The short version: Key performance indicators (KPIs) are central to the value a project management office (PMO) delivers. The most useful KPIs for life sciences projects start with clear strategic objectives, an explicit definition of success, and a defined way to measure it. From there, on-time delivery, customer satisfaction, budget, quality, scope, and team health give you a balanced view of project performance — and dedicated organizational change management (OCM) KPIs tell you whether new systems are actually being adopted.
KPIs are a vital part of the project management office’s (PMO’s) value proposition.
At USDM Life Sciences, we help customers plan for and successfully complete a variety of projects, including operations, quality, compliance, regulation, and IT. We use KPIs to track whether business or project objectives are on track, ahead or behind, or if they have been achieved. While this seems relatively straightforward, many of our customers struggle with identifying the most critical KPIs to track and balancing that with getting the job done. Business and projects are unique, so you must start with establishing your strategic objectives or goals, deciding how you will define success, and determining how you will measure your success. With these three specifics, you can write your KPIs.
Three Steps Before You Write a Single KPI
- Establish your strategic objectives or goals. Anchor the project to the outcome the business actually cares about, not the activity.
- Define what success looks like. Agree on what “done” and “good” mean before work begins, so the target doesn’t move.
- Decide how you will measure success. Choose the metric, the data source, and the cadence so the KPI is observable and honest.
With these three specifics in place, your KPIs write themselves — and they stay meaningful for the life of the project.
A common KPI for a life sciences project is on-time performance or project delivery where the actual time it took to complete a project is measured. After all, time is money and you most likely made a commitment as to when the project would be completed.
Common KPIs for Life Sciences Projects
Other KPIs for life sciences projects include:
- Customer satisfaction, the most important indicator, and can be measured with a Net Promoter Score (NPS) or customer satisfaction score
- Budget management and delivering on-budget without unplanned expenses
- Quality assurance and minimizing the number of issues per project
- Scope creep and ensuring the original scope of the project is accurate or that you are tracking changes
- Resources or team health KPIs can include team happiness, engagement, or job satisfaction, and the number of resources or human-hours to complete a project
Customer satisfaction is the most important indicator — but on its own it tells you nothing about whether you delivered on time, on budget, and in scope. A balanced KPI set keeps all four in view at once.
In regulated environments, quality is a KPI — not an afterthought. For life sciences projects, the number of issues per project and the integrity of the data behind them carry compliance weight, not just delivery weight. Building quality and data integrity expectations into your KPIs early keeps validation and audit readiness measurable rather than reactive, and a modern computer software assurance (CSA) approach helps you focus testing effort where the risk actually is.
KPIs for Organizational Change Management
While project management KPIs are more widely understood, it’s also important to measure your organizational change management (OCM) progress as digital transformation gains traction in the life sciences industry. OCM is critical to successful adoption and transformation in any organization.
KPIs for OCM might include:
- Tracking user adoption of a new IT system via the number of employees trained
- Reducing the number of help tickets created to learn a new system
- Tracking the volume of backlog requests or tickets to make changes to a new system or process
- Identifying downtime or service interruptions in a new IT system or application that disrupts productivity
- Increasing efficiency with a project or new system; for example, adding e-Signature software in an organization to decrease downtime.
When the new IT system in question is a validated, GxP application, your KPIs also need to account for keeping that system in a compliant, validated state over time. A continuous compliance approach to cloud assurance turns ongoing validation from a periodic scramble into a measurable, repeatable operating model.
How USDM Can Help
USDM Life Sciences project and program management experts are the perfect fit to help guide, lead, and support your life sciences organization’s mission-critical project and programs initiatives. We specialize in highly regulated areas where compliance, technology, and business intersect and attain your desired business results. Contact USDM to learn how our Project and Program Management Services and Solutions team can help you to manage your projects, your programs, and your portfolio with consistent and standardized methods, processes, and principles. For teams measuring validation and compliance outcomes, our guidance on validation lifecycle management is a useful companion read.
FAQ: KPIs for Life Sciences Projects
What is the first step in defining KPIs for a life sciences project?
Start by establishing your strategic objectives or goals, deciding how you will define success, and determining how you will measure that success. Once those three specifics are clear, your KPIs follow naturally and stay meaningful throughout the project.
What is the most common KPI for a life sciences project?
On-time performance or project delivery — measuring the actual time it took to complete the project against the committed timeline — is a common KPI, because time is money and most projects carry a delivery commitment.
Which KPIs should a life sciences PMO track beyond on-time delivery?
Beyond on-time delivery, track customer satisfaction (often via Net Promoter Score or a customer satisfaction score), budget management, quality assurance (issues per project), scope creep, and resource or team-health measures such as engagement and human-hours to completion.
Why are organizational change management (OCM) KPIs important?
As digital transformation gains traction in life sciences, OCM determines whether new systems are actually adopted. OCM KPIs — such as employees trained, help-ticket volume, backlog requests, and downtime — reveal whether a change is taking hold, not just whether it was deployed.
How do KPIs change for regulated, GxP systems?
For validated GxP systems, quality and data integrity become measurable compliance outcomes, not just delivery metrics, and your KPIs should account for keeping the system in a validated state over its lifecycle rather than only at go-live.
Ready to define KPIs that actually move your projects forward? USDM’s project and program management experts can help you choose, measure, and act on the right KPIs for your regulated environment. Contact USDM to get started.