PRECAST CONCRETE BUILDING SERIES
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PRECAST CONCRETE BUILDING SERIES
RM900.00 - RM2,700.00
Category:
2024
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Unlock the full potential of precast concrete building system through our comprehensive three (3)-days course, specially tailored for all participants to enhance your knowledge and skills. This program delves into the intricacies of precast concrete for buildings, offering a deep understanding of its element types, design and detailing, production practices and site installation techniques. Join us to elevate your expertise and drive innovations into your construction projects.
Learning Objectives :
Participants will
1. Realize the limitations of traditional construction versus the merits of precast building method
2. Appreciate how different precast concrete elements can be connected to form robust building structures
3. Learn the best practices in producing and installing precast concrete components
4. Able to adopt appropriate techniques and practices for successful construction and completion of precast concrete buildings
Day 1: 25 July 2024
Kick off your journey with a thorough introduction to the world of precast concrete. This session covers the fundamental element types, such as columns, beams, slabs, staircases and wall panels; and their specific applications in building construction. You will gain insights into the critical connections that ensure structural integrity and explore contemporary design concepts that push the boundaries of traditional construction methods. Additionally, we will highlight cutting-edge innovations that are revolutionizing the design and application of precast concrete systems.
Part 1:
1. Notable Examples of PC Building
2. Historical Development of PC Buildings in Malaysia
3. Government Initiatives/Road Map
4. Volumetric Modules as Advanced IBS
5. Modular Coordination
6. IBS Score
7. MEP Services in PC Buildings
8. Pros & Cons of using Precast Construction
9. Examples of PC Components for Buildings
10. Design Concept and detailing
11. Precast Element Connections
12. Market practices
Day 2: 31 July 2024
The second day for Part 2 focuses on the production process of precast concrete elements. Learn about the best practices that ensure high-quality, durable and reliable precast components. This session will cover key topics such as concrete mix design, mould fabrication and maintenance, curing techniques and quality control measures. Participants will also gain knowledge on the latest advancements in production technologies and methods, which can enhance efficiency and sustainability in precast element manufacturing.
Part 2:
1. Precast Factory Set-up, Production Systems & Selection
2. Managing Production & Operations, Planning & Control
3. Raw Materials Selection
4. Mould Types & Design
5. Integrated Management System on Quality, Environment, Safety & Health
6. Concrete Batching, Mixing, Conveying, Compacting, Finishing & Curing
7. Production Tolerances
8. Repair Methods 9. Element Storage & Delivery 10.Digitalization, Automation & Smart Manufacturing
Day 3: 8 August 2024
The final day addresses the crucial phase of site installation, where precision and planning are paramount. This session will guide you through the planning and logistical considerations necessary for successful installation of precast components. Topics include site preparation, transportation logistics, cranage, sequencing of installation and on-site assembly techniques. We will also discuss the role of quality assurance and controls during installation to ensure safety and compliance with design considerations. Join us for this transformative course and become a leader in the field of precast concrete building system. Expand your knowledge, improve your skills and enhance the quality and efficiency of your construction projects.
Part 3:
1. Project Management & Contract Types
2. Lead time for Design & Production
3. Site Accesses, Logistic Planning & Vehicle Types
4. Erection Planning, Sequencing & Scheduling
5. Cranes & Other Equipment
6. Manpower & Other Resources Planning
7. Installation Methods Statement
8. Cast-in-situ Related Works
9. Site Control for Quality Construction
10. Site Safety related to PC Building Construction
11. Digitalizing Erection Work
Expected Outcome
At the end of the course, participants will be able to make decisions, adopt and implement suitable techniques in their construction projects using precast concrete building technology
Learning Objectives :
Participants will
1. Realize the limitations of traditional construction versus the merits of precast building method
2. Appreciate how different precast concrete elements can be connected to form robust building structures
3. Learn the best practices in producing and installing precast concrete components
4. Able to adopt appropriate techniques and practices for successful construction and completion of precast concrete buildings
Day 1: 25 July 2024
Kick off your journey with a thorough introduction to the world of precast concrete. This session covers the fundamental element types, such as columns, beams, slabs, staircases and wall panels; and their specific applications in building construction. You will gain insights into the critical connections that ensure structural integrity and explore contemporary design concepts that push the boundaries of traditional construction methods. Additionally, we will highlight cutting-edge innovations that are revolutionizing the design and application of precast concrete systems.
Part 1:
1. Notable Examples of PC Building
2. Historical Development of PC Buildings in Malaysia
3. Government Initiatives/Road Map
4. Volumetric Modules as Advanced IBS
5. Modular Coordination
6. IBS Score
7. MEP Services in PC Buildings
8. Pros & Cons of using Precast Construction
9. Examples of PC Components for Buildings
10. Design Concept and detailing
11. Precast Element Connections
12. Market practices
Day 2: 31 July 2024
The second day for Part 2 focuses on the production process of precast concrete elements. Learn about the best practices that ensure high-quality, durable and reliable precast components. This session will cover key topics such as concrete mix design, mould fabrication and maintenance, curing techniques and quality control measures. Participants will also gain knowledge on the latest advancements in production technologies and methods, which can enhance efficiency and sustainability in precast element manufacturing.
Part 2:
1. Precast Factory Set-up, Production Systems & Selection
2. Managing Production & Operations, Planning & Control
3. Raw Materials Selection
4. Mould Types & Design
5. Integrated Management System on Quality, Environment, Safety & Health
6. Concrete Batching, Mixing, Conveying, Compacting, Finishing & Curing
7. Production Tolerances
8. Repair Methods 9. Element Storage & Delivery 10.Digitalization, Automation & Smart Manufacturing
Day 3: 8 August 2024
The final day addresses the crucial phase of site installation, where precision and planning are paramount. This session will guide you through the planning and logistical considerations necessary for successful installation of precast components. Topics include site preparation, transportation logistics, cranage, sequencing of installation and on-site assembly techniques. We will also discuss the role of quality assurance and controls during installation to ensure safety and compliance with design considerations. Join us for this transformative course and become a leader in the field of precast concrete building system. Expand your knowledge, improve your skills and enhance the quality and efficiency of your construction projects.
Part 3:
1. Project Management & Contract Types
2. Lead time for Design & Production
3. Site Accesses, Logistic Planning & Vehicle Types
4. Erection Planning, Sequencing & Scheduling
5. Cranes & Other Equipment
6. Manpower & Other Resources Planning
7. Installation Methods Statement
8. Cast-in-situ Related Works
9. Site Control for Quality Construction
10. Site Safety related to PC Building Construction
11. Digitalizing Erection Work
Expected Outcome
At the end of the course, participants will be able to make decisions, adopt and implement suitable techniques in their construction projects using precast concrete building technology
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