Executive PG Certification in Construction Management & AI for Smart Infrastructure Development

• Construction Management vs Project Management (PMC, EPC, Design-Build)
• Roles across Project Life Cycle (Pre-construction → Closeout)
• Organizational structures (Client, PMC, Contractor, Sub-contractors)
• Project Manager’s authority, leadership & decision-making
• Site mobilization planning (checklists, statutory approvals)
• Site logistics, labour productivity & coordination
• Communication matrix, meetings, escalation protocols
• Documentation & reporting systems
• Site demobilization & handover strategy

• Construction economics vs corporate economics
• Demand–supply cycles in real estate & infrastructure
• Cost structures: Fixed, variable, semi-variable
• Margin planning vs profit realization
• Inflation, interest rates & material price volatility
• Cost control levers at site & HO level
• Cash flow vs profitability (critical difference)
• Government policies & construction business impact

• Performance-based material selection
• AAC, CLC, lightweight blocks – cost vs speed analysis
• HPC, SCC, fibre reinforced concrete
• Aluminium & plastic formwork systems
• Rapidwall & precast systems
• Smart materials & green alternatives
• Advanced waterproofing systems (failures & fixes)
• Low-cost housing technologies
• Life-cycle cost of materials (LCC concept)

• Project feasibility & scope definition
• Stakeholder expectations mapping
• Project constraints triangle (Time–Cost–Quality)
• WBS, OBS & responsibility mapping
• Activity sequencing & logic building
• CPM with float analysis
• Gantt vs network schedules
• \Resource loading & levelling
• Schedule crashing & fast tracking
• Planning failures – real case studies

• Go / No-Go decision framework
• Tender risk identification
• Technical bid structuring
• Method statements & execution strategies
• Resource & machinery deployment plans
• Risk pricing & contingencies
• Value engineering at tender stage
• Evaluation systems (L1, QCBS, L1+1)
• Deviation statements & negotiations
• JV & consortium bidding

• Contract types & risk allocation
• Key clauses every engineer must understand
• Variations & change management • Delay analysis (EOT, concurrent delay)
• Claims: identification → documentation → submission
• LDs, penalties & mitigation
• Dispute avoidance techniques

• Project finance fundamentals
• Funding sources & loan structures
• Working capital management
• Receivables & billing cycles
• Rate analysis (site-oriented)
• Indirect cost control
• Budget vs actual tracking
• Cash flow forecasting
• Profit erosion causes in construction

• Land due diligence basics
• Zoning & land use regulations
• Building by-laws & approvals
• CRZ & environmental clearances
• National Building Code overview
• Approval timelines & common delays
• Risk areas for developers & contractors

• Risk identification techniques
• Risk register preparation
• Contingency vs management reserve
• Risk scoring & prioritization
• Mitigation & response strategies
• Monitoring & updating risks
• Supply chain & subcontractor risks

• Seismic design philosophy
• Code-based design concepts
• Structural & non-structural elements
• Retrofitting techniques
• Fire codes & resistance ratings
• Fire protection systems
• Smoke & evacuation planning

• HIRA & JSA
• Site safety plans
• Equipment & lifting safety
• Work at height & excavation safety
• Traffic & public safety
• Occupational health
• Incident investigation
• Statutory compliance
• Environmental protection practices

• Quality vs inspection mindset
• Quality planning (PQP, QAP)
• Inspection & Test Plans (ITP)
• Method statements & checklists
• Material approval procedures
• Mock-ups & benchmarks
• Site quality documentation
• NCR, root cause & corrective action
• Rework cost & quality failures
• ISO 9001 relevance to construction
• Defect detection using AI
• Predictive quality assurance
• Safety risk prediction

• Green building concepts
• Waste reduction & reuse
• Sustainable procurement
• Role of CM in smart cities
• ESG concepts in construction

• AI-based scheduling & forecasting
• Safety & quality monitoring
• Smart procurement
• Digital dashboards for PMs

• Edge AI in Construction sites
• Interoperability Standards (IFC, MQTT, APIs)
• Autonomous Equipment Monitoring
• Digital Twin for Risk & Compliance Management
• Blockchain for Smart Infrastructure Data Integrity
• Closed-Loop Feedback Systems

• Autonomous Bricklaying Systems
• Robotic Rebar Tying & Assembly
• AI-Guided Construction Robotics
• Drone-Based Robotic Site Monitoring
• Human–Robot Collaboration on Construction Sites
• Robotics for High-Rise Facade Installation
• Robotic Welding & Steel Fabrication
• Safety Automation using Construction Robots

• AI-Based Schedule Forecasting
• AI-Driven Resource Allocation Planning
• AI-Powered Earned Value Analysis
• AI based delay analysis
• Predictive scheduling vs traditional CPM