Course Overview
This 10-day course empowers civil and environmental engineering professionals with in-depth, practical knowledge of Building Information Modeling (BIM) tools and techniques applied to sustainable infrastructure projects. The program equips participants with the ability to design, simulate, and manage water, transport, and environmental systems using advanced BIM methodologies. Focus areas include environmental impact assessments, waste management optimization, sustainable urban planning, and long-term infrastructure lifecycle management.
Duration
10 Days
Who Should Attend
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Civil Engineers
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Environmental Engineers
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BIM Coordinators and Specialists
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Urban Infrastructure Planners
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Project Managers in Infrastructure Development
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Government and Municipal Engineers
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Consultants in Sustainable Development
Course Level: Intermediate to Advanced
Learning Objectives
Upon completion of this course, participants will be able to:
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Apply BIM to infrastructure planning, design, and execution
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Model water and transport networks using BIM tools
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Conduct environmental impact assessments and sustainability simulations with BIM
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Optimize waste management systems using digital workflows
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Manage cross-disciplinary collaboration using CDEs
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Implement BIM for asset monitoring and lifecycle management
Course Outline
Module 1: Fundamentals of BIM in Civil & Environmental Engineering
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Introduction to BIM principles, workflows, and tools
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BIM industry standards (ISO 19650, IFC) and data structuring
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Overview of BIM’s role in sustainable infrastructure
Module 2: BIM for Water Infrastructure Projects
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BIM modeling for pipelines, reservoirs, and treatment plants
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Hydrological simulation and lifecycle planning
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Digital twin applications in water utilities
Module 3: Environmental Impact Assessment with BIM
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Integrating BIM with environmental review processes
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Scenario modeling for mitigation strategies
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Compliance documentation and reporting using BIM
Module 4: Waste Management Optimization through BIM
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Designing waste collection and recycling systems in BIM
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Route planning and spatial analysis
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Evaluating operational efficiency and cost savings
Module 5: Sustainable Urban Infrastructure Design
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Layout design for green infrastructure and public utilities
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Solar access analysis and energy-efficient zoning
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Integrating GIS and environmental datasets in BIM
Module 6: BIM for Hydraulic and Transport Networks
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Modeling of drainage and flood control systems
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Simulation of traffic flow and road geometry
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Integration of hydraulic models with transport corridors
Module 7: Interdisciplinary Collaboration with BIM
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Clash detection and resolution strategies
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Working with federated models across disciplines
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Setting up and managing a Common Data Environment (CDE)
Module 8: BIM Execution Planning and Project Delivery
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Developing a BIM Execution Plan (BEP)
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Defining project LOD (Level of Development) requirements
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Workflow management from design to construction
Module 9: BIM for Monitoring and Asset Management
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Applying 6D BIM for facilities and infrastructure assets
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Linking models to IoT and SCADA data streams
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Predictive maintenance planning using real-time BIM data
Module 10: Capstone Project and Final Presentation
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Group project: BIM-integrated infrastructure case study
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Team presentations with review and feedback
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Practical evaluation and course wrap-up
Customized Training
This training can be tailored to your institution needs and delivered at a location of your choice upon request.
Requirements
Participants need to be proficient in English.
Training Fee
The fee covers tuition, training materials, refreshments, lunch, and study visits. Participants are responsible for their own travel, visa, insurance, and personal expenses.
Certification
A certificate from Ideal Workplace Solutions is awarded upon successful completion.
Accommodation
Accommodation can be arranged upon request. Contact via email for reservations.
Payment
Payment should be made before the training starts, with proof of payment sent to outreach@idealworkplacesolutions.org.
For further inquiries, please contact us on details below:
