MS Project for Civil Engineering Course

Lesson 1 • Configuring Project Properties

Sets project start date, calendar, and summary information fields. These settings govern all scheduling calculations throughout the project lifecycle.

Lesson 2 • Navigating the MS Project Environment

Covers the ribbon, backstage view, and quick-access toolbar. Establishes baseline navigation skills needed for every subsequent task in the course.

Lesson 3 • Creating and Saving Project Files

Teaches file creation, template selection, and save options including cloud and local storage. Connects proper file management to team collaboration practices.

Lesson 1 • Entering and Organizing Tasks

Covers manual task entry, indenting, and outdenting to create summary and subtask relationships. Proper hierarchy ensures accurate rollup of durations and costs.

Lesson 2 • Adding Milestones and Deliverables

Defines milestones for key civil engineering checkpoints such as permit approvals and inspections. Milestones serve as schedule anchors and progress indicators.

Lesson 3 • WBS Fundamentals for Civil Projects

Explains WBS principles and their application to civil engineering phases such as site prep, foundation, and structural work. Provides the conceptual basis for task entry.

Lesson 4 • Estimating and Entering Task Durations

Introduces duration units, estimation methods, and the impact of task type on scheduling. Accurate durations are essential for realistic civil project timelines.

Lesson 1 • Linking Tasks in MS Project

Demonstrates toolbar linking, drag-and-drop, and the Task Information dialog for creating dependencies. Efficient linking methods reduce schedule-building time on large projects.

Lesson 2 • Understanding Dependency Types

Explains Finish-to-Start, Start-to-Start, Finish-to-Finish, and Start-to-Finish relationships. Each type is illustrated with civil engineering examples such as concrete curing.

Lesson 3 • Validating Schedule Logic

Uses the Network Diagram and Task Inspector to identify and fix logic errors. A validated network is the prerequisite for meaningful critical path analysis.

Lesson 1 • Critical Path Method Fundamentals

Explains forward and backward pass calculations, early/late dates, and float. Provides the theoretical foundation required to interpret MS Project's CPM output.

Lesson 2 • Analysing Float and Schedule Flexibility

Teaches how to read total and free float columns and interpret their meaning for resource planning. Float analysis guides decisions on task sequencing and resource allocation.

Lesson 3 • Scenario Comparison with Multiple Baselines

Introduces interim baselines and the ability to compare schedule scenarios side by side. Scenario analysis supports informed decision-making during civil project planning.

Lesson 4 • Displaying the Critical Path in MS Project

Shows how to highlight the critical path using Gantt bar formatting and the Detail Gantt view. Visual identification of critical tasks enables faster decision-making on site.

Lesson 1 • Building the Resource Sheet

Covers entering resource names, types, max units, standard rates, and overtime rates. A complete Resource Sheet is the foundation for accurate cost and workload calculations.

Lesson 2 • Resource Calendars and Availability

Teaches how to set individual resource calendars for shifts, holidays, and part-time availability. Resource calendars ensure that scheduling reflects actual crew availability on site.

Lesson 3 • Understanding Task Type and Effort-Driven Scheduling

Explains how Fixed Units, Fixed Duration, and Fixed Work task types interact with resource assignments. Selecting the correct task type prevents unintended schedule changes.

Lesson 4 • Assigning Resources to Tasks

Demonstrates the Assign Resources dialog, Resource Names column, and split-screen assignment. Correct assignment links resource capacity to task duration and cost.

Lesson 1 • Identifying Resource Overallocations

Uses the Resource Usage view, Resource Graph, and overallocation indicators to locate conflicts. Early identification of overallocations prevents downstream schedule failures.

Lesson 2 • Manual Levelling Techniques

Covers splitting tasks, adjusting assignments, and using float to resolve conflicts without extending the project end date. Manual control preserves schedule intent.

Lesson 3 • Analysing Levelling Impact on Schedule

Compares pre- and post-levelling schedules to assess date slippage and critical path changes. Understanding levelling impact helps engineers make informed trade-off decisions.

Lesson 1 • Setting and Saving the Cost Baseline

Explains how to save a cost baseline and why it is the reference point for all variance analysis. The baseline captures the approved budget before project execution begins.

Lesson 2 • Generating Cost Reports

Covers built-in cost reports, visual reports, and custom report creation for stakeholder communication. Clear cost reporting is essential for civil project financial governance.

Lesson 3 • Setting Up Project Costs

Covers resource rates, fixed task costs, and cost accrual methods. Proper cost setup ensures that the budget reflects all civil project expenditure categories accurately.

Lesson 4 • Viewing and Analysing Cost Data

Uses the Cost table, Task Usage view, and Resource Cost view to examine planned costs. Cost visibility at task and resource levels supports proactive budget management.

Lesson 1 • Analysing Schedule Variance

Uses variance columns, the Tracking Gantt, and the Variance table to identify slippage. Variance analysis directs corrective action to tasks that threaten the project end date.

Lesson 2 • Updating the Project Status Date

Explains the status date concept and its effect on progress calculations and earned value. Consistent status date discipline ensures comparable reporting across update cycles.

Lesson 3 • Entering Actual Progress Data

Demonstrates percent complete, actual start/finish, actual duration, and remaining duration entry methods. Accurate actuals are the foundation of reliable schedule performance reporting.

Lesson 4 • Reporting and Communicating Project Status

Covers dashboard reports, custom views, and export options for civil project status communication. Effective reporting keeps stakeholders informed and supports timely decision-making.