Project Delivery Dashboard Mockup Template

The Project Delivery dashboard template is a one-page status layout for PMO leads and delivery managers, built to decide which portfolios are slipping and which blockers need escalation this week. It shows on-time delivery rate, sprint velocity, open blockers, resource utilization, cycle time and project status by portfolio.

Project Delivery dashboard template mockup with header and filters, kpi row, velocity and on-time delivery row, status and blocker row

Click the mockup to open it full size

About this template

Operations

A delivery-team status layout: on-time delivery and velocity KPIs, a project status table, an open-blockers list, and resource utilisation. Built for the internal weekly delivery review and portfolio roll-ups.

Metrics this dashboard tracks

  • On-time delivery rate
  • Sprint velocity
  • Open blockers / risks
  • Resource utilisation
  • Project status (RAG)
  • Scope change

What's on the Project Delivery dashboard?

Section What it shows Why it's here
Header and filters Title card, date range picker, two dropdown filters The report title ("Project Delivery Status Dashboard"), a subtitle, a data last updated date, a date range (Jan 1 to Mar 31, 2026) with its comparison period (Oct 1 to Dec 31, 2025), and filters for portfolio and project status. Fixes the reporting period and its comparison period up front, so every change shown below is read against the same baseline, and lets one page cover any portfolio.
KPI row Five KPI cards On-time delivery rate (87.4%), sprint velocity in story points (342), open blockers and risks (23), resource utilization (91.2%) and average cycle time in days (6.8), each with a change versus the previous quarter or sprint, colored green or red. Gives the delivery health in five numbers before any chart is read, and the red change on open blockers shows at once that the one metric getting worse is the one to ask about.
Velocity and on-time delivery row Line chart, gauge chart A line chart of sprint velocity in story points across Sprint 1 to Sprint 12, one line per portfolio (Digital Transformation, Customer Experience, Data & Analytics, Infrastructure Modernization), beside a gauge of on-time delivery rate (87.4%) on a 0 to 100% scale against a 90% target. The trend shows whether each portfolio is speeding up or stalling, and the gauge shows how far the overall on-time rate sits from its target, so the reader knows if the gap is a one-sprint dip or a pattern.
Status and blocker row Heatmap table, table A project status table with portfolios as rows and On Track, At Risk and Delayed as columns (darker cells for higher project counts, 49 projects in total), beside an open blockers list with project, portfolio, blocker, days open and severity. Shows which portfolio carries the at-risk and delayed projects, then names the specific blockers behind them, so the review ends with owners and actions rather than only a status count.

What each metric means

On-time delivery rate

  • Definition: The share of projects, milestones or work items delivered on or before their planned date in the period. Companies differ on the unit counted and on whether a re-baselined date counts as on time, so state which rule your report uses.
  • Formula: On-time delivery rate = items delivered on or before planned date / items delivered in the period
  • Why it matters: It is the headline measure of whether the delivery organisation keeps its commitments.
  • Why a KPI card: A single percentage with a change versus the previous quarter is what a status review reads first.

On-time delivery rate versus target

  • Definition: The same on-time delivery rate shown on a 0 to 100% scale with the target (90% on this layout) marked, so the distance to target is visible.
  • Why it matters: A rate on its own does not say whether it is good enough. The target turns it into a pass or a gap.
  • Why a gauge chart: A gauge suits one value that has a fixed range and a target, which is the case for a percentage with a goal.

Sprint velocity

  • Definition: The number of story points a team completes in one sprint. Story points are estimated by each team, so velocity is best compared with the same team over time, not across teams with different estimating habits.
  • Formula: Sprint velocity = sum of story points for items completed in the sprint
  • Why it matters: It shows the pace a team can sustain, which is the basis for forecasting how much work fits in future sprints.
  • Why a KPI card: The card shows the latest sprint total with its change versus the previous sprint, which is how velocity is usually discussed.

Sprint velocity trend by portfolio

  • Definition: Velocity for each sprint plotted as one line per portfolio, so the pace of each portfolio is visible over twelve sprints.
  • Why it matters: One sprint is noisy. Several sprints show whether the pace is rising, flat or falling.
  • Why a line chart: Lines over an ordered sequence of sprints make the direction and the gaps between portfolios easy to follow.

Open blockers and risks

  • Definition: The count of unresolved issues and risks that are stopping or threatening project work. Teams differ on whether a risk that has not yet happened counts as a blocker, so define the two terms in the report.
  • Formula: Open blockers = count of blocker and risk records with status open
  • Why it matters: Blockers are the most direct cause of delay, so a rising count is an early warning before delivery dates slip.
  • Why a KPI card: A count with a red increase draws the eye to the one KPI on the row that is moving the wrong way.

Resource utilization

  • Definition: The share of available working time that is allocated to project work. Calculations vary: some use billable hours, others planned or logged hours, and capacity may or may not net out leave. A very high rate leaves no slack for unplanned work.
  • Formula: Resource utilization = hours worked or allocated on projects / available hours
  • Why it matters: It shows whether the team is overloaded or underused, which affects both delivery risk and cost.
  • Why a KPI card: One percentage compared with the previous quarter is enough, since the useful action is to ask whether capacity is too tight.

Average cycle time

  • Definition: The average number of days a work item takes from the moment work starts to the moment it is done. Some teams start the clock at creation, which is closer to lead time, so say which one is used.
  • Formula: Average cycle time = average of (done date - start date) for completed items
  • Why it matters: It shows how quickly work flows through the team, and a falling number suggests less waiting between steps.
  • Why a KPI card: A single figure in days with a green decrease shows at a glance that work is moving faster.

Project status by portfolio

  • Definition: The count of projects in each status (On Track, At Risk, Delayed) for each portfolio, with row and column totals. How a project earns each status is a company rule, often set by schedule, budget and risk checks.
  • Formula: Cell value = count of projects in the portfolio with that status
  • Why it matters: It shows where the trouble sits and how big it is relative to each portfolio.
  • Why a heatmap table: Shading cells by count lets the reader find the portfolio with the most at-risk or delayed projects without reading every number.

Open blockers list

  • Definition: A row for each open blocker with the project, portfolio, blocker description, number of days it has been open and its severity (such as Critical or High).
  • Why it matters: It names what is stuck and for how long, so someone can be asked to resolve it.
  • Why a table: Each blocker has several attributes that must be read together, which a table lays out in columns.

Data you need to build this

  • Project or portfolio management tool (Jira, Azure DevOps, Asana, Smartsheet or similar) Project ID, Project name, Portfolio, Status (on track, at risk, delayed), Planned delivery date, Actual delivery date, Work item start date, Work item done date, Sprint, Story points completed
  • Risk and issue register Blocker or risk ID, Project, Description, Opened date, Status, Severity, Owner
  • Resource planning or timesheet system Person, Project, Allocated or logged hours, Available hours, Period
  • Targets sheet Portfolio, On-time delivery target, Comparison period

Why it's laid out this way

  • The five KPI cards sit directly under the filters so the overall health of the portfolio is read first. Each carries a colored change versus the prior period, which makes the red open blockers card stand out.
  • The middle row pairs the velocity trend with a gauge so the reader sees pace over time on the left and the on-time rate against its 90% target on the right, which are the two questions a delivery review asks first.
  • Detail sits at the bottom. A heatmap of status counts by portfolio is beside the blockers table, so the portfolio with the darkest at-risk and delayed cells can be matched to the named blockers behind it.

Last updated:

More like this

Browse all templates

Sales, finance, HR, SaaS, and more — filter by team or search by metric.

How to use this template

  1. 1. Replace the four portfolio names in the velocity chart and the status table with your own portfolios, and add or remove rows and lines to match.
  2. 2. Set the on-time delivery target on the gauge and change the status labels (On Track, At Risk, Delayed) to the ones your PMO uses.
  3. 3. Edit the blocker table columns and severity labels to match your risk register, and decide what counts as a blocker versus a risk.
  4. 4. Change the date range, comparison period and filter labels to your reporting cycle, then export to PNG, PDF, PPTX or JSON.

Every component is a live element in Mockko — resize it, swap the chart type, edit the mock data, or delete it.

Common questions

What KPIs should a project delivery dashboard include?
A project delivery dashboard should include on-time delivery rate, sprint velocity, open blockers and risks, resource utilization and cycle time. Add a velocity trend by portfolio, on-time rate against a target, a count of projects by status per portfolio, and a list of open blockers with severity. Together these show pace, commitments, capacity and what is stuck.
How do you calculate on-time delivery rate?
On-time delivery rate is items delivered on or before their planned date divided by items delivered in the period. Illustrative example: 41 of 47 projects delivered on time gives 87.2%. Companies differ on whether the unit is a project, milestone or work item and on whether a re-baselined date counts as on time, so state the rule on the dashboard.
What data do I need to build a project delivery dashboard?
You need planned and actual delivery dates, project status and portfolio from your project or work-tracking tool, plus story points per sprint if you report velocity. Add a risk and issue register with severity and opened date for blockers, and allocated or logged hours against available hours for utilization. A targets sheet supplies the on-time goal.
Who should use a project delivery dashboard and how often should it be reviewed?
PMO leads, delivery managers and portfolio owners use it to see which portfolios are slipping and what is blocked. Review it weekly in the delivery review, since blockers and status change quickly, and look at the sprint velocity trend at the end of each sprint. On-time rate and utilization are usually reported by month or quarter.
What decisions does a Project Delivery dashboard help you make?
A project delivery dashboard helps you decide which portfolio needs a recovery plan, using the status table of on track, at risk and delayed projects. It shows which blockers to escalate by severity and days open, whether to rebalance people when resource utilization runs high, and whether to adjust commitments when velocity or the on-time rate drifts from the target.
What are common mistakes when building a Project Delivery dashboard?
Common mistakes include mixing project, milestone and work item as the unit for on-time delivery. Showing velocity across portfolios without noting that story points are sized differently makes teams look comparable when they are not. Leaving blockers out of the status counts hides risk, and omitting the comparison period makes the quarter-on-quarter changes hard to read.
How do I customize this Project Delivery template in Mockko?
Open the template in Mockko in your browser, with nothing to install, then edit it on the canvas by drag-and-drop or by asking the AI chat. Replace the sample values with your own mock data, rename the portfolios and set the on-time target on the gauge. Try "Rename the portfolios to our programmes." Export to PNG, PDF, PPTX or JSON. Mockko builds a mockup, so the live report is built afterwards in Power BI or Tableau.
Can I build this project delivery dashboard in Power BI or Tableau?
Yes. In Power BI, use card visuals for the KPIs, a line chart for velocity, the gauge visual for on-time rate, a matrix with conditional formatting for the status heatmap and a table for blockers, with slicers for the filters. Tableau uses text tiles, a line chart, a gauge built from a pie or bar, a highlight table and a text table. Mockko is for designing the layout first.

About Mockko templates

Every Mockko template is free to open on the free plan: 3 projects and watermarked PNG export. Pro removes the watermark and adds PDF, PPTX, and JSON export. You don't need Power BI or Tableau to use a template; build the real, data-connected report there afterwards.

Start from the Project Delivery template

Open it in Mockko, make it yours, and export it. Free to start.

Use this template
Project Delivery Use this template