Diploma in (BIM) and Project Management Professional (PMP)

Explore the four phases of the project life cycle and the five process groups—initiation, planning, execution and monitoring and controlling, and closing—highlighting how risk and cost of change evolve.

Identify the main constraints: time, cost, scope, resources, quality, and risk, and manage them across the project lifecycle with early risk identification and planned responses.

Explain how a PMO differs from a project manager with a project-level focus. Describe the three PMO classifications—supportive, controlling, and directive—and their roles in resource sharing, standards, risk, and governance.

Explore project initiating by defining the project charter, business case, and high-level scope, and identify internal and external stakeholders to set objectives, milestones, budget, and risk.

Master the project planning processes across scope, schedule, cost, quality, resource, communications, procurement, risk, and stakeholder management to set up a project for success.

Develop a project management plan by consolidating scope, cost, schedule baselines, quality, risk, change management, and stakeholder plans into an integrated document.

Plan scope management to define, validate, and control project scope, avoiding scope creep and unrequired work; outputs include the scope management plan and the requirement management plan.

Collect requirements focuses on data mining and documenting stakeholders' needs to define scope, using inputs like project charter and budget management plan, and producing requirement documents and requirement traceability metrics.

Define the project scope by detailing the project and product description from collected requirements, producing a scope statement with acceptance criteria and updating related project documents.

Estimate the duration for each activity after sequencing and defining relationships, producing a duration estimate as output, using enterprise environmental factors and organizational assets for the basis.

Learn how to define and implement a cost management plan that guides how project costs are estimated, budgeted, managed, and controlled throughout the project lifecycle.

Learn to estimate the monetary resources needed to complete project work, apply the cost management process, and update project documents and the project management plan when changes occur.

Determine budget by aggregating estimated costs for activities into a cost baseline, enabling monitoring and control of project performance with management documents and contracts and outputs for funding requirements.

Learn the four-step quality management process: plan, manage, and control quality, and use quality metrics and plan updates to verify standards.

Plan resource management by defining and estimating physical and team resources, coordinating utilization to meet project goals. Produce a resource management plan and team charter to govern roles and updates.

Plan communications management, manage communications, and monitor communications to engage stakeholders with timely, accurate information through a documented, efficient transfer from sender to receiver.

Plan risk management by identifying risks, performing qualitative analysis of probability and impact, and using quantitative data to inform risk responses, including accept, transfer, or avoid, throughout the project lifecycle.

Explore qualitative risk analysis to assess probability and impact, and determine when quantitative risk analysis is necessary; learn to rank risks and focus on high-priority items.

Perform quantitative risk analysis uses numerical analysis to evaluate the combined effect of identified risks and other uncertainties on the project objective, revealing risk exposure and informing risk response planning.

Identify and engage project stakeholders, tailor an ethical plan to their needs and expectations, and continuously update the stakeholder engagement plan through initiation and planning to support project success.

Move from planning to executing the project, implementing what was planned, and addressing stakeholder engagement, quality, resources, team development, communication, risk, procurement, and integration management.

Manage project knowledge by capturing lessons learned from execution and sharing them to improve outcomes and organizational learning. Use existing knowledge and create new knowledge to support future projects.

Explore translating the quality management plan into executable quality activities through quality assurance, identifying defects, handling change requests, and using tests and evaluations to meet quality objectives.

Acquire resources by obtaining team members, facilities, equipment, and materials per the resource management plan, producing assignments, calendars, and change requests, with updates to the project management plan as needed.

Manage project communications by ensuring timely transfer of information from sender to receiver, enabling efficient flow between the project team and stakeholders, and update the project communication plan.

Explore project procurement management by conducting procurements to obtain seller responses, select a qualified seller, and form a contract, producing selected sellers and signed agreements for project execution.

Identify stakeholders who can positively or negatively affect a project, and plan how to manage their engagement and expectations to increase support and minimize resistance, including handling change requests.

Explore the monitoring and controlling process group, including monitor and control project work and integrated change control, governing scope, schedule, cost, quality, resources, and risks.

Execute integrated change control by reviewing and approving change requests, updating project documents and plans, and refreshing organizational process assets to manage risk across the project.

Validate scope formalizes acceptance of deliverables at each phase by verifying against defined criteria, linking project scope management to monitoring and controlling, and improving final product acceptance and cost estimation.

Use the control schedule process to monitor project status and update the schedule for change requests, preserving the schedule baseline and informing forecasts and work performance information.

Monitor the project against the updated cost baseline, manage changes, and control costs to maintain the budget; use performance data to forecast costs and adjust as needed.

Apply quality control to monitor and record outcomes of quality management activities, verify deliverables meet specifications, and produce verified and accepted deliverables for stakeholder acceptance.

Monitor and control communications to meet the information needs of the project and its stakeholders. Achieve stakeholder requirements and enable optimal information flow per the communication management plan.

Learn to monitor and control project risks by tracking identified risks, evaluating new threats, and implementing and updating risk responses through qualitative and quantitative analysis.

Control procurement by monitoring contract performance, making necessary changes, and closing contracts to ensure seller and buyer meet project requirements per the legal agreement.

Monitor stakeholder engagement to maintain the efficiency and effectiveness of relationships as the project evolves. Use work performance data and change requests to update engagement strategies for successful stakeholder engagement.

This chapter explains the closing process as the final phase, including project closure and fees, and reaching integration management to formally close the project.

Explore building information modeling (BIM) foundations, identify business needs and procurement, develop a BIM execution plan, mobilize the team, progress and validate models, and finalize handover.

Demonstrate how building information modeling enables lifecycle information management by unifying stakeholders across planning, design, construction, and operation, while reducing information loss from traditional silos.

Utilize BIM to advance sustainability in design and construction, reducing energy use, waste, and emissions across the life cycle through renewable resources and stakeholder collaboration.

Explore how building information modeling (BIM) enables facility management across planning, design, construction, and operation, empowering asset management, maintenance, and lifecycle updates.

Explore the BIM information delivery cycle, detailing how information requirements, an information model, and a common data environment drive exchange across assessment, procurement, mobilization, design, build, handover, and operation.