Advanced Construction Technology Applications And Implementation Training

Objectives:
• Define advanced construction technology within the South African context
• Identify key drivers and benefits of technology adoption in construction
• Explain the regulatory and SAQA framework governing technology use
• Outline the course structure and assessment requirements

Topics:
• Overview of the construction technology landscape
• SAQA Unit Standard 116359 and its application
• The role of technology in improving productivity and safety
• Current challenges and opportunities in the South African construction sector
• Introduction to the course project and portfolio of evidence
• Health, safety, and environmental considerations

Objectives:
• Compare different digital design software platforms (e.g., BIM, CAD)
• Interpret basic 2D and 3D construction drawings and models
• Explain the concept of Building Information Modelling (BIM)
• Identify the components of a coordinated digital model

Topics:
• Principles of Computer-Aided Design (CAD)
• Introduction to Building Information Modelling (BIM)
• Model elements: architectural, structural, MEP
• Clash detection and coordination basics
• Software overview: Revit, AutoCAD, etc.
• File formats and interoperability

Objectives:
• Describe the BIM maturity levels and project stages
• Apply BIM for design coordination and conflict resolution
• Extract quantities and specifications from BIM models
• Discuss BIM implementation strategies for projects

Topics:
• BIM dimensions (3D, 4D scheduling, 5D cost)
• Common Data Environment (CDE) and collaboration
• Model authoring and management responsibilities
• Quantity take-off and cost estimation from models
• Case studies of BIM in South African projects
• Developing a BIM Execution Plan (BEP)

Objectives:
• Evaluate advanced materials for structural and non-structural applications
• Compare modern construction systems (e.g., prefabrication, modular)
• Analyse material properties and performance criteria
• Select appropriate materials based on project requirements

Topics:
• High-performance concrete and composites
• Advanced steel and timber systems
• Prefabricated and modular construction components
• Sustainable and green building materials
• Material testing and quality assurance
• Logistics and supply chain for advanced materials

Objectives:
• Identify types of robotics used on construction sites
• Assess applications for automation in repetitive tasks
• Evaluate the impact of robotics on safety and productivity
• Plan for the integration of robotic systems

Topics:
• Robotic bricklaying and welding
• Automated guided vehicles (AGVs) for material handling
• Drones for surveying, inspection, and progress monitoring
• 3D printing/additive manufacturing for components
• Safety protocols for human-robot collaboration
• Cost-benefit analysis of automation

Objectives:
• Operate basic digital surveying equipment
• Interpret data from GPS, total stations, and laser scanners
• Apply geospatial data for site analysis and setting out
• Integrate survey data with digital design models

Topics:
• Global Navigation Satellite Systems (GNSS/GPS)
• Robotic total stations and their applications
• 3D laser scanning and point cloud generation
• Drone-based photogrammetry and LiDAR
• Data processing and modelling software
• Accuracy, tolerances, and quality control

Objectives:
• Develop project schedules using critical path method (CPM)
• Apply 4D BIM for construction sequencing and visualisation
• Utilise software for resource levelling and cost control
• Monitor project progress using digital tools

Topics:
• Advanced features of scheduling software (e.g., MS Project, Primavera)
• Linking 3D models with schedules (4D simulation)
• Resource management and allocation software
• Earned Value Management (EVM) principles
• Dashboard and reporting tools for stakeholders
• Risk management integration

Objectives:
• Apply green building rating tools (e.g., Green Star SA)
• Design for energy efficiency and water conservation
• Select technologies for renewable energy integration
• Implement waste management and recycling strategies

Topics:
• Green Star South Africa and other rating systems
• Passive design and building envelope optimisation
• Solar PV, geothermal, and other renewable systems
• Water harvesting, recycling, and efficient fixtures
• Life Cycle Assessment (LCA) of materials and systems
• Sustainable site management practices

Objectives:
• Explain the concept of smart construction sites
• Deploy IoT sensors for monitoring site conditions
• Analyse real-time data for safety and performance
• Integrate IoT data with project management platforms

Topics:
• IoT architecture: sensors, gateways, cloud platforms
• Applications: environmental monitoring, equipment tracking, worker safety
• Wearable technology and personal protective equipment (PPE)
• Data analytics and dashboards for decision-making
• Cybersecurity considerations for connected sites
• Case studies of IoT implementation

Objectives:
• Implement digital quality inspection and documentation processes
• Use mobile apps for snagging and defect management
• Ensure compliance with SANS standards and building regulations
• Maintain digital as-built records and handover documentation

Topics:
• Digital checklists and inspection protocols
• Photo and video documentation with geotagging
• Compliance with the National Building Regulations (NBR)
• Software for managing non-conformances (e.g., Aconex, Procore)
• Creating digital Operation and Maintenance (O&M) manuals
• Auditing and continuous improvement processes

Objectives:
• Develop a technology implementation plan for a construction project
• Assess organisational readiness and change management requirements
• Calculate return on investment (ROI) for technology adoption
• Present a technology proposal to stakeholders

Topics:
• Conducting a technology needs assessment
• Developing a phased implementation roadmap
• Change management and training strategies
• Cost-benefit analysis and ROI calculation
• Risk assessment and mitigation planning
• Stakeholder engagement and communication planning

Objectives:
• Apply course concepts to a simulated or case study project
• Present a comprehensive technology implementation portfolio
• Reflect on personal learning and professional development
• Plan for ongoing learning and technology adoption

Topics:
• Workshop: Developing a technology implementation plan for a case study
• Portfolio of evidence compilation and review
• Presentation skills and professional reporting
• Discussion on future trends in construction technology
• Course summary and assessment submission
• Action planning for continuous professional development (CPD)