ONE OF THE WAY TO IMPROVE THE OUTFLOW OF CURRENCY IS THE UTILIZATION OF INDUSTRIAL BUILDING SYSTEM ( IBS ) :
- IBS is a system which suits all architectural demands. It is neither a machine nor component,
- IBS Superstructure In Malaysia 3in1 : HC PRECAST SYSTEM
- Load Bearing + Modular Shear Keys Wet Joint + Box System
1.6 _Important element required to complete a buildingTeow Beng Hur
1. The document discusses an Industrialized Building System (IBS) using precast concrete elements for construction. It describes the 5 step process of drawings, mould production, production, delivery, and installation.
2. The system aims to build houses faster and cheaper by using precast concrete panels, beams, walls and other elements. This reduces costs compared to traditional construction methods.
3. Key benefits outlined are speed of construction, quality control, minimal waste, and accurate cost estimates since the building is designed digitally before construction.
This document discusses Industrialized Building System (IBS) and HC Precast System. It notes that IBS aims to speed up construction and decrease dependence on heavy site work. However, some precast manufacturers only use limited precast elements like beams and columns, still requiring significant brick wall assembly. HC Precast System provides a complete precast building system with load-bearing walls, beams, and stairs that minimizes on-site work. It can produce wall panels with any openings needed without relying on conventional brick walls.
ONE OF THE WAY TO IMPROVE THE OUTFLOW OF CURRENCY IS THE UTILIZATION OF INDUSTRIAL BUILDING SYSTEM ( IBS ) :
- IBS is a system which suits all architectural demands. It is neither a machine nor component,
- IBS Superstructure In Malaysia 3in1 : HC PRECAST SYSTEM
- Load Bearing + Modular Shear Keys Wet Joint + Box System
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 outlines the IBS Roadmap 2003-2010 which aims to promote the industrialization of Malaysia's construction sector.
Key points include:
- The roadmap was endorsed by the Cabinet in 2003 to provide a blueprint for achieving industrialized construction and open building concepts.
- It identifies strategies across several areas including manpower, materials, management, monetary incentives, and marketing to promote greater IBS usage.
- Targets include increasing IBS usage in government projects to 70% by 2008 and providing incentives for residential projects using at least 50% IBS.
- Case studies demonstrate how IBS can help complete projects faster through off-site prefabrication of building components.
This document provides details about a factory visit assignment to Swissma Building Technologies Sdn. Bhd. and Sanko production sites by a group of quantity surveying students. It includes:
1) An introduction to Swissma's history and formation, services, and notable projects.
2) Descriptions of industrialized building system components produced by Swissma and Sanko, including standing seam roofing, metal tiles, and ribbed panels.
3) Explanations and photos of the installation processes for Swissma's Doppelwelt standing seam and Snapwelt roofing systems.
4) Overviews of the roll forming and crimping manufacturing processes used at Sanko's
Presentation. jkr lawatan IBS kilang HC Precast SystemTeow Beng Hur
IMPORTANT :
- Elements Required To Complete A Building
- Industrialised Building System ( IBS )
" is a system not a machine or component "
- Open System And Proprietary System Is A Technology
- Speed, Quality & Environment
- SEQUENCE OF WORK : 5 Steps & No Variation Order
- Step 1 : Drawing Conversion ( 2D to 3D )
- Step 2 : Mould Fabrication
- Step 3 : Production ( Decide by Client )
- Step 4 : Delivery ( Decide by Client )
- Step 5 : Installation Numbering ( Decide by Client )
This report summarizes an educational trip by Eraz Aqilah Binti Tajul Edrus to the CIDB Convention Centre to learn about Industrialized Building Systems (IBS). The trip included a presentation on IBS, visiting the IBS Component Gallery to see examples of IBS components like formwork systems, blockwork systems, and steel frame systems. They also toured the IBS Show House and labs at the Construction Research Institute of Malaysia (CREAM) which tests IBS components. The report discusses the purposes, advantages, manufacturing process, and types of IBS classified by structure, material, and relative component weight. It provides details on the testing equipment and applications at CREAM labs.
1.6 _Important element required to complete a buildingTeow Beng Hur
1. The document discusses an Industrialized Building System (IBS) using precast concrete elements for construction. It describes the 5 step process of drawings, mould production, production, delivery, and installation.
2. The system aims to build houses faster and cheaper by using precast concrete panels, beams, walls and other elements. This reduces costs compared to traditional construction methods.
3. Key benefits outlined are speed of construction, quality control, minimal waste, and accurate cost estimates since the building is designed digitally before construction.
This document discusses Industrialized Building System (IBS) and HC Precast System. It notes that IBS aims to speed up construction and decrease dependence on heavy site work. However, some precast manufacturers only use limited precast elements like beams and columns, still requiring significant brick wall assembly. HC Precast System provides a complete precast building system with load-bearing walls, beams, and stairs that minimizes on-site work. It can produce wall panels with any openings needed without relying on conventional brick walls.
ONE OF THE WAY TO IMPROVE THE OUTFLOW OF CURRENCY IS THE UTILIZATION OF INDUSTRIAL BUILDING SYSTEM ( IBS ) :
- IBS is a system which suits all architectural demands. It is neither a machine nor component,
- IBS Superstructure In Malaysia 3in1 : HC PRECAST SYSTEM
- Load Bearing + Modular Shear Keys Wet Joint + Box System
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 outlines the IBS Roadmap 2003-2010 which aims to promote the industrialization of Malaysia's construction sector.
Key points include:
- The roadmap was endorsed by the Cabinet in 2003 to provide a blueprint for achieving industrialized construction and open building concepts.
- It identifies strategies across several areas including manpower, materials, management, monetary incentives, and marketing to promote greater IBS usage.
- Targets include increasing IBS usage in government projects to 70% by 2008 and providing incentives for residential projects using at least 50% IBS.
- Case studies demonstrate how IBS can help complete projects faster through off-site prefabrication of building components.
This document provides details about a factory visit assignment to Swissma Building Technologies Sdn. Bhd. and Sanko production sites by a group of quantity surveying students. It includes:
1) An introduction to Swissma's history and formation, services, and notable projects.
2) Descriptions of industrialized building system components produced by Swissma and Sanko, including standing seam roofing, metal tiles, and ribbed panels.
3) Explanations and photos of the installation processes for Swissma's Doppelwelt standing seam and Snapwelt roofing systems.
4) Overviews of the roll forming and crimping manufacturing processes used at Sanko's
Presentation. jkr lawatan IBS kilang HC Precast SystemTeow Beng Hur
IMPORTANT :
- Elements Required To Complete A Building
- Industrialised Building System ( IBS )
" is a system not a machine or component "
- Open System And Proprietary System Is A Technology
- Speed, Quality & Environment
- SEQUENCE OF WORK : 5 Steps & No Variation Order
- Step 1 : Drawing Conversion ( 2D to 3D )
- Step 2 : Mould Fabrication
- Step 3 : Production ( Decide by Client )
- Step 4 : Delivery ( Decide by Client )
- Step 5 : Installation Numbering ( Decide by Client )
This report summarizes an educational trip by Eraz Aqilah Binti Tajul Edrus to the CIDB Convention Centre to learn about Industrialized Building Systems (IBS). The trip included a presentation on IBS, visiting the IBS Component Gallery to see examples of IBS components like formwork systems, blockwork systems, and steel frame systems. They also toured the IBS Show House and labs at the Construction Research Institute of Malaysia (CREAM) which tests IBS components. The report discusses the purposes, advantages, manufacturing process, and types of IBS classified by structure, material, and relative component weight. It provides details on the testing equipment and applications at CREAM labs.
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.
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.
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 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.
This document discusses industrialized building systems (IBS) and formwork systems used in construction. It provides details on common formwork systems in Malaysia like precast concrete, steel framing, and timber framing. Formwork systems offer benefits like strength, leak resistance, accuracy, and reusability. Examples of formwork systems discussed are Aluform panels and Mivan panels commonly used in India. The document also analyzes construction timelines for a sample high-rise building and compares benefits of Mivan formwork versus conventional formwork.
Prefabricated construction systems in India- Precast Status and needed ImpetusIEI GSC
Presentation on Prefabricated construction systems in India- Precast Status and needed Impetus by Prof S. K. Singh,Sr. Principal Scientist & Professor, AcSIR, CSIR-Central Building Research Institute, Roorkee at #33NCCE 33rd National Convention of Civil Engineers at #IEIGSC
This document provides an overview of the design of a duplex villa built using precast concrete technology. It discusses the advantages and disadvantages of precast construction, components of precast walls, production process involving battery moulds, planning and structural design of elements like slabs, walls, footings using software. It also describes the execution, construction requirements and concludes with an overview of using precast concrete as a strong and efficient building material.
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.
This document discusses tunnel formwork systems, which is a mechanized construction method for building cellular structures efficiently. Tunnel formwork involves casting concrete walls and floors simultaneously using reusable tunnel-shaped molds. Key advantages include reduced construction time of one floor every 3 days, cost savings from fewer workers and repeated formwork use, and improved structural strength and earthquake resistance of the completed buildings. Case studies demonstrate tunnel formwork being used to construct high-rise residential towers in Atlanta and Pune more quickly and affordably than conventional construction methods.
Richa Industries Limited customizes structural steel system for heavy construction and offers design,engineering and construction solution from concept to completion.
The document provides a final presentation on improving quality and productivity in the construction of telecom towers. It identifies key issues with current construction practices such as poor quality, cost overruns, and delays. The objectives are to study contracting procedures and suggest productivity improvements. Site visits found issues with materials, formwork, soil conditions, concrete, labor, and management. Process mapping is applied to identify processes for improvement like material staging. Suggestions include better supervision, equipment use, and safety practices.
This document discusses tunnel formwork construction and provides details about a group project on the topic. It begins with an introduction to Industrialized Building Systems (IBS) and focuses on tunnel formwork. The construction process is described along with advantages like quality, speed, cost savings and disadvantages such as initial costs. Two case studies are presented: a 44-story residential building in Atlanta used tunnel forms to complete a floor every 3 days and a residential project in India that used tunnel forms to construct 25 towers efficiently.
This document provides information about an industrialized building system (IBS) course focusing on precast concrete. It includes sections on technical drawings, schedules of IBS components, construction details, and an introduction to IBS that discusses the history and types of IBS in Malaysia as well as advantages and disadvantages of precast concrete systems.
1) The adoption of Industrialised Building System (IBS) construction in Malaysia began in the 1960s to address acute housing shortages, though early closed systems failed.
2) The government launched strategic plans in 1999 and 2003-2015 to promote IBS usage, and mandated 70% IBS content for public projects in 2008.
3) IBS construction is now mainstream in Malaysia, moving from prefabrication to mechanization and robotics, though more work is needed to convince industry stakeholders.
This document outlines Tietec's telecommunication infrastructure services for various clients in Egypt and other countries. The services include site acquisition, construction works, and telecom installation. Specifically, it discusses projects for Ericsson in Egypt involving GSM sites for Vodafone and Etisalat, a CDMA project for Quicktel in Egypt involving Sofisat sites, GSM sites for Alcatel-Lucent in Egypt for Mobinil and Etisalat, and CDMA projects for ZTE and Telecom Egypt in Egypt. It also mentions turnkey projects for Huawei in Mali and Libya. The services provided include site searches, permitting, construction of towers, shelters, and installations.
This document provides details on the application of an Industrialized Building System (IBS) for a student assignment to design a 100 square meter apartment unit using prefabricated components. It discusses the strengths and weaknesses of IBS, presents a case study of an IBS apartment project, and outlines the tasks and methodology for the student design. The design will utilize precast concrete framing components like beams, columns, slabs, and staircases along with blockwork walls and a steel truss roof system.
Introduction of Prefabricated structuresYogi Yogesh
Prefabrication involves assembling building components in a factory and transporting them to the construction site. It aims to reduce costs, improve quality, and speed up construction. Advantages include reduced work time, fewer workers needed, and omitting interruptions. Limitations include size restrictions and transport difficulties. Modular coordination standardizes dimensions. Precast construction allows for industrial quality control while limiting on-site space needs and waste.
Presentation. _ JKR Lawatan kilang HCPSTeow Beng Hur
This document provides information about a visit to an IBS factory, including the sequence of work for constructing a building using precast elements. The sequence involves 5 steps: 1) drawing conversion from 2D to 3D, 2) mould fabrication, 3) production which can be 7-9 units per day, 4) delivery through 4 options, and 5) installation in blocks. It emphasizes that IBS is a system, not individual machines, and discusses goals of speed, quality and reducing environmental impact through off-site precasting.
Haifz A Waheed is a structural engineer with over 3 years of experience designing large scale engineering projects using structural analysis software. Some of the key projects in his portfolio include:
1. A 2-story 367m2 Marks & Spencer store in Cheadle, UK which involved redesigning structural elements twice.
2. A multi-story Hatton Cross Hotel project in London with basement parking and 6 floors above ground that he helped design structural slabs, basement, foundations and piles for.
3. A single-story house extension in London that required pile foundations due to poor soil conditions.
He has extensive experience analyzing and designing structures using software like ETABS, SAFE,
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.
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.
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 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.
This document discusses industrialized building systems (IBS) and formwork systems used in construction. It provides details on common formwork systems in Malaysia like precast concrete, steel framing, and timber framing. Formwork systems offer benefits like strength, leak resistance, accuracy, and reusability. Examples of formwork systems discussed are Aluform panels and Mivan panels commonly used in India. The document also analyzes construction timelines for a sample high-rise building and compares benefits of Mivan formwork versus conventional formwork.
Prefabricated construction systems in India- Precast Status and needed ImpetusIEI GSC
Presentation on Prefabricated construction systems in India- Precast Status and needed Impetus by Prof S. K. Singh,Sr. Principal Scientist & Professor, AcSIR, CSIR-Central Building Research Institute, Roorkee at #33NCCE 33rd National Convention of Civil Engineers at #IEIGSC
This document provides an overview of the design of a duplex villa built using precast concrete technology. It discusses the advantages and disadvantages of precast construction, components of precast walls, production process involving battery moulds, planning and structural design of elements like slabs, walls, footings using software. It also describes the execution, construction requirements and concludes with an overview of using precast concrete as a strong and efficient building material.
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.
This document discusses tunnel formwork systems, which is a mechanized construction method for building cellular structures efficiently. Tunnel formwork involves casting concrete walls and floors simultaneously using reusable tunnel-shaped molds. Key advantages include reduced construction time of one floor every 3 days, cost savings from fewer workers and repeated formwork use, and improved structural strength and earthquake resistance of the completed buildings. Case studies demonstrate tunnel formwork being used to construct high-rise residential towers in Atlanta and Pune more quickly and affordably than conventional construction methods.
Richa Industries Limited customizes structural steel system for heavy construction and offers design,engineering and construction solution from concept to completion.
The document provides a final presentation on improving quality and productivity in the construction of telecom towers. It identifies key issues with current construction practices such as poor quality, cost overruns, and delays. The objectives are to study contracting procedures and suggest productivity improvements. Site visits found issues with materials, formwork, soil conditions, concrete, labor, and management. Process mapping is applied to identify processes for improvement like material staging. Suggestions include better supervision, equipment use, and safety practices.
This document discusses tunnel formwork construction and provides details about a group project on the topic. It begins with an introduction to Industrialized Building Systems (IBS) and focuses on tunnel formwork. The construction process is described along with advantages like quality, speed, cost savings and disadvantages such as initial costs. Two case studies are presented: a 44-story residential building in Atlanta used tunnel forms to complete a floor every 3 days and a residential project in India that used tunnel forms to construct 25 towers efficiently.
This document provides information about an industrialized building system (IBS) course focusing on precast concrete. It includes sections on technical drawings, schedules of IBS components, construction details, and an introduction to IBS that discusses the history and types of IBS in Malaysia as well as advantages and disadvantages of precast concrete systems.
1) The adoption of Industrialised Building System (IBS) construction in Malaysia began in the 1960s to address acute housing shortages, though early closed systems failed.
2) The government launched strategic plans in 1999 and 2003-2015 to promote IBS usage, and mandated 70% IBS content for public projects in 2008.
3) IBS construction is now mainstream in Malaysia, moving from prefabrication to mechanization and robotics, though more work is needed to convince industry stakeholders.
This document outlines Tietec's telecommunication infrastructure services for various clients in Egypt and other countries. The services include site acquisition, construction works, and telecom installation. Specifically, it discusses projects for Ericsson in Egypt involving GSM sites for Vodafone and Etisalat, a CDMA project for Quicktel in Egypt involving Sofisat sites, GSM sites for Alcatel-Lucent in Egypt for Mobinil and Etisalat, and CDMA projects for ZTE and Telecom Egypt in Egypt. It also mentions turnkey projects for Huawei in Mali and Libya. The services provided include site searches, permitting, construction of towers, shelters, and installations.
This document provides details on the application of an Industrialized Building System (IBS) for a student assignment to design a 100 square meter apartment unit using prefabricated components. It discusses the strengths and weaknesses of IBS, presents a case study of an IBS apartment project, and outlines the tasks and methodology for the student design. The design will utilize precast concrete framing components like beams, columns, slabs, and staircases along with blockwork walls and a steel truss roof system.
Introduction of Prefabricated structuresYogi Yogesh
Prefabrication involves assembling building components in a factory and transporting them to the construction site. It aims to reduce costs, improve quality, and speed up construction. Advantages include reduced work time, fewer workers needed, and omitting interruptions. Limitations include size restrictions and transport difficulties. Modular coordination standardizes dimensions. Precast construction allows for industrial quality control while limiting on-site space needs and waste.
Presentation. _ JKR Lawatan kilang HCPSTeow Beng Hur
This document provides information about a visit to an IBS factory, including the sequence of work for constructing a building using precast elements. The sequence involves 5 steps: 1) drawing conversion from 2D to 3D, 2) mould fabrication, 3) production which can be 7-9 units per day, 4) delivery through 4 options, and 5) installation in blocks. It emphasizes that IBS is a system, not individual machines, and discusses goals of speed, quality and reducing environmental impact through off-site precasting.
Haifz A Waheed is a structural engineer with over 3 years of experience designing large scale engineering projects using structural analysis software. Some of the key projects in his portfolio include:
1. A 2-story 367m2 Marks & Spencer store in Cheadle, UK which involved redesigning structural elements twice.
2. A multi-story Hatton Cross Hotel project in London with basement parking and 6 floors above ground that he helped design structural slabs, basement, foundations and piles for.
3. A single-story house extension in London that required pile foundations due to poor soil conditions.
He has extensive experience analyzing and designing structures using software like ETABS, SAFE,
Efficient Design for Multi-story Building Using Pre-Fabricated Steel Structur...IRJET Journal
This document discusses the efficient design of a multi-story building using pre-fabricated steel structure integrated with Building Information Modeling (BIM). It involves designing a 5-story steel building using STAAD.Pro for structural analysis, AutoCAD for 2D drawings, Revit for 3D modeling, and Navisworks for 4D scheduling and clash detection. The building is modeled at each stage of the design process using the appropriate software. Structural analysis is performed in STAAD.Pro to check stability. The project aims to demonstrate how using BIM at various stages can result in a more efficient building design with reduced time and costs.
Designage is a structural engineering consultancy firm established in 2014. It has experience with over 160 projects including residential, commercial, industrial, and retrofitting structures. The document provides details on several completed projects including Centram Raipur, Sanman Prestige, JK Arcade, and Gokuldham International School. It also lists ongoing projects across various sectors and the structural design services offered through previous employers.
Precast technology was used to construct a 24-story residential building in Mumbai's seismic zone 3 in record time. Standardized precast concrete elements like walls, slabs, and stairs were cast in a factory and assembled on site with joints. The use of precast construction led to increased productivity, speed of construction, quality control, worker safety, and reduced environmental impact compared to traditional construction. This project demonstrated the technical and economic feasibility of using precast technology for high-rise construction in India.
Bikram Jeet (Achievements from 2006 - 2013)Bikram Jeet
This presentation shows some of the interesting projects snapshots that were completed under my supervision during 2006-2013.
Email: bj@bikramjeet.com
Website: www.bikramjeet.com
The document discusses the PipeFab plugin for Revit, which automates pipe fabrication and drafting. It reduces production of installation drawings by 60%. The plugin lists pipes, exports data to Excel, and generates CNC files. It provides direction labels and exports cutting sheets to Excel for easier review. The document also discusses several other BIM projects for facilities in Saudi Arabia.
The document describes a precast construction project for a 24-story residential building in Mumbai, India called Pragati Towers. Structural elements were cast in a factory, transported to the site, and erected using cranes. The project demonstrated the technical feasibility and productivity benefits of using precast construction for high-rise buildings in India.
DESIGN AND ANALAYSIS OF MULTI STOREY BUILDING USING STAAD PROAli Meer
This document discusses the design and analysis of a multi-storied residential building using STAAD Pro software. It includes details on the building specifications, applicable codes, loads on the structure, and the design of structural elements like slabs, beams, columns, and footings. The analysis involves assigning materials, loads, properties and performing RCC design in STAAD Pro to verify the safety and serviceability of the building according to codes. The results show the design is safe and meets code requirements. References include design codes and textbooks.
Training on Structural designing by CADD centreyashvant meena
The document discusses various computer-aided design (CAD) software used in civil engineering and construction projects. It provides information on AutoCAD, STAAD, Revit, and describes how they are used to design structures, plan projects, estimate quantities and costs, and generate construction documents. Key advantages of these software include time and cost savings, improved accuracy, and the ability to simulate designs before physical construction.
REPORT ON G+4 RCC HOSTEL BUILDING ANALYSIS AND DESIGN USING STAAD PRO SOFTWARERakeshDas161
REPORT ON G+4 RCC HOSTEL BUILDING IN ( SEISMIC ZONE 5 ) ANALYSIS AND DESIGN USING STAAD PRO SOFTWARE
PREPARED BY RAKESH DAS AND HIS GROUP
DEPARTMENT OF CIVIL ENGINEERING
GIRIJANANDA CHOWDHURY INSTITUTE OF MANAGEMENT AND TECHNOLOGY GUWAHATI ASSAM
Mohamed Moustafa Mohamed is seeking a structural engineering or project management position. He has over 15 years of experience in structural design, analysis, project management, and construction supervision. Some of his qualifications include a Bachelor's degree in Civil Engineering, expertise in structural design software like ETABS and SAP, and management of large projects for companies in Saudi Arabia and other countries. He is a registered professional engineer in Saudi Arabia and Egypt.
IRJET- Analysis and Design of G+3 Storey and G+25 Storey RC Frame Building St...IRJET Journal
This document summarizes the analysis and design of G+3 and G+25 storey reinforced concrete frame buildings according to Indian standard codes. Loads including gravity and lateral loads were applied according to relevant IS codes, and the structures were analyzed and designed using ETABS software. Various checks were performed to ensure the structures met code requirements and did not experience instability. The objectives were to generate accurate models and conduct analysis and design without failure or instability using static and dynamic methods outlined in the IS codes.
Analysis of G+2 building with seismic load using EtabsIRJET Journal
This document discusses the analysis of a G+2 residential building using the structural analysis software ETABS. It provides details on the building configuration, methodology used, results of the analysis including base reactions, story shear, story drift, displacement, bending moments and shear forces. The results obtained from ETABS are compared to manual calculations. The structural elements are designed to be safe based on the analysis results, with the maximum column axial load of 950kN and maximum beam bending moment and shear force of 176kN-m and 157kN respectively. The analysis and design validated using ETABS are concluded to satisfy safety requirements.
STRUCTURE ENGINEER
BEng Civil Engineering; 2 years and 6 months work experience.
Specialized in RC frame structure design.
Structural analysis with software (SAFE, ETABS, PROKON & AUTODESK ROBOT) - 2D & 3D drawing with AutoCAD & REVIT.
Good knowledge of QUICKBOOK, MS OFFICE & MS PROJECT.
Able to design base isolated structures.
Designed 36 projects included commercial, residential & private villas.
This document is a resume for M.S Mohan Kumar summarizing his experience and qualifications. It outlines his objective of seeking a senior design engineer position, over 4 years of experience in product design and development using SOLIDWORKS, NX and AUTOCAD. It provides details of his past roles at Rockwell Industry Limited, SEC Industries and Hi-Tech Hydraulics as a design engineer. Key responsibilities included 3D modeling, drafting, project management and liaising with production. Major projects are listed involving design of transportation vehicles, integration jigs and hydraulic components.
IRJET- Comparative Study of an Industrial Pre – Engineered Building with Conv...IRJET Journal
This document provides a comparative study and analysis of a pre-engineered steel building versus a conventional steel building for an industrial application. Some key points:
1. Pre-engineered buildings offer advantages such as lighter weight structures, faster construction times, standardized components, and reduced costs compared to conventional steel buildings.
2. An example industrial building of dimensions 44m x 20m was modeled and designed using Staad Pro software to analyze and compare the steel requirements between a pre-engineered steel truss roof vs a conventional steel truss roof.
3. The pre-engineered building design resulted in a 48.77% reduction in the amount of primary frame steel needed compared to the conventional design.
This resume summarizes Shishir Lokhande's professional experience and qualifications. He has over 16 years of experience in computer-aided drafting and tower development. He holds a Post-Graduate Diploma in Operations Management and a Bachelor of Engineering degree. Currently he works as a Senior Manager at Vaishnav Metal & Power Pvt. Ltd., where he is responsible for engineering tasks such as preparing drawings, coordinating production, and interacting with clients.
IES Faculty - IESVE as a Design Application & Part L ClinicIES VE
The document provides an overview of new features in the IES VE2013 software update, including:
1) A master templates wizard that allows design strategies to be easily transferred between models without geometry.
2) An expanded parametric batch processor that allows single parameter changes to be applied to multiple models.
3) Tab editing capabilities for ModelIT parameters such as room name, type, and area calculations.
4) New cost analysis, lifecycle cost analysis, and lifecycle assessment features using UK industry standards.
Cosa hanno in comune un mattoncino Lego e la backdoor XZ?Speck&Tech
ABSTRACT: A prima vista, un mattoncino Lego e la backdoor XZ potrebbero avere in comune il fatto di essere entrambi blocchi di costruzione, o dipendenze di progetti creativi e software. La realtà è che un mattoncino Lego e il caso della backdoor XZ hanno molto di più di tutto ciò in comune.
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- https://x.com/viglovikov
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Explore more about Albumentations and join the community at:
GitHub: https://github.com/albumentations-team/albumentations
Website: https://albumentations.ai/
LinkedIn: https://www.linkedin.com/company/100504475
Twitter: https://x.com/albumentations
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20240605 QFM017 Machine Intelligence Reading List May 2024
Presentation 2016
1. INDUSTRIALISED BUILDING SYSTEM (IBS)
It is a system which suit all architecturaldemands & not a machine or component
significantly difference from traditional cast in-situ construction
which relies heavily on customized site work
- The wall is designedto provide adequate fire resistance according to demand (withminimum 2hours as per BS8110)
- The system is designedand approved by PE and endorsed by independent checker
- Thickness of the wall can be customized according to requirement
- Our design and casting are following strictlyto British Standard
HC PRECAST SYSTEM
PATENTED UNITED STATE : US 6.819.870B2
PATENTED MALAYSIA : MY - 124213-AIN 2006
PATENTED MALAYSIA : MY - 139712-AIN 2009
MALAYSIAGREEN TECHNOLOGY
2. TRAINING UNIT
8 years expose precast wall, precast staircase,
half slab & precast beam with in-situ column.
- No touch-up - No water proofing
- No leaking - No crack
3. FACTORY CAPACITY : 21 ACRES
Existing production 8 acres : 1,800 to 2,500 units
of single storey (1000 ft2)per year
Future development 13 acres :2,500 to 3,500 units
of single storey (1000 ft2)per year
4. CONTENTS
1. BENEFITS INDUSTRIALISED BUILDING SYSTEM ( GREEN TECHNOLOGY )
2. PROPOSE FOR THE GOVERNMENT & PRIVATE
3. RM 90.00(m2)/RM 900(m3) : SUPERSTRUCTURE (FRAME & WALL)
4. INDUSTRIALISED BUILDING SYSTEM CONCEPT
5. CONSTRUCTION METHOD SEQUENCE
6. PRODUCTION & DELIVERY SEQUENCE
7. QUALITY CONTROL & ASSURANCE
8. COST COMPARISON/FAST & EASY (CONVENTIONAL vs HC PRECAST SYSTEM)
9. DESIGNED BY YOU PRODUCED BY HC PRECAST SYSTEM
10. SYSTEMATIC PRODUCTION, DELIVERY & WORK PROGRAM
11. PERCENTAGE ON SITE & OFF SITE WORK
12. FLEXIBILITYSUITARCHITECTURAL DEMANDS
13. PRECAST ELEMENT
14. FACTORY CAPACITY
15. COMPLETED PROJECTS
16. PATENTED
17. INTERNATIONAL PUBLICATIONS
18. COLLABORATION WITH AGENCY
19. INDEPENDENT CHECKER
5. 1. BENEFITS INDUSTRIAL BUILDING SYSTEM : GREEN TECHNOLOGY
5
v) CONSULTANT :
- ARCHITECT
( Flexibility & Customized )
- C&S
( Construction Method Sequence )
- M&E
( Schematic Diagram of Shop Drawing )
- QS
( No Variation Order )
vi) SYSTEM PROVIDER :
- IBS/MANUFACTURE
- Payment Secure
vii) CONTRACTOR :
- Payment Secure
i) COUNTRY :
- 40% Labour Reduce
- Currency
- Social
ii) GOVERNMENT :
- Quality
- Speed
- Environment
- Green Technology
iii) PRIVATE DEVELOPER :
- Quality
- Speed
- Environment
- Green Technology
iv) END-USER :
- Quality
6. 2. PROPOSE TO GOVERNMENT & PRIVATE DEVELOPER
Invite industrialized building systemprovider with manufacturing facility (flexibility to suit all architectural
demands) to participate to built the show unit with work below and superstructure without finishing for the
Government & Private Developer to identify the systemin terms of quality, speedand environment for
supply in its development.
----------------------------------------------------------------------------------------------------------------------------------------------------
1. Architect
• Appointed by the Government & Private Developer.
• Designof single storeybungalow of 1,000 ft2 (affordable home), up to superstructure without finishing.
• With M&E requirement.
• Wall finishing with plasteror skim coatonly.
• Doorand window frame included except doorleave.
• Ground floor without tiling.
2. Industrialized building system manufacturer have formed their BQ for superstructure
(in terms of wall area)and to submit work program with sequence ofwork for recordpurposes.
3. Properrecordby the Government & Private representative during construction, in terms of labour and
machinery involved per day up to completion (superstructure only).
4. Conquas or QLassic consultant( 2 ) engagedby the Government & Private Developer.
5. CostComparisonfor eachIndustrialized Building SystemManufacturerby the Government & Private
Developer(forsuperstructure only). Costwill be fixed for the selectedmanufacturerand supply to its
development.
8. 3.1 RM 90.00(m2)/RM 900.00(m3)
Scope of Work for Superstructure :
Included :-
- Superstructure design calculation.
- Supply & Install.
- Setting out (panel)
- TBM for each block & 4 + 2 Boundary point per unit (must )be provided.
- Mobile crane.
- Shop drawing for M&E location layout related to panel wall casting.
(Subject to client / consultant confirmation)
Excluded :-
- Substructure design by others.
- Supply & install metal door & window frame.
- Supply & install M&E conduit.
- Skim coat.
- Storage yard at project site : 50mm thick crusher-run base.
- Access road at project site.
- Temporary water & electricity supply.
- Quarters for workers.
- Security at site for our material & system formworks.
- Contractor all Risks Insurance.
9. 4. INDUSTRIALISED BUILDING SYSTEM CONCEPT
a) CONVENTIONALMETHOD :
i) ARCHITECT ( 2D layout plan & Elevation )
ii) C&S ( 2D layout plan & Structural detail )
iii) M&E ( 2D Superstructure drawing & schematic diagram )
iv) QS ( Bill OfQuantity )
b) GREEN TECHNOLOGY: 40% LABOUR REDUCE :
-Approval By Client, Confirmation & Endorsement By Consultant
c) SYSTEM PROVIDER : IBS/MANUFACTURE :
- Flexibility to suit Architectural , C&S demands
- While taking care ofwater leakage
- Comply building by law
- In proper connections
- Less joint improve aesthetic appearance
i) ARCHITECT : iii) M&E : Schematic diagram :
- 2D layout - Shop drawing
- 3D drawing
ii) C&S : Superstructure :- iv) QS :
- Frame & Wall ( 2D & 3D layout detail of - No variation order (vo)
precast element & off/on site work ) - 3D Superstructure drawing
21. 4.b GREEN TECHNOLOGY: 40% LABOUR REDUCE
- 1. Approval by Client, Confirmation & Endorsement by Consultant
86% PrecastElementat Factory
14% Wetwork on site (by System Formwork)
22. 4.b GREEN TECHNOLOGY: 40% LABOUR REDUCE
- 2. Approval by Client, Confirmation & Endorsementby Consultant
23. 4.b GREEN TECHNOLOGY: 40% LABOUR REDUCE
- 3. Approval by Client, Confirmation & Endorsementby Consultant
24. 4.b GREEN TECHNOLOGY: 40% LABOUR REDUCE
- 4. Approval by Client, Confirmation & Endorsementby Consultant
66. Manufacturer and system
supplier of the element is
the BEST and MOST
EXPERIENCED installer
of the providedbuilding
precast element.
The same concept applies
when we buy computer
and hardware
Eliminate improper
handling installation by
3rd party contractors
4.c SYSTEM PROVIDER :IBS/MANUFACTURER :
- RecommendedInstallation
67. 4.c SYSTEM PROVIDER :IBS/MANUFACTURER :
- No Variation Order (VO) : 3D Superstructure drawing
Absolutely no Variation Order (V.O) due to :-
- No material wastage(minimal concreting at site)
- Accurate estimationby 3D drawing of building
precastelements (wall, beam, staircase & partition )
comparedto bricks, reinforcementwork and
concreting at site.
68. 4.c SYSTEM PROVIDER :IBS/MANUFACTURER :
- Cork Joint for Split Level & Specification1
69. 4.c SYSTEM PROVIDER :IBS/MANUFACTURER :
- Cork Joint for Split Level & Specification2
75. 6. PRODUCTION & DELIVERYSEQUENCE
6.1 -LogisticOption: Before Production
6.2 -Panel Casting
6.3 -Panel Lifting
6.4 -Bay Yard Storage
6.5 -Panel Storage Yard
6.6 -External Transport
6.7 -ProjectSite StorageYard
6.8 -Project Site Internal Transport
6.9 -Project Site Block Storage
76. 6.1 LOGISTIC OPTION (BEFORE PRODUCTION)
i) Option1 :-
- Bay yard (factory) to block yard (project site)
ii) Option 2 :-
- Bay yard (factory) to site yard (project site)
iii)Option 3 :-
- Storage yard (factory)to block yard (project site)
iv) Option4 :-
- Storage yard (factory)to site yard (project site)
Notes :
a) Client/Consultant/MainContractorneed to choosewhich
optionto be used before production.
b) Rate for RM 900/m3 includes for option1 & 3.
c) An additionalof RM 30/m3 to be charged for option2 & 4.
d) Crusherrun base to be providedat site yard for option 1- 4.
88. ReboundHammer test carried out
daily & on selected Panel
7. QUALITYCONTROL & ASSURANCE
Ready Mixed Concrete : Concrete Grade to comply Engineer’s requirements.
- Slump Test carried out on every delivery.
- Cube Test taken for every 20m3.
89. 7.1 QUALITY CONTROL & ASSURANCE
- Lifting Of Panelonly afterminimum 18 hours or as specified by Engineer.
- Panelstoredat stock yard for 7 days or as specifiedby Engineer curing before delivery to site.
- Panelstack individually as apposedto one on top anotherto prevent cracks
94. 8.4 COST COMPARISON/FAST& EASY :
- CONVENTIONALVs HC PRECAST SYSTEM
Semi-D House : Single Storey (Superstructure/Frame & Wall)
Conventional : Original Design HC PrecastSystem
(Current Rate – July 2014) (Current Rate – July 2014)
RM 127.43/m2 Vs RM 90.00/m2
RATE CAN BE CHECKED & CHANGEBY YOU
134. 14. FACTORY CAPACITY : 21 ACRES
Existing production 8 acres : 1,800 to 2,500 units
of single storey (1000 ft2)per year
Future development 13 acres :2,500 to 3,500 units of
single storey(1000 ft2) per year
135. 15. COMPLETEDPROJECTS
15.1 - 42 units 3&5 Storey Shop Office at Andalas Klang
15.2 - 156 units Single Storey Terrace Houseat Kota Puteri
15.3 - 7 units Single Storey Shop Lots at Kota Puteri
15.4 - 10 units Exco Bungalows Selangorat Shah Alam
15.5 - 112 units Single Storey Terraceat Kota Puteri
15.6 - 119 units Double Storey TerraceHouse at Shah Alam
15.7 - 88 units Semi DetachedLow at Bukit Botak
15.8 - 119 units Single Storey Terraceat Bernam Jaya
15.9 - 34 units Semi DetachedHouse at Shah Alam
15.10 - 118 units Double Storey Terrace House at Kota Puteri
15.11 - Show Unit Single Storey Houseat Rasa Factory
15.12 - Training Unit Double Storey at Rasa Factory
136. 15.1 - 42 units 3&5 Storey Shop Office at Andalas Klang
137. 15.2 - 156 units Single Storey Terrace House at Kota Puteri
138. 15.3 - 7 units Single Storey Shop Lots at Kota Puteri
139. 15.4a - 10 units Exco Bungalows Selangor at Shah Alam
140. 15.4b - 10 units Exco Bungalows Selangor at Shah Alam
141. 15.4c - 10 units Exco Bungalows Selangor at Shah Alam
142. 15.4d - 10 units Exco Bungalows Selangor at Shah Alam
143. 15.5 - 112 units Single Storey Terrace at Kota Puteri
144. 15.5a - 112 units Single Storey Terrace at Kota Puteri
145. 15.6 - 119 units Double Storey Terrace House at Shah Alam
146. 15.7 - 88 units Semi Detached Low at Bukit Botak
147. 15.7a - 88 units Semi Detached Low at Bukit Botak
148. 15.7b - 88 units Semi Detached Low at Bukit Botak
149. 15.8 - 119 units Single Storey Terrace at Bernam Jaya
150. 15.9 - 34 units Semi Detached House at Shah Alam
151. 15.9a - 34 units Semi Detached House at Shah Alam
152. 15.9b - 34 units Semi Detached House at Shah Alam
153. 15.10 - 118 Units Double Storey Terrace House at Kota Puteri
154. 15.10a - 118 Units Double Storey Terrace House at Kota Puteri
155. 15.10b - 118 Units Double Storey Terrace House at Kota Puteri
156. 15.11 - Show Unit Single Storey House at Rasa Factory
157. 15.11a - Show Unit Single Storey House at Rasa Factory
158. 15.11b - Show Unit Single Storey House at Rasa Factory
159. 15.11c - Show Unit Single Storey House at Rasa Factory
163. 17. INTERNATIONAL PUBLICATIONS
17.1 USA :-
- Jerome P. Lynch : 2013
17.2 PORTUGAL:-
- 15th World Conference : 2012
17.3 GERMANY :-
- CPI : 2011
17.4 MALAYSIA :-
- EARTHQUAKE
RESISTANCE TEST UTM : 2.011
164. “ Earthquakes and Structures “
(Impact Factor2012 = 1.381,
One of the highest among other
structural earthquake engineering journals,
indexed by
Journal Citations Reports®, ISI ThomsonReuters)
17.1 USA : Jerome P.Lynch - 2013
167. 17.3 GERMANY : CPI - 2011
MalaysiaIBS CompanyArticleAppearIn CPI Worldwide Journal
In 8 DifferentLanguages (Based In GERMANY):
1. US
2. UK
3. Germany
4. French
5. Italian
6. Spanish
7. Portuguese
8. Indian
169. EARTHQUAKE RESISTANCE
TEST OF SCALED DOWN
DOUBLESTOREY BUILDINGBY
HC PRECASTSYSTEM IN
COLLABORATION WITH UTM,
JOHOR BASED ON 8 MAJOR
EARTHQUAKES, IN THE WORLD
17.4 BUILDING & INVESTMENT - 2011