- This course explores how AI is transforming the construction industry by enhancing design, project management, predictive maintenance, and sustainability.Students will learn how AI-driven solutions optimize building efficienc
- Level: Intermediate
- Prerequisites: Basic knowledge of construction processes, project management, and data analysis
- Assessments: Micro Assessment weekly, Full Assessment in the final week.
Week 1 - AI in Construction Design and Planning
Learning OutcomeUnderstand how AI is used for planning, blueprint analysis, and optimizing architectural designs
1.1 AI-driven architectural design and optimization.1.2 Generative AI in construction planning.
1.3 AI for optimizing urban planning and smart cities.
Practical Component
Use AI tools to optimize a building design based on efficiency and sustainability.
Week 2 - AI in Project Management and Scheduling
Learning OutcomeLearn how AI improves construction project scheduling and risk management
2.1 AI-powered predictive analytics for project timelines.2.2 Risk assessment and mitigation using AI.
2.3 AI-driven labor and resource allocation
Practical Component
Implement an AI-driven project schedule for a simulated construction project
Week 3 - AI for Site Monitoring and Safety Compliance
Learning OutcomeExplore AI applications in worker safety, compliance monitoring, and site surveillance
3.1 AI-powered drone and camera surveillance for construction sites.3.2 Predictive safety measures using AI.
3.3 AI-driven compliance monitoring and quality assurance
Practical Component
Set up an AI-driven monitoring system for site safety compliance.
Week 4 - AI for Predictive Maintenance and Asset Management
Learning OutcomeUnderstand how AI enables predictive maintenance for construction equipment and infrastructure.
4.1 AI for infrastructure health monitoring.4.2 Predictive maintenance of construction machinery.
4.3 AI-driven smart material tracking
Practical Component
Use AI to predict maintenance needs for a simulated construction asset
Week 5 - AI in Sustainable and Smart Construction
Learning OutcomeLearn how AI helps improve sustainability in construction through material selection and energy optimization.
5.1 AI-driven sustainable material selection.5.2 AI for energy efficiency and green buildings.
5.3 AI in waste reduction and recycling in construction.
Practical Component
Develop an AI-based sustainable construction material recommendation system.
Week 6 - Capstone Project and Assessment
Learning OutcomeApply AI techniques learned to develop an AI-based construction solution.
6.1 Implement an AI-powered construction management or sustainability project.6.2 Peer assessment and feedback.
6.3 Final project presentation and evaluation.
Practical Component
Students will present their AI-driven construction solutions, integrating AI tools for planning, sustainability, or predictive maintenance