It details the construction area, structural systems, wall systems, and compliance with construction standards for elements like columns, beams, walls and slabs. The calculation shows that the project achieved an IBS score of 84 based on 560 square meters of structural systems scoring 50 points, 144 square meters of wall systems scoring 20 points, and 14 points for compliance with construction standards.
The document discusses different types of stairs and their components. It describes stairs as a means of vertical circulation between floors of a building. The main types of stairs discussed are straight flight, quarter turn, half turn, spiral/elliptical, and winder stairs. Stairs can be made from materials like timber, concrete, steel, and stone. Reinforced concrete and precast concrete are common for multi-story buildings. Stairs must meet requirements for strength, safety, and fire safety.
Building Technology 1_Report_IBS (Industralized Building System)Nekumi Kida
The document provides details of a project submission for an Industrialised Building Technology course. It includes an introduction covering the aims and objectives of the project, historical background of Industrialised Building Systems (IBS) in Malaysia, types of IBS, and advantages and disadvantages of IBS. It also includes technical drawings of floor plans, elevations, structural plans, component schedules, construction details and isometric views. Further sections describe IBS construction sequences, methods, advantages and disadvantages, as well as calculations for IBS score and conclusions.
The document provides background information on Jalan Raja Chulan in Kuala Lumpur, Malaysia. It discusses the historical background of the street, formerly known as Weld Road, and details the social and architectural context of buildings located along it. It then provides a dilapidation survey of defects in abandoned colonial-era houses on the street. Finally, it proposes adapting the houses into a visitor center, outlining programs, spatial planning, and material choices for the adaptive reuse.
The document provides information about the Sultan Salahuddin Abdul Aziz Shah Mosque in Shah Alam, Malaysia. It discusses the mosque's location, history, architect, site context, architectural layout, style, construction, and elements. The mosque was designed by Datuk Baharuddin Abu Kassim and combines elements of Islamic, Gothic, and modern architectural styles. It features a large blue dome that is the second largest in Southeast Asia, as well as four tall minarets at each corner. The document includes photos and diagrams to illustrate details about the mosque.
This document provides information on blockwork systems and two case studies that utilized blockwork in construction. It begins with an overview of the blockwork process, including the manufacturing, installation, advantages, and disadvantages. It then details two case studies: The Z Residence in Bukit Jalil used interlocking blocks, while One City in USJ 25 used autoclaved aerated concrete blocks. Both case studies describe the project specifics and block manufacturing processes. The document concludes with characteristics and limitations of the blockwork systems used in the two developments.
The document summarizes the methods used to document and analyze the Old State Museum of Kedah building. A group of 16 architecture students conducted on-site measurements, photographs, and interviews over 5 days to collect building data and historical information. They utilized various measurement tools, equipment, and research methods to thoroughly document the building. The group also created measured drawings and a model to aid in their analysis of the building's form, spatial planning, materials, and architectural influences.
Measure Drawing Report (Old state museum kedah)Jy Chong
The document summarizes the methods used to document and analyze the Old State Museum of Kedah building. A group of 16 architecture students conducted on-site measurements, photographs, and interviews over 5 days to collect building data and historical information. They utilized various measurement tools, equipment, and research methods to thoroughly document the building. The group also created measured drawings and a model to aid in their analysis of the building's form, spatial planning, materials, and architectural influences.
The document summarizes the methods used to document and analyze the Old State Museum of Kedah building. A group of 16 architecture students conducted on-site measurements, photography, and interviews over 5 days to collect building data and historical information. They utilized various measurement tools, equipment, and research methods to thoroughly document the building. The group also created measured drawings and a model to aid in their analysis of the building's form, spatial planning, materials, and architectural influences.
This document provides a summary of the old Pejabat Agama Islam Daerah Klang building. It begins with an introduction and overview of the building and project. It then discusses the building's historical background, ownership, architectural design and influences. Floor plans from when it was used as a palace and later as an office are analyzed. Construction methods and current defects like stains, holes and cracks are documented with photos. The summary concludes with lists of figures and diagrams referenced in the document.
This document is a report submitted by 14 students from Taylor's University for their subject on Method of Documentation and Measured Drawings. It documents their group work documenting the architectural features of three shophouses - No. 3, 5, & 7 Lorong Ikan in George Town, Penang. The report includes an introduction, 77 figures with annotations documenting structural and material features of the shophouses, and is supervised by their lecturer Ar. Zahari Zubir.
This document is a report submitted by 14 students from Taylor's University for their subject on documenting and measuring three shophouses located at No. 3, 5, and 7 Lorong Ikan, George Town, Penang. The report contains background information on the history of Penang and the development of George Town. It also documents the methodology used to measure and document the shophouses, which included work distribution, measuring methods, research, and production of drawings. Floor plans and sections of the shophouses are included with descriptions of architectural features and materials.
This document is a report submitted by 14 students from Taylor's University for their subject on documenting and measuring three shophouses located at No. 3, 5, and 7 Lorong Ikan, George Town, Penang. The report contains background information on the history of Penang and the development of George Town. It also documents the methodology used to measure and document the shophouses, which included dividing tasks among group members, using measuring equipment, producing drawings, and conducting research. Floor plans and sections of the shophouses are included along with descriptions of architectural features, materials, and defects found.
Methods of Documentation and Measured Drawingkimberleyee95
This document is a report submitted by 14 students from Taylor's University for their subject on documentation and measured drawings. It details their group project documenting the architectural features of three shophouses - No. 3, 5, and 7 Lorong Ikan in George Town, Penang. The report includes over 80 figures of drawings, diagrams and photos taken during their site visit and documentation of the shophouses. It provides information on the architectural styles, building materials, spatial layout and other characteristics of the conserved shophouses. The group expresses gratitude to those who helped and supported their project work.
Report of Measured Drawing - Lorong Ikan, Penangjernjack
This document is a report submitted by 14 students from Taylor's University for their subject on documenting and measuring three shophouses located at No. 3, 5, and 7 Lorong Ikan, George Town, Penang. The report contains background information on the history of Penang and the development of George Town. It also documents the methodology used to measure and document the shophouses, which included distributing tasks among group members, using measuring equipment, producing drawings, and conducting research. Floor plans and sections of the shophouses are included along with descriptions of architectural features, materials, and defects found.
The document provides an analysis of the Chin Woo Stadium located in Kuala Lumpur, Malaysia. It begins with an introduction to the building and its unique Art Deco architectural style. The analysis then covers the building's site context, architectural layout, style, construction, and elements. Key aspects of the Chin Woo Stadium highlighted include its asymmetrical form, flat roof, horizontal banding and ledges, nautical influences, and use of materials like reinforced concrete and terrazzo. The document presents the building as an example of the modernistic architecture that emerged in Malaysia between the 1950s-1970s.
This document provides information about a measured drawing project of the District Officer's House in Batu Gajah, Perak, Malaysia. A group of 25 students spent 6 days documenting the building through measured drawings, photographs, and research. The house was built in the 1890s and has historically served as a residence for district officers. The group's documentation includes floor plans, diagrams labeling architectural features, photographs of specific elements, and historical context about the building and area. The documentation will help preserve information about the architectural and cultural heritage of the District Officer's House.
Report of Geographer Cafe (Methods of Documentation and Measured Drawings)AlexSiv03
The document summarizes the methods and findings of measuring and documenting the Geographer Café in Melaka, Malaysia. A group of architecture students spent 5 days measuring and researching the building to document its history, architectural elements, and significance. They used various tools to record measurements, photographs, and sketches of the building. The documentation will help preserve an accurate record of the historic café for future research and conservation efforts.
This document provides a summary of a student group's documentation project of the Geographer Café building in Melaka, Malaysia. The group measured and documented the building over five days to learn important preservation techniques. They researched the building's history dating back to the 19th century and modifications made during a renovation in 1999. Diagrams, photographs and measured drawings were produced to archive the building. The report details the building's architectural style, social significance, construction methods and identifies defects to inform future preservation efforts.
The document outlines Noah Gardiner's architecture portfolio focused on additive manufacturing. It proposes an incubator facility in Liverpool to nurture businesses in additive manufacturing through workshops, labs, and educational spaces. The building would be located in the North Docks area to regenerate the historically important but now declining docks. It would use additive manufacturing to both showcase the technology and push its boundaries through on-site research and testing of new techniques, scales, and materials.
Architectural conservation arc3413 king street penangGary Yeow
This document provides information about a project investigating the adaptive reuse of 44 King Street in Penang, Malaysia. It includes an introduction, background on Penang and George Town's history, an overview of architectural features and defects found at the site, and proposals for addressing defects and adaptively reusing the building. The project aims to educate students on conservation practices and respecting historical buildings in Malaysia.
This document provides information about a project to document and measure draw the Istana Bandar building in Banting, Selangor, Malaysia. It was completed by 40 students in two groups over 5 days in January 2015, supervised by three lecturers. The students visited the site to measure and document the building, conducted interviews with local experts, and researched the building's history. They measured and drew plans and details of architectural elements like windows, doors, columns, and roofs.
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1. DILAPIDATION SURVEY REPORT
MALAYSIA ARCHITECTURE MUSEUM, BANDAR HILIR, MELAKA
PREPARED BY:
NAME MATRIX NUMBER GROUP
ADIBAH AMIRA BINTI ROSLAN 2015217402
AP2296A
ALIA SHAKIRA BINTI AYUB 2015298736
MUHAMMAD NAQIUDDIN BIN JOHARI 2015208878
NOOR SHIDA BINTI SHAHIB 2015837078
NURUL FARHANAH BINTI ROSLI 2014298228
SALASIAH BINTI MOHAMAD 2015859602
TUAN MOHAMAD HAKIMI BIN TUAN HAMZAH 2015831654
PREPARED FOR:
DR. SHAHRUL YANI SAID
SUBMISSION DATE:
09/05/2017
2. MALAYSIA ARCHITECTURE MUSEUM i
TABLE OF CONTENT
TABLE OF CONTENT i
LIST OF PHOTOS i
LIST OF FIGURES i
LIST OF TABLES i
1.0. CHAPTER 1 INTRODUCTION 1
2.0. CHAPTER 2 BACKGROUND AND HISTORY OF BUILDING 2
3.0. CHAPTER 3 DESIGN AND ARCHITECTURE OF BUILDING 2
4.0. CHAPTER 4 DEFECT ANALYSIS 5
5.0. CHAPTER 5 RECOMMENDATION 9
6.0. CHAPTER 6 CONCLUSION 9
7.0. BIBLOGRAPHY 10
8.0. APPENDIX
1. Appendix A (Defect Sheets) 11
2. Appendix B
i. Ground floor plan (B-1) 29
ii. First floor plan (B-2) 29
iii. Front view (B-3) 29
iv. Rear view (B-4) 29
v. Right elevation (B-5) 30
vi. Left elevation (B-6) 30
LIST OF TABLES
Table 1: Building Condition Assessment (BARIS) 5
Table 2: Building element 8
Table 3: Building floor 8
Table 4: Defect colour 8
Table 5: Building Defect 8
LIST OF PHOTOS
Photo 1: Satellite image of the museum location 1
Photo 2: Satellite image of the museum 1
Photos 3: Timber and terracotta tiles finishes for floors 2
Photo 4: Laterite stones and Dutch bricks for wall 2
Photo 5: Door and window of the museum 2
Photo 6: Steep roof using Marseilles tiles 3
Photo 7: Exhibition inside museum 3
LIST OF FIGURES
Figure 1: Location plan of the museum 1
Figure 2: Location plan (Bandar Hilir) 1
Figure 3: Front façade 4
Figure 4: Rear façade 4
Figure 5: Right façade 4
Figure 6: Left Façade 4
Figure 7: Ground floor 5
Figure 8: First floor 5
Figure 9: Defect Indication Plan for ground floor 6
Figure 10: Defect Indication Plan for first floor 7
Figure 11: Defect Indication Plan for external area 7
Figure 12: Defect analysis pie chart 9
3. MALAYSIA ARCHITECTURE MUSEUM 1
CHAPTER 1 INTRODUCTION
The purpose of the inspection is to determine the element of the building and also its material
using condition survey tools, investigate the defects on the building, the causes of defects, analysis the
data and suggest ways overcome the problems.
The scope of work of our inspections are to study the building elements and its component of
the building, determine the space usage of the building, determine the defects in the building and
making the condition survey, prepare the remedies of the defects in the building and prepare the
measured drawing of the building and prepare dilapidation survey report. We provide the location plan
and the building lot plan.
For the inspection there are few areas within the building external and internal that we were
unable to access due to restriction from the museum. We had classified these areas as our limitation
and the survey cannot be conducted. All information provided in the Appendix will assist and correlate
with our findings and data.
Figure 1: Location plan of the museum
Figure 2: Location plan (Bandar Hilir)
Photo 1: Satellite image of the museum location
Photo 2: Satellite image of the museum
4. MALAYSIA ARCHITECTURE MUSEUM 2
CHAPTER 2 BACKGROUND AND HISTORY OF BUILDING
This two-storey building which houses the museum is distinctive on its own way with its long
history and the uniqueness of architectural design. Built in the 1700s during the Dutch colonial period in
Melaka, the building was used as a dwelling place for dignitaries and centre of administration. Located at
Jalan Kota, Bandar Hilir, this building which also known as the “Red Building” has undergone several
processes of change in its usage.
The building was used as an administration office during the British colonial rule. Aster the
independence, it was occupied by the Malacca Water Board (MWB) from 1978 to 1980s under Malacca
State Government. In 1999, the Department of Museums and Antiquities carried out restoration works
until its full completion in 2000 and in 2004, this building was converted into museum known as the
Malaysia Architecture Museum.
CHAPTER 3 DESIGN AND ARCHITECTURE OF BUILDING
The building design signified the adaption of Dutch building technology in local architecture.
Laterite stones slabs was constructed and arranged as the base of the building. The walls meanwhile are
constructed from a combination of laterite stones and Dutch bricks as well as wood to ensure their
sturdiness. And as for the flooring, terracotta tile finishes was used for the ground floor and wooden
flooring for the upper part. Most of the window frames in this building are louvered double-glazed (two
leaves) using wood and glass. The structure of the roof is rather steep, using Marseilles roof tiles.
The adaption of Dutch architectural concept provides several living spaces in the building. The
“stoepe” is the intermediate space where the lobby is located. The “voorhuis” is the arrival hall, while
Space III is for the “dining room”. Moving along, Space IV or upper area is a space with little more privacy
and Space V or the “loft” is raised space that allows for adequate air circulation.
This building has been gazetted as a historical monument under the Antiquities Act 168 (1976)
and has today been re-gazetted under the National Heritage Act 2005.
Photos 3: Timber and terracotta tiles finishes for floors
Photo 4: Laterite stones and Dutch bricks for wall
Photo 5: Door and window of the museum
9. MALAYSIA ARCHITECTURE MUSEUM 7
Figure 10: Defect Indication Plan for first floor
Figure 11: Defect Indication Plan for external area
1F/W/14
1F/FR/16
1F/W/15
1F/FR/17 1F/FR/18
1F/W/19
1F/W/20
1F/SC/21
1F/W/22
1F/SC/23
EX/WD/27EX/WD/26
EX/B/29
EX/B/28 EX/W/25
EX/W/24
EX/FR/31
EX/W/30
EX/W/32
EX/W/33
EX/R/34
EX/CL/35
EX/W/36
EX/R/37
EX/W/38
EX/W/39
EX/DR/40
EX/SC/41
EX/W/42 EX/W/43
EX/SC/45
EX/W/44
EX/W/46
EX/W/47
EX/SC/48
10. MALAYSIA ARCHITECTURE MUSEUM 8
LEGENDS
Table 2: Building element
CODE DESCRIPTION
DR DRAINAGE
CE CEILING
CL COLUMN
W WALL
SC STAIRCASE
FR FLOOR
D DOOR
WD WINDOW
B BEAM
R ROOF
Table 3: Building floor
CODE DESCRIPTION
GF GROUND FLOOR
1F FIRST FLOOR
RL ROOF LEVEL
BS BASEMENT
2F SECOND FLOOR
EX EXTERNAL
Table 4: Defect colour
CODE COLOUR
GOOD
FAIR
DILAPIDATED
Table 5: Building Defect
CODE DESCRIPTION
C CRACKS
F FUNGUS
CR CORROSION/CORRODE
PP PEELING PAINT
MS MISSING
PG PLANT GROWTH
DC DECAY
DT DETACHED
MD MOULD
BR BROKE
SH SHARP
LK LEAKAGE
DP DAMPNESS
11. MALAYSIA ARCHITECTURE MUSEUM 9
Most of the defects occur in this building is minor defect and only have one is major defect
based on the inspection work that we have done. The major defect at this building is slope of the
staircase are too high and can be a dangerous for occupants when in rushing use that staircase and
can possible accidently occur. That is because the construction error. That defect just a condition
monitoring. Those elements still fulfill their function but risks that can lead to fatality or injury. For
the minor categories of defect which are rotten, peeling of paint, discoloration, crack, spalling,
rusting, dampness, blistering, detached, decay, termite attack, sagging and plant growth. All these
defects are not serious but if left unattended, it could lead to a serious damage or failure in the
building structure.
Based on the pie chart, 21% from the defect analysis come from the crack. 19% come from
peeling of paint that occurs on the wall of the building. 13% of defect come from detached and plant
growth. 6% from defect analysis come from blistering and dampness. 4% of defect come from
spalling, decay and termite attack and smallest percentages which is only 2% come from rotten,
sagging, construction error, rusting and discoloration.
Figure 12: Defect analysis pie chart
CHAPTER 5 RECOMMENDATION
As the recommendation, recommendable that the owner or the responsible party organized
schedule for maintenance or make a planned maintenance for this museum to keep this museum in a
good condition for occupies benefaction. Maintenance schedule need to provide to avoid any defect occur
and the maintenance can be do it by routine or by month based on the use.
By doing this, it can minimize the building defects and it can help to providing safety to the tourists
and visitors. The museum also can achieve its maximum operating efficiency. Furthermore, it can also
improve the museum physical of appearance and performances. Other than that can avoid tourists and
visitors of the museum does not feeling comfortable.
CHAPTER 6 CONCLUSION
As a conclusion, the total score of Malaysia Architecture Museum is 5.89. It is in a second
category which is in a fair condition and its range was in between of 5 – 12. In our inspection, we have
recognized and recorded 48 numbers of defect in total and the most defect occurred was crack, where it
is 21% in total of percentage. Based on the defect sheet, we found that the defect that risk and can lead
to a serious injury for tourists and visitor is the staircase that is too steep and does not follow the UBBL.
We also have identified some of the building elements such as floor, column, door and window,
wall, ceiling and roof, they were in fair condition so as the building services such as a lamp, fan, socket,
switch and air conditioner. They are all were in good condition like a new one. On the other hand, we
have increased our knowledge on elements of the building. The elements of the buildings are too
functionality towards the building.
By making this survey, we also learn about the defects of this building. For this building, we have
identified that there were no remedies works are taken. This is very dangerous because it lead the defects
to become worst. Therefore, the maintenance works should be carried out as soon as possible. We have
to analyse the defects in order to know the possible causes and do what are the suitable remedies works.
2%
19%
2%
21%
4%2%6%
6%
13%
2%
4%
4%
2% 13%
Defect Analysis
Rotten
Peeling of paint
Discoloration
Crack
Spalling
Rusting
Dampness
Blistering
Detached
Construction error
Decay
Termite attack
Sagging
Plant growth
12. MALAYSIA ARCHITECTURE MUSEUM 10
BIBLIOGRAPHY
Guideline for the conservation of building (2010). Institute of Architect of Ireland. Retrieved at
http://www.riai.ie/uploads/files/Conservation_Guidelines_December_2010.pdf
Handbook of conservation of heritage building (2013). Directorate General, Central Public Works
Department. Retrieved at http://cpwd.gov.in/Publication/ConservationHertBuildings.pdf
Kamal K.S. (2007). Rehabilitation of heritage building in Malaysia. Retrieved at
http://buildingconservation.blogspot.my/2007/03/rehabilitation-of-heritage-buildings-in.html
Malaysia Architecture Museum, Department of Museum Malaysia (2014). Retrieved at
http://www.jmm.gov.my/en/museum/malaysia-architectural-museum
Muzium Senibina Melaka Bandar Hilir, Perbadanan Muzium Negeri Melaka (2017). Retrieved at
http://www.perzim.gov.my/
APPENDIX
1. Appendix A (Defect Sheets)
2. Appendix B
i. Ground floor plan (B-1)
ii. First floor plan (B-2)
iii. Front view (B-4)
iv. Rear view (B-5)
v. Right elevation (B-6)
vi. Left elevation (B-7)
13. MALAYSIA ARCHITECTURE MUSEUM 11
Appendix A
Defect Sheet No. : GF/D/1 Level: Ground Floor
Location: Entrance
Element: Wall
Components: Door
BARIS
Condition Priority Matrix Colour
2 2 4
Defects Description:
Rotten
Possible Causes:
The defect occur due to the wood already became
moisture because temperature and aging process..
Remedies:
Replace with the new wood.
Defect Sheet No. : GF/W/2 Level: Ground Floor
Location: Exhibition 1
Element: Wall
Components: Wall
BARIS
Condition Priority Matrix Colour
3 3 9
Defects Description:
Peeling of paint
Possible Causes:
Due to unstable temperature and inappropriate of
application of paint
Remedies:
Scrap the old paint and repaint according to the same
code of paint.
14. MALAYSIA ARCHITECTURE MUSEUM 12
Defect Sheet No. : GF/W/3 Level: Ground Floor
Location: Exhibition Room 2
Element: Wall
Components: Wall
BARIS
Condition Priority Matrix Colour
3 3 9
Defects Description:
Peeling of paint
Possible Causes:
Due to unstable temperature and inappropriate of
application of paint
Remedies:
Scrap the old paint and repaint according to the same
code of paint.
Defect Sheet No. : GF/W/4 Level: Ground Floor
Location: Exhibition Room 2
Element: Wall
Components: Wall
BARIS
Condition Priority Matrix Colour
3 3 9
Defects Description:
Discoloration
Possible Causes:
Occur due to material of syelek and splash of rain.
Remedies:
Scrap the old paint and repaint with the weather type
paint to give protection to the paint.
15. MALAYSIA ARCHITECTURE MUSEUM 13
Defect Sheet No. : GF/W/5 Level: Ground Floor
Location: Exhibition Room 2
Element: Wall
Components: Wall
BARIS
Condition Priority Matrix Colour
3 3 9
Defects Description:
Peeling of paint
Possible Causes:
Due to unstable temperature of air conditioner and
inappropriate of application of paint
Remedies:
Scrap the old paint and repaint according to the same
code of paint.
Defect Sheet No. : GF/W/6 Level: Ground Floor
Location: Exhibition Room 2
Element: Wall
Components: Wall
BARIS
Condition Priority Matrix Colour
2 2 4
Defects Description:
Crack
Possible Causes:
Due because unstable temperature between internal
and external temperature.
Remedies:
Plaster the affected area.
16. MALAYSIA ARCHITECTURE MUSEUM 14
Defect Sheet No. : GF/W/7 Level: Ground Floor
Location: Rear building
Element: Wall
Components: Wall
BARIS
Condition Priority Matrix Colour
4 3 12
Defects Description:
Peeling of paint
Possible Causes:
Due to unstable temperature of air conditioner and
inappropriate of application of paint
Remedies:
Scrap the old paint and repaint according to the same
code of paint.
Defect Sheet No. : GF/W/8 Level: Ground Floor
Location: Exhibition Room 2
Element: Wall
Components: wall
BARIS
Condition Priority Matrix Colour
4 4 16
Defects Description:
Concrete Spalling
Possible Causes:
Occur due to human activities that often to accidentally
hit by something. Other else, this occur due to
inappropriate application of concrete.
Remedies:
Plaster on that affected area.
17. MALAYSIA ARCHITECTURE MUSEUM 15
Defect Sheet No. : GF/W/9 Level: Ground Floor
Location: Rear Building
Element: Wall
Components: Pipe
BARIS
Condition Priority Matrix Colour
3 3 9
Defects Description:
Rusting
Possible Causes:
Occur due to leaking and splash of water from air
conditioning.
Remedies:
Repair the leakage pipe and repaint the affected
area.
Defect Sheet No. : GF/W/10 Level: Ground Floor
Location: Exhibition Room 2
Element: Wall
Components: Wall
BARIS
Condition Priority Matrix Colour
1 1 1
Defects Description:
Crack
Possible Causes:
Due because unstable temperature between internal
and external temperature.
Remedies:
Plaster the affected area.
18. MALAYSIA ARCHITECTURE MUSEUM 16
Defect Sheet No. : GF/W/11 Level: Ground Floor
Location: Rear Area
Element: Wall
Components: Wall
BARIS
Condition Priority Matrix Colour
4 3 12
Defects Description:
Peeling of paint
Possible Causes:
Due to unstable temperature of air conditioner and
inappropriate of application of paint
Remedies:
Scrap the old paint and repaint according to the same
code of paint.
Defect Sheet No. : GF/W/12 Level: Ground Floor
Location: Exhibition Room 2
Element: Wall
Components: Wall
BARIS
Condition Priority Matrix Colour
2 2 4
Defects Description:
Crack
Possible Causes:
Due because unstable temperature between internal
and external temperature.
Remedies:
Plaster the affected area.
19. MALAYSIA ARCHITECTURE MUSEUM 17
Defect Sheet No. : GF/DR/13 Level: Ground Floor
Location: Rear Area
Element: Drainage
Components: Drainage
BARIS
Condition Priority Matrix Colour
4 4 16
Defects Description:
Crack Open
Possible Causes:
Structural Settlement occurs to brickwork, excessive
structural sagging.
Remedies:
Professional Advices should be obtained.
DEFECTS SHEET NO. 1F/W/14 LEVEL 1st
Floor
PHOTO/SKETCH LOCATION Internal
ELEMENT Wall
COMPONENT
BARIS
CONDITION PRIORITY MATRIX COLOUR
2 2 4
DEFECT DISCRIPTION
Dampness on the wall
POSSIBLE CAUSES
Rain water penetration through the broken roof
tiles and ceiling
REMEDIES
1. Seal the holes on the ceiling
2. Replace the damaged roof tiles
3. Clean and remove the dampness
4. Repaint the wall with similar paint
5. Clean all the debris
20. MALAYSIA ARCHITECTURE MUSEUM 18
DEFECTS SHEET NO. 1F/W/15 LEVEL 1st
Floor
PHOTO/SKETCH LOCATION Internal
ELEMENT Wall
COMPONENT
BARIS
CONDITION PRIORITY MATRIX COLOUR
2 2 4
DEFECT DISCRIPTION
Blistering of paint on the wall
POSSIBLE CAUSES
1. The paint did dry well due to condition
inside of the museum.
2. Second coat of paint was applied even
though the first layer did dry first
3. The humidity inside the museum doesn’t
allowed the paint to dry well.
REMEDIES
1. Scrap away the existing paint
2. Repaint with similar paint
3. Make sure the paint dry well with the aid
of mechanical dryer
4. Clean the debris
DEFECTS SHEET NO. 1F/FR/16 LEVEL 1st
Floor
PHOTO/SKETCH LOCATION Internal
ELEMENT Floor
COMPONENT
BARIS
CONDITION PRIORITY MATRIX COLOUR
2 2 4
DEFECT DISCRIPTION
Cracking and detach of floor joint at the door
POSSIBLE CAUSES
1. Abrasive use by the museum visitor
2. Connection between the concrete and
wood is not suitable
REMEDIES
1. Hack the floor joint
2. Repair and insert the suitable connection
3. Re-plaster the floor joint
4. Paint according to similar paint
5. Clean all the debris
21. MALAYSIA ARCHITECTURE MUSEUM 19
DEFECTS SHEET NO. 1F/W/17 LEVEL 1st
Floor
PHOTO/SKETCH LOCATION Internal
ELEMENT Wall
COMPONENT Window
BARIS
CONDITION PRIORITY MATRIX COLOUR
2 2 4
DEFECT DISCRIPTION
Detach at the wall below the window
POSSIBLE CAUSES
1. Abrasive use
2. Age factor
REMEDIES
1. Repair the detach part
2. Re-plaster the repaired part
3. Repaint with similar colour
4. Clean all the debris
DEFECTS SHEET NO. 1F/W/18 LEVEL 1st
Floor
PHOTO/SKETCH LOCATION Internal
ELEMENT Wall
COMPONENT Window
BARIS
CONDITION PRIORITY MATRIX COLOUR
2 2 4
DEFECT DISCRIPTION
Detach at the wall below the window
POSSIBLE CAUSES
3. Abrasive use
4. Age factor
REMEDIES
1. Repair the detach part
2. Re-plaster the repaired part
3. Repaint with similar colour
4. Clean all the debris
22. MALAYSIA ARCHITECTURE MUSEUM 20
DEFECTS SHEET NO. 1F/W/19 LEVEL 1st
Floor
PHOTO/SKETCH LOCATION Internal
ELEMENT Wall
COMPONENT
BARIS
CONDITION PRIORITY MATRIX COLOUR
2 2 4
DEFECT DESCRIPTION
Dampness on the wall
POSSIBLE CAUSES
Rain water penetration through the broken roof
tiles and ceiling
REMEDIES
1. Seal the holes on the ceiling
2. Replace the damaged roof tiles
3. Clean and remove the dampness
4. Repaint the wall with similar paint
5. Clean all the debris
DEFECTS SHEET NO. 1F/W/20 LEVEL 1st
Floor
PHOTO/SKETCH LOCATION Internal
ELEMENT Wall
COMPONENT
BARIS
CONDITION PRIORITY MATRIX COLOUR
2 2 4
DEFECT DISCRIPTION
Dampness on the wall
POSSIBLE CAUSES
1. Rain water penetration through the
broken roof tiles and ceiling
2. Water from the air-conditioner
REMEDIES
1. Seal the holes on the ceiling
2. Replace the damaged roof tiles
3. Clean and remove the dampness
4. Repaint the wall with similar paint
5. Clean all the debris
23. MALAYSIA ARCHITECTURE MUSEUM 21
DEFECTS SHEET NO. 1F/SC/21 LEVEL 1st
Floor
PHOTO/SKETCH LOCATION Internal
ELEMENT Floor
COMPONENT Staircase
BARIS
CONDITION PRIORITY MATRIX COLOUR
3 3 9
DEFECT DISCRIPTION
Staircase not according to UBBL
POSSIBLE CAUSES
No standard guidelines during the era of
construction
REMEDIES
1. Hack and remove existing stair
2. Built new stair according to UBBL
3. Fit the carpeting
4. Clean the debris
DEFECTS SHEET NO. 1F/W/22 LEVEL 1st
Floor
PHOTO/SKETCH LOCATION Internal
ELEMENT Wall
COMPONENT Staircase
BARIS
CONDITION PRIORITY MATRIX COLOUR
2 2 4
DEFECT DISCRIPTION
Peeling of paint
POSSIBLE CAUSES
1. Moisture in the building
2. Humidity
3. Lack of ventilation
REMEDIES
1. Scrap the paint
2. Repaint using similar paint
3. Clean all the debris
24. MALAYSIA ARCHITECTURE MUSEUM 22
DEFECTS SHEET NO. 1F/SC/23 LEVEL 1st
Floor
PHOTO/SKETCH LOCATION Internal
ELEMENT Floor
COMPONENT Staircase
BARIS
CONDITION PRIORITY MATRIX COLOUR
2 2 4
DEFECT DISCRIPTION
Carpet detach
POSSIBLE CAUSES
1. Abrasive use
2. Aging factor
REMEDIES
1. Re-attach the carpet using glue
2. Clean all the debris
Defect Sheet No. EX/W/24 Level External
Photo/Sketch Location Entrance
Element/ Wall
Component
BARIS
Condition Priority Matrix Colour
1 1 1
Defect description
Peeling of paint
Possible causes
Possibly due exposed to the weather which is rain and
sunlight.
Remedies
1) Scrape the paint first,
2) Then, let it dry.
3) After that, apply the paint with same colour.
Defect Sheet No. EX/W/25 Level External
Photo/Sketch Location Entrance
Element/ Wall
Component
BARIS
Condition Priority Matrix Colour
1 1 1
Defect description
Peeling of paint
Possible causes
Possibly due type of paint which not in good quality.
Remedies
1) Scrape the paint first,
2) Then, let it dry.
3) After that, apply the paint with same colour.
25. MALAYSIA ARCHITECTURE MUSEUM 23
Defect Sheet No. EX/WD/26 Level External
Photo/Sketch Location Entrance
Element/ Window
Component
BARIS
Condition Priority Matrix Colour
2 1 2
Defect description
Detached
Possible causes
Possibly due to the grip on the timber is not strong
anymore
Remedies
Since the timber already old the grip on the timber is
not strong anymore, replace with new one with the
same material and colour.
Defect Sheet No. EX/WD/27 Level External
Photo/Sketch Location Entrance
Element/ Window
Component
BARIS
Condition Priority Matrix Colour
2 2 4
Defect description
Decay
Possible causes
Possibly due to high moisture content and the timber
is old.
Remedies
Since the timber already old, replace with new one
with the same material and colour.
Defect Sheet No. EX/B/28 Level External
Photo/Sketch Location Entrance
Element/ Beam
Component
BARIS
Condition Priority Matrix Colour
2 2 4
Defect description
Termite attacked
Possible causes
Possibly due to high moisture content and the timber
is old.
Remedies
First, tracking down an infestation. Second, getting rid
of termites by use set up a cardboard trap. Third,
getting professional help by use boric acid. Lastly, clear
the debris.
Defect Sheet No. EX/B/29 Level External
Photo/Sketch Location Entrance
Element/ Beam
Component
BARIS
Condition Priority Matrix Colour
2 2 4
Defect description
Termite attacked
Possible causes
Possibly due to high moisture content and the timber
is old.
Remedies
First, tracking down an infestation. Second, getting rid
of termites by use set up a cardboard trap. Third,
getting professional help by use boric acid. Lastly, clear
the debris.
26. MALAYSIA ARCHITECTURE MUSEUM 24
Defect Sheet No. EX/W/30 Level External
Photo/Sketch Location Toilet area
Element/ Fence
Component
BARIS
Condition Priority Matrix Colour
3 3 9
Defect description
Vertical Crack
Possible causes
Possibly due to the movement.
Remedies
1) Cleaning a concrete crack for patching and
sealing
2) Install injection ports
3) Seal the surface
4) Inject the crack with epoxy
5) Remove the ports
Defect Sheet No. EX/FR/31 Level External
Photo/Sketch Location Toilet area
Element/ Floor
Component
BARIS
Condition Priority Matrix Colour
2 2 4
Defect description
Detached cement floor
Possible causes
Possibly due to drying out of the concrete surface.
Remedies
1) Remove plaster applying proper cut
2) Prepare the surface thoroughly
3) Apply fresh cement mortar and finish the
surface
Defect Sheet No. EX/W/32 Level External
Photo/Sketch Location Toilet area
Element/ Wall
Component
BARIS
Condition Priority Matrix Colour
2 2 4
Defect description
Blistering of paint
Possible causes
Possibly due to result of a chemical reaction.
Remedies
Rub the area with sandpaper to smooth the surface. If
the resulting surface is pitted or uneven, apply joint
compound to repair the wall. Paint the area with a
coat of primer. When the primer is dry, repaint the
area.
Defect Sheet No. EX/W/33 Level External
Photo/Sketch Location Toilet area
Element/ Wall
Component
BARIS
Condition Priority Matrix Colour
2 2 4
Defect description
Detached Plaster
Possible causes
Possibly due to the high moisture content at wall, thus
pushing the plaster off of the surface.
Remedies
1) Remove loose plaster left and drill lots of holes
and clean out the dust then insert the glue
2) Clamp the plaster and fill the holes
3) Apply the finish coats then smooth the plaster
27. MALAYSIA ARCHITECTURE MUSEUM 25
Defect Sheet No. EX/R/34 Level External
Photo/Sketch Location Assembly Point
Element/ Gutter
Component
BARIS
Condition Priority Matrix Colour
2 2 4
Defect description
Sagging
Possible causes
The screws that hold the brackets is loose
Remedies
Remove the section of sagging gutter from the loose
gutter brackets. Take all the screws out that hold the
brackets to the fascia. Fill the screw holes with a
weatherproof. Drill new pilot holes for the brackets.
Attach the gutter brackets in the new holes. Put the
gutters back in the brackets
Defect Sheet No. EX/CL/35 Level External
Photo/Sketch Location Assembly Point
Element/ Column
Component
BARIS
Condition Priority Matrix Colour
2 2 4
Defect description
Concrete Spalling
Possible causes
Possibly due to improper concrete finishing
operations
Remedies
Firstly, scrape and clean the area and use a wire
brush to remove the rust. Apply two coats of anti-rust
paint to the steel bars. Before patching the area, apply
a bonding agent to the affected surface to ensure
proper adhesion. Patch up the hacked area using
polymer modified cement mortar.
Defect Sheet No. EX/W/36 Level External
Photo/Sketch Location Assembly Point
Element/ Wall
Component
BARIS
Condition Priority Matrix Colour
3 3 9
Defect description
Decay and Mold
Possible causes
Possibly due to stems from a lot of water content
in building components, especially in the walls is near
to the toilet
Remedies
Since the timber already at decay condition, so
replace with the new one with the same material and
colour.
Defect Sheet No. EX/R/37 Level External
Photo/Sketch Location Assembly Point
Element/ Gutter
Component
BARIS
Condition Priority Matrix Colour
3 3 9
Defect description
Plant growth
Possible causes
Possibly due to seeds carried by wind and the water
content at gutter make the seeds growth.
Remedies
Firstly, remove the existing plant growth and then use
chemical treatment of root systems to make the plant
not grow anymore.
28. MALAYSIA ARCHITECTURE MUSEUM 26
Defect Sheet No. EX/W/38 Level External
Photo/Sketch Location Assembly Point
Element/ Wall
Component
BARIS
Condition Priority Matrix Colour
1 1 1
Defect description
Peeling of paint
Possible causes
Possibly due exposed to the weather which is rain and
sunlight.
Remedies
1) Scrape the paint first,
2) Then, let it dry.
3) After that, apply the paint with same colour
Defect Sheet No. EX/W/39 Level External
Photo/Sketch Location Assembly Point
Element/ Wall
Component
BARIS
Condition Priority Matrix Colour
2 2 4
Defect description
Fine Vertical Crack (plaster)
Possible causes
Possibly due to poor workmanship when mixing the
cement not properly follow the ratio.
Remedies
Firstly, reattach the cracked plaster to its lath with
plaster washers or adhesives. Then, bed all the
screening in a thin coat of joint compound, wait a day
for it to dry, then skim over it again. To get it smooth
do a third coat.
Defect Sheet No. EX/DR/40 Level External
Photo/Sketch Location
Element/ Drainage
Component
BARIS
Condition Priority Matrix Colour
3 2 6
Defect description
Horizontal and vertical crack
Possible causes
Possibly due to the wear tear and weathering.
Remedies
1) Hack and remove the current drain.
2) Replace with new drain.
3) Re-plaster the new drain.
4) Finally, clean all the debris.
Defect Sheet No. EX/SC/41 Level External
Photo/Sketch Location
Element/ Staircase
Component
BARIS
Condition Priority Matrix Colour
3 3 9
Defect description
Horizontal crack
Possible causes
Possibly due to the movement
Remedies
6) Cleaning a concrete crack for patching and
sealing
7) Install injection ports
8) Seal the surface
9) Inject the crack with epoxy
10) Remove the ports
29. MALAYSIA ARCHITECTURE MUSEUM 27
Defect Sheet No. EX/W/42 Level External
Photo/Sketch Location
Element/ Wall
Component
BARIS
Condition Priority Matrix Colour
3 3 9
Defect description
Vertical crack and plant growth
Possible causes
Possibly due to the movement and exposed to the
humidity and weather.
Remedies
Firstly, remove the existing plant growth and then use
chemical treatment of root systems to make the plant
not grow anymore. Then, cleaning a concrete crack
for patching and sealing. Inject the crack with
epoxy.
Defect Sheet No. EX/W/43 Level External
Photo/Sketch Location
Element/ Wall
Component
BARIS
Condition Priority Matrix Colour
3 3 9
Defect description
Plant growth and mold
Possible causes
Possibly due to exposed to the humidity and weather.
Remedies
Firstly, clean up and get rid of unwanted plant and use
chemical treatment of root systems to make the plant
not grow anymore. Then, washing the surface with a
suitable fungicidal solution and allow it to drying.
Defect Sheet No. EX/W/44 Level External
Photo/Sketch Location
Element/ Wall
Component
BARIS
Condition Priority Matrix Colour
3 2 6
Defect description
Diagonal crack
Possible causes
Possibly due to unrelieved horizontal movement.
Remedies
1) Cleaning a concrete crack for patching and
sealing
2) Install injection ports
3) Seal the surface
4) Inject the crack with epoxy
5) Remove the ports
Defect Sheet No. EX/SC/45 Level External
Photo/Sketch Location
Element/ Staircase
Component
BARIS
Condition Priority Matrix Colour
2 1 2
Defect description
Broken tile and plant growth
Possible causes
Possibly due to human error and water content in the
soil.
Remedies
Get rid of unwanted plant and use chemical treatment
of root systems. Then, replace the tile with the same
design. Clean the debris
30. MALAYSIA ARCHITECTURE MUSEUM 28
Defect Sheet No. EX/W/46 Level External
Photo/Sketch Location Wall
Element/
Component
BARIS
Condition Priority Matrix Colour
3 3 9
Defect description
Plant growth
Possible causes
Possibly due to the movement and exposed to the
humidity and weather.
Remedies
Remove the existing plant growth and then use
chemical treatment of root systems to make the plant
not grow anymore.
Defect Sheet No. EX/W/47 Level External
Photo/Sketch Location
Element/ Wall
Component
BARIS
Condition Priority Matrix Colour
2 2 4
Defect description
Blistering on plaster wall
Possible causes
Possibly due to surface that wasn’t properly dried
before it was painted.
Remedies
1) Remove the damaged plaster ,dust and prime
2) Repair the plaster. Then, scrape and sand
3) Apply a second coat
4) Sand and paint
Defect Sheet No. EX/SC/48 Level External
Photo/Sketch Location
Element/ Staircase
Component
BARIS
Condition Priority Matrix Colour
2 1 2
Defect description
Broken tile and plant growth
Possible causes
Possibly due to human error and water content in the
soil.
Remedies
Get rid of unwanted plant and use chemical treatment
of root systems. Then, replace the tile with the same
design. Clean the debris
31. MALAYSIA ARCHITECTURE MUSEUM 29
Appendix B
Ground floor plan (B-1)
First floor plan (B-2)
Front view (B-3)
Rear view (B-4)