COURSE OVERVIEW:
Welcome to the Applying Project Management Systems in Construction Trades Operations course. This program has been designed to build a structured and practical understanding of how project management systems are applied within construction trade environments to support safe delivery, efficient coordination, and successful project outcomes.
Construction trade projects operate within complex, time-critical, and highly interdependent environments. This course begins by introducing the purpose of project management systems in construction trades, examining the unique characteristics of trade-based projects and the operational challenges they present. It explores the roles and responsibilities of individuals within construction project teams and provides an overview of how integrated project management systems support coordination, accountability, and consistency across trade operations.
Project integration management is essential for aligning multiple activities and disciplines. This section examines how integrated project management plans are developed for trade operations, how activities are coordinated across different trades, and how interdependencies between tasks, work stages, and site activities are managed. It highlights the importance of monitoring overall project performance to ensure alignment between operational delivery and project objectives.
Effective stakeholder management is critical on construction sites. This section explores how to identify internal and external stakeholders, analyse their expectations and influence, plan engagement strategies, and manage relationships and interactions in dynamic site environments where multiple parties operate simultaneously.
Clear scope management ensures construction trade projects remain controlled and predictable. This section examines defining project scope and deliverables, developing work breakdown structures for trade activities, preventing scope creep, and verifying and controlling scope throughout the project lifecycle.
Project benefits management ensures that construction projects deliver value beyond task completion. This section explores identifying expected project benefits, aligning outcomes with business and operational objectives, tracking benefits during execution, and reviewing achievement at project close.
Risk management is a core component of construction project delivery. This section examines identifying operational, safety, and delivery risks, assessing likelihood and impact, implementing treatment strategies, and maintaining up-to-date risk registers as site conditions and activities change.
Schedule management supports timely project completion. This section explores developing realistic schedules, sequencing trade activities, managing dependencies, monitoring progress, and responding to delays, disruptions, and recovery requirements common in construction environments.
Cost management ensures financial control across trade operations. This section examines estimating costs for labour, materials, and plant, establishing budgets, monitoring expenditure, managing cost variances, and forecasting final project costs to minimise financial risk.
Resource management focuses on effective use of people and assets. This section explores planning and allocating labour, equipment, and materials, managing subcontractors and crews, and monitoring productivity across concurrent trade activities.
Procurement management supports access to materials and services required for construction delivery. This section examines planning procurement activities, selecting suppliers and subcontractors, managing contracts and documentation, and monitoring supplier performance and compliance.
Quality management ensures construction work meets required standards. This section explores defining quality specifications, implementing assurance processes, conducting inspections and testing, and managing defects, non-conformances, and corrective actions on site.
Communication management underpins coordination across trades. This section examines developing communication plans, managing site meetings and reporting, ensuring effective information flow, and addressing communication breakdowns that can impact safety and delivery.
Configuration management ensures consistency of technical information. This section explores controlling documents, drawings, and specifications, managing version control, tracking changes, and ensuring accurate information is available on site.
Change management is essential in dynamic construction environments. This section examines identifying and assessing change requests, understanding impacts on scope, time, and cost, approving changes, and communicating them effectively to all affected trades and stakeholders.
Issue management supports proactive problem resolution. This section explores identifying and recording issues, analysing root causes, implementing resolution strategies, and monitoring actions until closure to minimise project disruption.
Finally, the course concludes with closing, reviewing, and improving construction trade projects. This section examines formal completion and handover processes, reviewing performance against objectives, capturing lessons learned, and embedding continuous improvement into future construction trade operations.
By the end of this course, you will be equipped with the knowledge, systems understanding, and practical frameworks required to apply project management systems effectively within construction trade operations, supporting coordinated delivery, controlled risk, and improved project performance.
Each section is complemented with examples to illustrate the concepts and techniques discussed.
LEARNING OUTCOMES:
By the end of this course, you will be able to understand the following topics:
1. Introduction to Project Management in Construction Trades
- Purpose of project management systems in construction trade operations
- Characteristics of construction trade projects and operational environments
- Roles and responsibilities within construction trade project teams
- Overview of project management system integration across trade operations
2. Project Integration Management
- Developing integrated project management plans for trade operations
- Coordinating activities across multiple construction trades
- Managing interdependencies between tasks, trades, and stages of work
- Monitoring overall project performance and operational alignment
3. Project Stakeholder Management
- Identifying internal and external construction project stakeholders
- Analysing stakeholder expectations, influence, and responsibilities
- Planning stakeholder engagement across project stages
- Managing stakeholder relationships and site-based interactions
4. Project Scope Management
- Defining construction trade project scope and deliverables
- Developing work breakdown structures for trade-based activities
- Controlling scope boundaries and preventing scope creep
- Verifying and controlling scope throughout project delivery
5. Project Benefits Management
- Identifying expected benefits of construction trade projects
- Aligning project outcomes with operational and business objectives
- Tracking benefits realisation during project execution
- Reviewing benefits achievement at project completion
6. Project Risk Management
- Identifying operational, safety, and delivery risks in construction trades
- Assessing risk likelihood and impact on project outcomes
- Implementing risk treatment and control strategies
- Monitoring, reviewing, and updating project risk registers
7. Project Schedule Management
- Developing construction trade project schedules and timelines
- Sequencing trade activities and managing dependencies
- Monitoring progress against planned schedules
- Managing delays, disruptions, and schedule recovery actions
8. Project Cost Management
- Estimating project costs for labour, materials, and plant
- Establishing and managing construction project budgets
- Monitoring expenditure and controlling cost variances
- Forecasting final costs and managing financial risks
9. Project Resource Management
- Planning labour, equipment, and material resources
- Allocating resources across concurrent trade activities
- Managing subcontractors, crews, and site resources
- Monitoring resource performance and productivity
10. Project Procurement Management
- Planning procurement activities for construction trade projects
- Selecting suppliers, subcontractors, and service providers
- Managing procurement contracts and documentation
- Monitoring supplier performance and compliance
11. Project Quality Management
- Defining quality standards and specifications for trade work
- Implementing quality assurance processes on site
- Conducting inspections, testing, and quality checks
- Managing defects, non-conformances, and corrective actions
12. Project Communication Management
- Developing communication plans for construction trade operations
- Managing site meetings, reporting, and documentation
- Ensuring effective information flow between trades and stakeholders
- Addressing communication breakdowns and resolving issues
13. Project Configuration Management
- Controlling project documents, drawings, and specifications
- Managing version control and document approvals
- Tracking configuration changes across project stages
- Ensuring consistency of technical information on site
14. Project Change Management
- Identifying and documenting project change requests
- Assessing impacts of changes on scope, time, and cost
- Approving and implementing construction project changes
- Communicating changes to affected trades and stakeholders
15. Project Issue Management
- Identifying and recording operational and site-based issues
- Analysing root causes and potential project impacts
- Developing and implementing issue resolution strategies
- Monitoring issue resolution and closing actions
16. Closing, Reviewing, and Improving Construction Trade Projects
- Formal project completion and operational handover processes
- Reviewing project performance against objectives
- Capturing lessons learned for future trade projects
- Supporting continuous improvement in construction trade operations
COURSE DURATION:
The typical duration of this course is approximately 2-3 hours to complete. Your enrolment is Valid for 12 Months. Start anytime and study at your own pace.
COURSE REQUIREMENTS:
You must have access to a computer or any mobile device with Adobe Acrobat Reader (free PDF Viewer) installed, to complete this course.
COURSE DELIVERY:
Purchase and download course content.
ASSESSMENT:
A simple 10-question true or false quiz with Unlimited Submission Attempts.
CERTIFICATION:
Upon course completion, you will receive a customised digital โCertificate of Completionโ.