Project Management Course: Basic to Advanced Certification

Master project planning, budgeting, risk management, and monitoring across the project life cycle, using work breakdown structures, critical path analysis, contingency planning, and structured execution and closure.

Define a project as a set of interdependent tasks coordinated to achieve specific objectives within a defined time, budget, and scope.

Explore how project management plans, organizes, executes, and closes tasks within time and budget, applying knowledge, skills, tools, and stakeholder communication across the life cycle to manage risks.

Explore the ten project management knowledge areas, including integration, scope, time, cost, quality, resources, communications, risk, procurement, and stakeholders, and learn how planning and execution align across the project.

Explore the project management processes from initiation to closing, including planning with work breakdown structure and budgeting, execution and monitoring, and evaluation through audits and change control.

Explain the work breakdown structure as a visual, hierarchical decomposition of project scope into deliverable activities and tasks, using a building project to show phases, tendering, and durations and dependencies.

Understand project network design basics, where activities are arrows, events are circles or squares, and the network flows left to right with a single start and end.

Identify the project critical path and critical activities by building the project network, calculating path durations, and selecting the longest path as the project duration.

Pert explains computing project standard deviation and variance, designs a project network, estimates activity times with optimistic, most likely, and pessimistic inputs, and identifies the critical path and project variance.

Explore project resources management by detailing people, materials, and equipment, applying resource loading and leveling with the work breakdown structure and project network, and using Gantt charts for resource planning.

Estimate and allocate project costs by evaluating resources for each activity, including overheads and admin costs, and build a gantt-based budget with daily cost distribution and a cumulative cost baseline.

Monitor project performance by comparing actual results to the base plan, detect deviations, and apply corrective actions using BCWS, BCWP, ACWP, CV, SV, CPI, and SPI.

Learn to identify, assess, and respond to project risks across the life cycle, from risk identification and assessment to risk response development, control, and monitoring.

FMEA provides a proactive, systematic method to identify potential failures, assess severity, occurrence, and detection, and prioritize actions using the risk priority number across industries like automotive, aerospace, and healthcare.

Explore the risks severity matrix, mapping likelihood and impact on a 1–5 scale to quantify risk levels from very low to extreme, with the x and y axes.

Develop and apply risk response strategies by selecting avoidance, mitigation, transfer, or acceptance based on risk severity, and continuously monitor, adjust, and document to enhance resilience.

Adopt a contingency plan to mitigate technical, schedule, cost, and funding risks, and establish a project contingency fund as a budgetary reserve based on risk assessment.