In this course, you will understand the practical applications of Building Information Modeling (BIM) with reference to field applications, 4D BIM, and 5D BIM. "Documentation & Common Data Environment (CDE)" covers ISO 19650 standards, including networking (LAN, WAN, cloud computing), CDE concepts, file naming conventions, BIM team roles, and RFI and review processes. "Introduction to 4D BIM/Field BIM" addresses construction scheduling, Gantt charts, and integrates 3D BIM models into 4D modeling with practical demonstrations and workflows for comparing planned versus actual schedules and generating reports. "Application of Field BIM/4D" focuses on collaboration, site utilization planning, 3D control and planning, safety protocols using BIM and CDEs, digital fabrication, scan-to-BIM processes, existing condition modeling, and as-built record models. "Introduction to 5D, AIM" introduces 5D BIM and Asset Information Modeling (AIM), covering quantity takeoff methods, cost breakdowns, COBie, space attributes, and facility management integration for efficient project delivery and asset management. "Beyond BIM - Emerging Trends" explores industrial construction techniques, IoT, Big Data, data analytics, AI, ML applications, and Digital Twin technology, expanding your understanding of cutting-edge BIM applications and trends.
Target Learners:
• Undergraduate students of Civil Engineering, Electrical Engineering & Mechanical Engineering
• Post-Graduate Students in Construction Management.
• Practicing Engineers involved in BIM in construction.
• Faculties in Civil, Electrical & Mechanical
• Industry professionals working in construction and BIM
• Project managers and consultants in construction and infrastructure development sectors.
Prerequisites:
• Basic knowledge of Construction
• Familiarity with Construction Management
• Understanding of Construction Practices
Hardware Prerequisites:
Minimum Entry level configuration as follows:
1. Operating System: 64-bit Microsoft® Windows® 10 or Windows 11
2. CPU Type: Intel® i-Series, Xeon®, AMD® Ryzen, Ryzen Threadripper PRO. 2.5GHz or Higher.
3. Memory: 8 GB RAM
4. Video Display: 1280 x 1024 with true color (Minimum)
5. Disk Space: 30GB free disk space
Software Prerequisites:
• Install Revit 2020 and higher versions for this course
Overview
Syllabus
- Documentation and Common Data Environment (CDE)
- The module "Documentation & Common Data Environment (CDE)" teaches how to manage construction project information effectively. Topics include creating 2D drawings from BIM models, understanding computer network types and cloud computing, and using CDE for information sharing. You'll also learn about file naming conventions, roles and responsibilities in projects, and the Request For Information (RFI) process. This module equips you with essential skills for organized project documentation and efficient data management.
- Introduction to 4D or Field BIM
- The module "Introduction to 4D / Field BIM" provides a comprehensive introduction to integrating time and scheduling into Building Information Modeling (BIM) for construction projects. Participants will learn about construction sequencing and project scheduling, including the use and limitations of Gantt charts. The course explores 4D BIM, covering its modeling principles and demonstrating its application through project demos. Participants will gain insights into 4D BIM workflows, comparing planned schedules with actual progress, and generating essential reports for project management and evaluation purposes.
- Application of Field BIM or 4D - Part 1
- The module "Application of Field BIM / 4D - Part 1" focuses on practical uses of Building Information Modeling (BIM) and 4D technology in construction projects. Participants will delve into 3D coordination and visual communications across multiple parts, learning how to enhance project clarity and collaboration. The module covers site utilization planning techniques to optimize construction efficiency, supported by detailed construction analysis spanning various aspects and phases. Participants will also explore 3D control and planning methodologies, equipping them with skills to effectively manage and coordinate project activities using advanced BIM tools and strategies
- Application of Field BIM or 4D - Part 2
- The module "Application of Field BIM / 4D - Part 2" delves into advanced applications of Building Information Modeling (BIM) and 4D technology in construction management. Participants will explore BIM's role in enhancing safety practices, covering topics such as fall prevention, formwork safety, and electrical hazards. They will also learn about disaster and risk analysis using digital tools, and delve into digital fabrication techniques for construction efficiency. Additionally, the module covers methods for modeling existing conditions, converting scans to BIM models, and creating accurate as-built records, providing a comprehensive understanding of advanced BIM applications in construction projects.
- Introduction to 5D, AIM
- The module "Introduction to 5D, AIM" introduces participants to the integration of cost estimation and asset information management (AIM) within Building Information Modeling (BIM). It covers fundamental concepts of 5D BIM, focusing on quantity take-off methodologies using various units of measurement and cost analysis techniques. Participants will gain hands-on experience through instructor-led demonstrations and exercises in quantity take-off for different building elements. The module also explores Level of Development (LOD) standards and their role in accurate quantity estimation. Additionally, it addresses cost control strategies through 5D BIM and discusses asset information modeling, COBie standards, space attributes, and information exchange for efficient facility management.
- Beyond BIM - Emerging Trends
- The module "Beyond BIM, Emerging Trends" explores advanced applications and future directions in the field of Building Information Modeling (BIM). Participants will delve into the industrialization of construction through BIM, focusing on Design for Manufacture and Assembly (DfMA) principles across multiple parts. They will also learn about integrating Internet of Things (IoT) technology with BIM, harnessing big data for informed decision-making, and applying data analytics through AI and machine learning in construction projects. The module introduces concepts of smart infrastructure and the development of digital twins for connected infrastructure, emphasizing their benefits, requirements for success, and diverse applications across industries, particularly in smart cities and national contexts.
Taught by
Subject Matter Expert
