Case study
From Breakthrough Technology to Scalable Engineering Delivery
Helping CorPower Ocean reduce delivery risk, improve technical control, and scale complex wave energy technology.
Summary
As CorPower Ocean prepared to scale its next-generation wave energy technology, the challenge was shifting from breakthrough product development to controlled, repeatable engineering delivery.
At 80+ people, CorPower was no longer only managing a complex product. It was managing the complexity of the organisation developing it. As the technology moved toward larger-scale deployment, technical decisions, design information, interfaces, verification evidence, and lifecycle priorities all needed to stay connected. Without that shared product picture, the risk of late issue discovery, rework, and cost overruns became substantial.
Navitect helped CorPower identify where targeted improvements in technical governance, lifecycle alignment, and product information flow could reduce delivery risk, improve decision-making, and strengthen the foundations for scalable engineering delivery.
Client: CorPower Ocean
Sector: Renewable energy/wave energy technology
Product type: Integrated mechanical, electrical, control, software, offshore, and grid-connected system
Stage: Scaling from advanced deployment toward utility-scale rollout
Challenge: Strengthening cross-functional coordination, requirements flow-down, interface management, and change control
Navitect role: Systems Engineering diagnostic, leadership alignment, team workshops, and technical delivery framework
Primary benefit: Reduced technical risk, clearer technical priorities, and a coherent basis for scaling complex engineering delivery
“Navitect helped us evaluate and strengthen our engineering and delivery processes for the next stage of product development. The workshops and practical guidance gave us a clear, unified approach across departments and showed the impact of small, targeted improvements in the right places.”
Matt Dickson, Director of Projects, CorPower Ocean
The Challenge: Strengthening CorPower’s Engineering & Delivery System
CorPower Ocean was preparing to scale an ambitious, complex wave energy product from breakthrough technology toward larger-scale deployment. The challenge was not a single technical issue. It was ensuring the organisation could maintain control of a complex, evolving product as the team, technology, and delivery ambition grew.
For complex hardware-software products, business impact is often created or lost in the gaps between teams, tools, lifecycle stages, and technical decisions. If requirements, architecture, interfaces, configuration, verification evidence, and operational needs are not kept aligned, the result can be avoidable rework, unclear priorities, late defect discovery, and costly downstream change.
Navitect worked with CorPower to identify the highest-value opportunities to strengthen its delivery system. The focus was not process for its own sake. It was improving the organisation’s ability to make better engineering decisions earlier, maintain a clearer product baseline, reduce integration risk, and scale delivery without creating unnecessary bureaucracy.
The opportunity was to build on CorPower’s strong engineering foundations with a more integrated way of working, giving leadership and delivery teams clearer visibility, stronger technical control, and greater confidence as the product moved toward larger-scale deployment.
Approach: Finding the Highest-Impact Leverage Points
Navitect worked across the organisation to identify where practical systems engineering improvements would have the greatest business and delivery impact.
Clearer priorities for leadership and delivery teams
Structured reviews and leadership workshops helped identify the bottlenecks and leverage points most likely to affect delivery performance, allowing effort to be focused where it could reduce risk and improve efficiency.
Fewer gaps between teams and lifecycle stages
The work helped connect the entire product lifecycle into a clearer technical picture, reducing the risk of teams optimising locally while creating downstream issues elsewhere.
Better decisions earlier in the lifecycle
By strengthening how technical information was structured and reviewed, the engagement helped leadership and engineering teams make earlier, better-informed decisions before issues became more expensive to resolve.
More control without unnecessary process burden
The outcome was a right-sized delivery model that strengthened technical governance and traceability while supporting speed, pragmatism, and momentum.
The uplift targeted three connected layers of CorPower’s delivery system, aligning people, process, and tools to strengthen technical control as delivery scaled:
Tools: connected product information, traceability, configuration, evidence.
Process: technical governance, reviews, lifecycle artefacts, decision flow.
People (the foundation): Shared language, leadership alignment, cross-functional alignment.
Outcome: A Strong Foundation for Deployment at Scale
CorPower gained a stronger basis for scaling complex product delivery: clearer technical priorities, better-connected product information, and improved visibility of the decisions and evidence needed to control the product as it evolved.
Reduced risk of costly rework
A clearer connection between needs, requirements, architecture, interfaces, and verification evidence helped reduce the likelihood of late-stage misalignment and avoidable redesign.
Improved delivery confidence
Leadership and delivery teams gained a more coherent view of the product and the technical controls needed to manage it, improving confidence in planning, execution, and scale-up decisions.
Stronger integration readiness
By clarifying how product information, interfaces, configuration, and verification evidence should connect, the work strengthened CorPower’s ability to manage integration risk across a complex engineering lifecycle.
Engineering control without bureaucracy
The work provided a practical path for increasing technical discipline as delivery complexity grew, without imposing heavyweight process that would slow the organisation down.
This work shows how Navitect helps ambitious, deep tech organisations identify where systems engineering will have the greatest impact, align teams around a coherent product picture, and strengthen the foundations for delivery at scale.