About TCP
Project Outcome AssurancePaul Turner, P.Eng, PMP
I am an electrical engineer and project management professional specializing in Outcome Assurance for megaproject delivery – I make project outcomes predictable, verifiable, and fit for purpose from day one.
I began my career in the aerospace sector, working on satellites and launch systems for the Canadian Space Agency and payloads for the International Space Station. In that environment, outcomes are non-negotiable. Systems must work exactly as intended, the first time, under real operating conditions. Failure is not an option, and quality is designed, governed, and verified – not inspected in after the fact. That experience fundamentally shaped how I think about project success.
When I later transitioned into the power sector – delivering hydroelectric generation and HVDC transmission systems – I was struck by how differently outcomes were treated. Despite far greater capital exposure, projects often relied on fragmented accountability, late-stage testing, and the assumption that issues could be “fixed later.” The result was predictable: cost overruns, schedule delays, and systems that technically complied with specifications but failed to deliver the outcomes they were built for. This is why, globally, the majority of major projects miss their objectives.
Seeing the same pattern repeat in the water sector made the problem unmistakable. The issue was not technical capability – it was the absence of outcome-led governance, early verification thinking, and lifecycle accountability. After more than 25 years across high-risk industries, it became clear that projects do not fail because they are complex; they fail because outcomes are not deliberately assured.
That realization led to the creation of Turner Capital Projects, The Outcome Assurance Leadership Council, and the Institute of Commissioning and Assurance (ICxA). Together, these organizations advance Outcome Assurance as a leadership discipline – through consulting, training, standards, and advocacy – to help project teams define success early, govern toward it deliberately, and verify it systematically.
Projects that succeed start with the end in mind. They establish a clear definition of success, align decisions to that outcome, and verify readiness long before assets are placed into service. Outcome Assurance provides the structure to do exactly that.
If you are responsible for delivering complex projects – and want outcomes that are predictable, defensible, and operationally successful – I invite you to explore how Outcome Assurance can change how your projects perform.
My Values & Beliefs
Mission
Start with the end in mind for improved project performance. Help project teams get a clear picture of what success looks like to deliver outcomes, right from the start of projects. Keep your eye on the prize for focused execution of projects.
Vision
All projects have the ability to meet cost, schedule, and quality objctives – improve the success rate of projects to be better than 1 out 10.
Values
People deliver projects – get the right skills and the right tools in the hands of the right people on projects, and project teams can achieve great things together
Beliefs
I believe we need to do better as a global society to build the infrastructure society depends on for climate change initiatives, for electrification of infrastructure, and for society’s expanding needs. We must do better than having 9 out of 10 projects later and over-budget.
Paul Turner, P.Eng, PMP
Paul is an electrical engineer and a project management professional, and has worked on the following projects:
2300 MW 1400 km HVDC Transmission
- $5.2 billion megaproject
- 2300 MW HVDC transmission, 1400 km DC line
- Two HVDC converter stations, DC switchyards, electrode sites
- Two 230 kV AC Switchyards
- 4 230 kV Synchronous Condensers
Water Treatment: Pollution Control Center
- Upgrade plant processes to new environmental standards implementing modern biological processes
- Expand the plant facilities to accommodate larger flow volumes
- Replace obsolete control and monitoring distributed control networks
200 MW Hydro-Electric Generation
- New run-of-river hydro-electric generating station in northern Canada
- 3 70 MW turbine and generators
- Unit Control and Monitoring System
- Balance of Plant Testing and Commissioning
- 230 kV Gas Insulated Switchgear
Spacecraft Electronics
- SmallSAT Communication and Data Handling Unit Performance Verification
- MAIT: Manufacture, Assembly, Integration, and Test
- Thermal, Vibration, Temperature, Voltage, an Radiation Performance Testing
- ISS Payload Performance Verification
Booster Motor Qualification
- RATO Booster Motor – production line verification
- Qualification of booster motor performance
