Construction Project Management - Complete Guide

Master the strategic art of construction estimating to win work and profit, using top-down and bottom-up methods, assess risk and overheads, with practical examples and a specialist spreadsheet.

Estimate construction costs by forecasting materials, labor, equipment, and subcontractors from drawings into dollar value. Use estimates for feasibility, bidding, and cost control, with rough, budget, detailed, and definitive types.

Learn how estimating drives profit in a commoditized construction market by balancing price, risk, and contract terms, and by defining inclusions, exclusions, and scope to secure profitable work.

Understand construction costs by separating direct costs (labor, materials, plant, and subcontract costs) from indirect costs, recurring and non-recurring, to build a complete estimate with contingency and margin.

Compare two main estimating methods for construction costs: top down budget estimates and bottom up first principles estimates, detailing direct and indirect costs, accuracy, and traceable pricing.

Learn how estimating guides feasibility, tendering, construction budgeting, and closeout across the project life cycle. Use top-down and bottom-up methods, cost control, and forecasting to price, manage, and improve tenders.

Apply top down estimating to derive a rough order of magnitude price from reference projects, compute a unit rate per watt, scale to the new project, and document assumptions.

Discover first principles estimating by building a bottom-up cost model from a work breakdown structure, calculating direct and indirect costs, applying risk and margins, and presenting a client offer.

Learn how to estimate direct costs in construction by summing labor, plant and equipment, materials, and subcontractor costs, using productivity factors and on costs.

Explore indirect costs in construction project management, including site supervision, facilities, temporary works, utilities, permits, mobilization and demobilization, and learn how time drives and calculates these running costs.

Manage risk and opportunity in construction estimates by addressing uncertainty, unclear scope, price changes, productivity, and contract terms, then pursue value engineering, bulk procurement, and client relationships as opportunities.

Apply a business-minded approach to pricing by calculating overhead recovery and setting profit margins that reflect risk, competition, and project type.

Review the estimate to confirm scope and avoid losses, then submit a detailed quotation with a letter of offer, exclusions, assumptions, and terms.

Master the estimating process by building a detailed bottom-up estimate, including indirect costs, risk, profit margins, terms and conditions, then summarize and submit to the client.

Master construction project scheduling by defining scope, quantities, dependencies, and resourcing, tracking progress against the baseline, and integrating critical path, lean, and agile methods to prevent delays.

Explore how scheduling is used on construction projects, from unrealistic baselines to a reporting tool, and why experienced managers rely on contracts and estimates to deliver complex builds.

Scheduling converts expert knowledge into a clear baseline, identifies clashes, optimizes sequence, and serves as the source of truth for progress and cash flow, enabling faster completion and better margins.

Understand construction scheduling as planning and managing when tasks occur, capturing mandatory and discretionary linkages, durations, dependencies, and the master schedule with a Gantt chart, milestones, and critical path.

Learn core scheduling concepts for construction project management, including activities, milestones, durations, dependencies, resources, critical path, float, constraints, baseline schedule, and optimization techniques such as fast tracking and crashing.

Develop a construction schedule by building a work breakdown structure, sequencing tasks, estimating durations, and using a Gantt chart to optimize the critical path with stakeholder review.

transform plans into action by turning the master schedule into a detailed to do list and short range program, using pull planning and activity lead times to coordinate on-site tasks.

Monitor and control project schedules by tracking progress, comparing against the baseline, and selecting treatments for delays on critical path and near-critical tasks.

Identify the ten biggest scheduling mistakes across planning, logic, communication, and monitoring and adaption. Engage the team, avoid copying templates, reflect reality, and update the plan.

Discover how construction contracts shape margins, cash flow, and risk across four domains: upstream tendering, downstream procurement, head contract administration, and subcontract administration.

Understand how contracts matter in construction, enabling collaboration across diverse experts. Effective contract management boosts profit, reduces risk, and improves cash flow by clarifying scope, payments, and responsibilities.

Explore the elements of a contract, including offer, acceptance, consideration, intention to create legal relations, capacity, and certainty of terms, underpinned by common law and enforceable rights and obligations.

Explore core concepts of construction contracts management, including buyer and contractor roles, contract models, the flow-down of requirements, and the formation and administration stages with upstream and downstream processes.

Think of a construction contract as a rulebook that defines the scope of works, payment mechanisms, and risk, and outlines structure (general and special conditions, attachments) for variations and termination.

Compare contract models that assign design and construction duties, risk, and payments, including construct-only, design and construct, cost reimbursable, lump sum, cost-plus, target cost, and construction management.

This lecture explains contract management as the rulebook for project delivery. Learn to form and administer upstream and downstream contracts, including procurement, variations, and records to protect entitlements.

Learn how tendering head contract formation balances price and terms to secure profit, while managing risk through estimates, qualification registers, and clear departures that anchor favorable contract conditions.

Learn how to form procurement subcontracts after the head contract, define packages, issue tender packages to multiple subcontractors, evaluate bids for value and capability, negotiate terms, and back-to-back contracts.

Master head contract administration by coordinating payments, reporting, and compliance while managing changes, notices, and entitlements to protect margins and minimize disputes.

Master construction project risk management by identifying uncertainty, assessing risk types, and implementing end-to-end strategies to mitigate environmental, health and safety, and cash risks, illustrated with a practical case study.

Explore why risk management matters in construction by linking planning to delivery, identifying uncertainties, assessing impact, and implementing response plans to protect budgets, schedules, and safety.

Learn how risk management turns uncertainty into action in construction projects by identifying, assessing, planning, and monitoring risks and opportunities, using a risk register to track causes, events, and consequences.

Explore construction project risk management by differentiating event and non-event risks, known and black-swan risks, and common categories like technical, financial, and external risks; develop resilience and risk ranking.

Identify, assess, plan, and monitor risks on construction projects using a four-step risk management process; collaboratively manage the risk register, assign owners, and update plans to address threats and opportunities.

Master construction project risk management to finish on time and under budget by identifying, analyzing, and treating risks across technical, construction, health and safety, environmental, commercial, and external categories.

Identify and manage health and safety risks on construction projects with the hierarchy of controls. Use swms, safety in design, and toolbox talks to uphold ethical and legal obligations.

Apply a wind farm risk management case study from context to treatment. Explore how transport, weather, supply chain, and environmental compliance drive monitoring and contingency planning.

Learn how construction quality and completions drive profits through disciplined inspections, test plans, punch lists, and closeout, with simple, effective strategies applicable to any project.

Quality acts as the ticket to play in construction, ensuring compliance, contract adherence, and certification like ISO 9001. Proactive quality management protects profits, prevents delays, and speeds project closeout.

Define core concepts of construction quality and completions, including product and process requirements, and show how systems engineering ties design, testing, and handover to project closure.

Master construction quality management by ensuring the finished product matches drawings and specifications. Implement inspection and test plans, punch lists, rfis, and commissioning for planning, execution, and handover.

Learn to become a construction project manager by effectively managing non-conformances, which a Construction Industry Institute study shows can raise costs by 10% and delay schedules by about 7%.

Apply a quality management process to identify, record, and close defects through inspections and punch lists, reducing rework, costs, and time while ensuring safety and value.

Master completions management in construction by defining types of completion, aligning with quality management, and delivering required handover documents, commissioning, asset register, and maintenance manuals on time.

Master the most common quality and completions mistakes in construction, including poor document control and overcomplicated QA, and adopt disciplined, simple practices for early requirements and on-time handover.

Apply project controls to analyze the right data and communicate outcomes that improve profitability. Track progress against budget and schedule with earned value management to spot cost overruns early.

Project controls change behavior by measuring and reporting costs and progress, enabling early detection of overruns and proactive decisions to protect profit, time, and reputation.

Discover how project controls link planning and execution through baselines, work breakdown structure, and performance measurement to monitor, forecast, and correct cost, time, and scope.

Integrate project controls with estimating, scheduling, design management, contract management, quality, risk, and procurement to track costs, timelines, and scope, preventing scope creep and aligning plans with reality.

Apply a step-by-step framework for project controls in construction, covering feasibility, baselines, cost codes, schedule and earned value management, crashing, and fast-tracking to manage subcontracted and self-perform work.

Explore project controls tools and techniques, including cost tracking and forecasting sheets, cost codes, variations, and earned value management to monitor budgets, schedules, cash flow, and s-curves.