Microsoft Project Features: A Complete Guide to All MS Project Capabilities

The Microsoft Project features covered in this guide include task management, Gantt charts, resource allocation, earned value tracking, reporting, and Microsoft 365 integration — everything a project manager or business analyst needs to plan and deliver projects effectively.

The Microsoft Project features covered in this guide include task management, Gantt charts, resource allocation, earned value tracking, reporting, and Microsoft 365 integration — everything a project manager or business analyst needs to plan and deliver projects effectively.

If you are looking for an overview of why MS Project is valuable — the business benefits, pros and cons, pricing, and who should use it — see our companion guide: 10 Key Benefits of Microsoft Project. This article focuses exclusively on how each feature technically works and how to configure it.

Microsoft Project Key Features — Core Scheduling Capabilities

Microsoft Project’s scheduling engine is the technical core of everything else. Before configuring any feature, the project manager must understand how MS Project calculates schedules, what each view shows, and how changing one element ripples through the rest of the plan.

1. Task Management — Configuration and Setup

MS Project structures all project work as tasks within a hierarchy called the Work Breakdown Structure (WBS). Understanding how to build and configure tasks correctly is the technical foundation of every MS Project schedule.

Task Types — How MS Project Recalculates Schedules

Every task in MS Project has a task type that controls how the scheduling engine responds when you change duration, work, or resource assignments. This is one of the most misunderstood settings in MS Project and the most common cause of unexpected schedule changes.

Setting Task Dependencies and Lead/Lag

Task dependencies define the sequence in which tasks must happen. MS Project supports four dependency types, each with optional lead time (starting before the predecessor finishes) or lag time (a delay after the predecessor finishes).

Lead and lag: Add lead or lag to any dependency by double-clicking the dependency line in the Gantt chart or editing the Predecessors field. Enter a negative number for lead time (e.g., -2d means Task B starts 2 days before Task A finishes) and a positive number for lag (e.g., 3d means Task B starts 3 days after Task A finishes). Lead time is one of the most powerful scheduling techniques for compressing project timelines.

Critical Path — How to Find and Display It

The critical path is the longest sequence of dependent tasks that determines the minimum project duration. Any delay on the critical path delays the project end date. MS Project calculates the critical path automatically based on task dependencies, durations, and constraints.

To display the critical path: Format tab → Bar Styles → check ‘Critical’ → critical tasks appear in red. Alternatively, use the Network Diagram view (View tab → Network Diagram) to see the full dependency network with critical path highlighted. To show total float for each task, add the ‘Total Slack’ column to the Gantt chart — tasks with zero total slack are on the critical path.

• Related: For how BAs use task breakdown in requirements tracing, see our business analyst best practices guide

2. Gantt Chart — Configuration and Views

The Gantt chart is MS Project’s default view and the one most stakeholders interact with. Knowing how to configure it precisely is essential for producing professional project schedules.

Adding Columns and Customising the Task Table

The left panel of the Gantt chart is a table that can display any task field. To add a column: right-click any column header and select Insert Column, then choose the field from the dropdown. Useful columns to add beyond the default set: Baseline Start, Baseline Finish, Total Slack, Cost, % Complete, Resource Names, and Predecessors.

To create a custom text column for tracking additional information (such as a requirements reference number): Insert Column → select Text1, Text2, etc. → right-click the column header → Field Settings → rename to ‘Requirements Ref’ or any label. Custom text fields persist in the MPP file and can be used in filters and reports.

Setting the Timescale and Non-Working Time

Double-click the timescale at the top of the Gantt chart to open the Timescale dialog. Set the top tier (months/quarters), middle tier (weeks), and bottom tier (days) independently. For long programmes, set the middle tier to months and hide the bottom tier. For sprint-level scheduling, show all three tiers with the bottom tier at days or hours.

Non-working time (weekends, public holidays) appears as grey shading on the Gantt chart and is controlled by the project calendar. To modify the base calendar: Project tab → Change Working Time. Add exceptions for company holidays. Assign different calendars to specific resources or tasks where needed.

Tracking Gantt — Displaying Baseline vs Actual

Once a baseline is set (Project tab → Set Baseline → Set Baseline), switch to the Tracking Gantt view (View tab → Other Views → Tracking Gantt). Each task shows two bars: the baseline bar (grey, below) and the current schedule bar (blue or red, above). Red bars indicate the task is on the critical path. If a task has slipped, the current bar extends beyond the baseline bar — the gap is visually proportional to the delay.

For BAs: The Tracking Gantt is the standard view for requirements delivery milestone reviews. Add the Baseline Finish and Finish Variance columns to the task table to show stakeholders exactly which deliverables are on schedule and which have slipped, and by how many days. This replaces manual status report preparation.

3. Resource Allocation — Technical Setup

Resource management in MS Project begins with the Resource Sheet (View tab → Resource Sheet). Each row represents one resource. The key fields to configure correctly at setup are: Type (Work, Material, or Cost), Max Units (maximum availability as a percentage — 100% = one full-time person, 50% = half-time), Standard Rate, Overtime Rate, and Base Calendar.

Resource Types and When to Use Each

Cost Rate Tables — Setting Standard, Overtime, and Per-Use Rates

Double-click any Work resource in the Resource Sheet to open the Resource Information dialog. The Costs tab shows Cost Rate Table A (the default). Each table has columns for Effective Date, Standard Rate, Overtime Rate, and Per Use Cost. Add multiple rows to show rate changes over time — MS Project applies the rate in effect on each task’s start date automatically.

Cost Rate Tables B through E allow different rates for different types of work by the same resource. For example, a consultant may charge a standard rate for development work (Table A) and a higher rate for facilitation work (Table B). Assign the appropriate table in the Assignment Information dialog when assigning the resource to each task.

Resource Levelling — Settings and Options

When resources are over-allocated (shown in red in the Resource Sheet and Resource Usage view), MS Project’s levelling feature resolves conflicts by delaying or splitting tasks. Access levelling settings via Resource tab → Level All, or Resource tab → Leveling Options for fine-grained control.

Key levelling settings: Levelling order (Standard, ID Only, or Priority/Standard) — Standard uses slack, free float, dependencies, and priority to determine which tasks to delay. Levelling can create splits: MS Project breaks a task into two segments with a gap between them. Check ‘Levelling can split remaining work’ only if your methodology accepts split tasks. Review the Levelling Gantt view (View → Other Views → Leveling Gantt) after levelling to see which tasks were moved and by how much.

• Related: For BAs preparing for CBAP certification, earned value management is a tested knowledge area.

4. Project Tracking — Baselines, Actuals, and Variance

Setting the baseline (Project tab → Set Baseline) saves a snapshot of the current plan — start dates, finish dates, duration, work, and cost — into the Baseline fields (Baseline Start, Baseline Finish, Baseline Work, Baseline Cost). Once the baseline is set, these fields never change unless you deliberately reset the baseline.

Entering Actuals and Reading Variance

Enter actuals via the Tracking toolbar or the Update Tasks dialog (Task tab → Mark on Track dropdown → Update Tasks). For each completed or in-progress task, enter Actual Start, Actual Finish (if complete), % Complete, and Actual Work. MS Project then populates the variance fields automatically.

Setting Up Traffic Light Indicators

MS Project does not have built-in traffic light columns, but they are easy to add using custom flag or indicator fields. Insert a new column → select Indicator1 or use a Graphical Indicator format on any number field. Right-click the column header → Field Settings → Graphical Indicators. Set threshold values: CPI below 0.9 = red, 0.9 to 1.0 = amber, above 1.0 = green. The indicator appears as a coloured icon in the column automatically.

5. Reporting — Technical Setup and Customisation

MS Project’s built-in reports are accessed via Report tab → View Reports. Reports are grouped into five categories: Dashboards, Resources, Costs, In Progress, and Getting Started. Each report opens as a visual page with charts and tables that pull live data from the project file.

Customising a Built-In Report

Click any element in a report to select it — charts, tables, and text boxes are all individually editable. Right-click a chart and select Edit Data to change which fields are displayed and how they are grouped. Use the Report Tools Design tab to change chart types, apply themes, add shapes, and insert images such as company logos. Reports created this way are saved inside the MPP file and are available every time the file is opened.

Connecting MS Project to Power BI via OData

Project Online (Plan 3 and Plan 5) supports OData feeds that Power BI can connect to directly. In Power BI Desktop: Get Data → OData Feed → enter your Project Online OData URL (format: https://[yourtenant].sharepoint.com/sites/pwa/_api/ProjectData/). Select the tables you need (Tasks, Resources, Assignments, Projects) and load them into Power BI.

This connection is live — refreshing the Power BI report pulls current data from Project Online. For PMOs managing multiple projects, this enables portfolio-level dashboards that consolidate schedule, cost, and resource data from all active projects in one view. Desktop MS Project (non-cloud) can export to Excel as an intermediate step for Power BI connection.

• Related: Follow our guide on Introduction to Power BI

6. Team Collaboration — Technical Setup

Adding an MS Project plan as a tab in Microsoft Teams requires Project for the Web or Project Online (not desktop MS Project). In the Teams channel: click the + tab icon → search for ‘Project’ → select the Project app → choose the project to display. Team members with at least a Project Plan 1 licence can view the schedule and update their assigned tasks directly in Teams.

SharePoint Integration — Linking Documents to Tasks

In Project Online, each project automatically gets a SharePoint team site at the URL: https://[tenant].sharepoint.com/sites/[projectname]. Store project documents, risk registers, issue logs, and meeting minutes in this site’s document library. To link a specific document to a task in MS Project: in the Task Information dialog → Notes tab → Insert Object → Link to File → navigate to the SharePoint document URL. The link appears as a clickable attachment in the Gantt chart.

Permission Levels in Project Online

Advanced Microsoft Project Features

7. Microsoft 365 Integration — Technical Connections

MS Project’s integration with the Microsoft 365 ecosystem operates at multiple technical levels. Understanding which integrations are available in which plan tier prevents common configuration errors.

8. Microsoft Project Online vs Project for the Web — Technical Comparison

These two cloud products are frequently confused. They have different technical architectures, different feature sets, and different Microsoft 365 integration depths.

• For official plan pricing and feature comparison, see the Microsoft Project plans page.

9. AI and Copilot Features in Microsoft Project

Microsoft Copilot is available in Project Plan 3 and Plan 5 for subscribers who also have a Microsoft 365 Copilot licence. Copilot in MS Project is accessed through the Copilot pane, which opens as a side panel within Project Online or Project for the Web.

What Copilot Can Do in MS Project

For BAs: Copilot’s status summary capability reduces one of the most time-consuming BA tasks — translating Gantt chart variance data into a readable stakeholder narrative. A BA managing requirements delivery timelines can generate a draft status report in seconds rather than spending 30-45 minutes manually extracting and writing it.

10. Advanced Views, Custom Fields, and the MPP File Format

MS Project includes over 25 built-in views. The ones most useful beyond the default Gantt chart are: Network Diagram (shows the full dependency graph — useful for identifying loops and visualising critical path logic), Resource Usage (shows hours per resource per day across all tasks — the key view for workload analysis), Task Usage (shows hours per task per resource per day — useful for checking individual assignment loads), and Team Planner (drag-and-drop visual resource assignment — Project Professional only).

Custom fields allow project managers to capture additional data not in the default field set. Insert a new column → choose from Number1-20, Text1-30, Date1-10, Flag1-20, Duration1-10, or Cost1-10 fields. Custom fields can have: a renamed label (right-click header → Field Settings), a formula (calculates a value from other fields), or a lookup table (a defined list of valid values). Custom fields are one of the most powerful but least used features in MS Project — they enable project-specific tracking without any programming.

The MPP file format is a proprietary binary format. MPP files can only be opened natively by MS Project. To share with stakeholders who do not have MS Project: File → Export → Save Project as File → select PDF (exports a visual snapshot), Excel Workbook (exports task/resource data as tables), or XML (for interoperability with other PM tools). The XML export is the most complete representation of the project data and can be imported by Project Libre and other open-source alternatives.

Microsoft Project vs Alternatives — Feature Comparison

Microsoft Project is built for scheduling complexity that lighter tools cannot handle. Here is a precise technical comparison against the four most commonly evaluated alternatives:

The technical differentiator is scheduling depth. MS Project is the only tool in this table with all four dependency types, automatic critical path, full EVM, and native Microsoft 365 integration. For enterprise project environments requiring PRINCE2, PMI, or BABOK-aligned governance, no alternative tool provides equivalent functionality at the scheduling layer.

Summary: Microsoft Project Features by Category

The following table summarises all features covered in this guide by category — useful as a quick reference when evaluating MS Project for a specific project need.

For the business case behind these features — ROI, governance benefits, stakeholder value, and who should use MS Project — see our companion guide: 10 Key Benefits of Microsoft Project.

Frequently Asked Questions: Microsoft Project Features