Why Partner with the National Subsea Centre?
NSC works closely with industry to co-develop practical, deployable solutions, combining academic expertise with real operational insight. Through funded, flexible partnership models, partners can accelerate innovation while minimising R&D overheads, technical risk, and time to market.

By partnering with NSC, organisations benefit from:
- Access to multidisciplinary expertise across engineering, digital, and energy systems
- Rapid translation of research into pilots, demonstrators, and operational tools
- Shared infrastructure, facilities, and funding opportunities
- A trusted environment for testing new ideas, technologies, and business models
NSC partnerships are designed to deliver measurable impact, strengthen competitiveness, and support long-term capability development across the offshore energy value chain.
How to Partner with the NSC
- Co-funded Research: Translating breakthrough ideas into deployable technologies
- Knowledge Exchange: Accelerating innovation through co-funded investment & expertise
- Technical Consultancy: Providing independent expertise, assurance and validation
- Training & Upskilling: Building workforce capability for the energy transition
- Innovative Research: 28 active projects, £10m+ funding leveraged
- Knowledge Exchange: 200+ businesses engaged, cross-sector collaboration
- Consultancy Expertise: 40+ client projects, rapid diagnostics & analysis
- Talent & Training: 20 PhDs, 20 Research Staff, 200+ industry learners (short courses)
Specific Project Examples
Integrated Energy and Net Zero Operations
Translating system-level research into deployable solutions for offshore and industrial energy transition. Selected Project Examples
- HyOne Facility - Hydrogen systems testing and integration for offshore and industrial energy transition.
- Data4NetZero - Data-driven pathways to reduce emissions and improve energy efficiency.
- Th2STLE Project - Hydrogen Valley in Northeast Scotland, integrating hydrogen production, storage, transport, and usage across multiple sectors.
- METASSIS Project - Materials and systems innovation for future offshore energy infrastructure.
- Port of Aberdeen - Digital transformation replacing existing decision-making infrastructure with a digital system.
AI & Data-Driven Safety and Risk Reduction
Improving safety performance, predicting hazards, and reducing operational risk through AI, sensing, and advanced analytics. Selected Project Examples
- Fennex - DeepSafe: AI computer-vision system for real-time detection of unsafe behaviours and hazards in offshore operations.
- HarperUK - Subsea Mattress Removal: Semi-autonomous ROV system improving decommissioning safety by reducing diver exposure in hazardous subsea environments.
Intelligent Inspection, Asset Integrity & Predictive Maintenance
Using AI, multi-modal data, and automation to detect defects, support integrity decisions, and extend asset life. Selected Project Examples
- AISUS - AI-Driven Framework for Remote Inspection Multi-modal inspection platform combining AI with AR/VR to enhance precision and reduce offshore inspection effort.
- AquaTerra - AI-Powered Inspection Automated ultrasonic-data analysis to predict structural lifespan and streamline offshore maintenance.
- ICR Integrity - Composite Inspection Probe Advanced inspection of composite repairs to verify long-term integrity and reduce steel replacement.
- ADC Energy - AI-Driven Condition Monitoring Predictive fault detection and maintenance optimisation for drilling assets using sensor data.
Robotics, Automation & Digital Operations
Automation of physical and operational tasks to improve safety, efficiency, and repeatability. Selected Project Examples
- HarperUK - Semi-Autonomous ROV Platform: Automated subsea mattress handling to reduce manual intervention and operational risk.
- John White & Son - Smart Weighbridge: Autonomous remote weighing system enabling digital logistics management across energy operations.
- AR-Mini (Innovate UK) - AI-powered management of hybrid micro-grids under uncertainty in supply and demand.
- EV charging network security - This project delivered a cyber-resilience testbed for EV charging infrastructure using digital twins to improve charging-network security and stability.
Sustainability, Waste Reduction & Energy Transition
Reducing waste, unnecessary interventions, emissions, and environmental impact across asset lifecycles. Selected Project Examples
- AISUS - Reduced re-inspection cycles through predictive analytics.
- AquaTerra - Lower maintenance demand and structural waste.
- ICR Integrity - Promotion of composite repairs instead of steel replacement.
- ADC Energy - Reduced downtime and emissions from drilling failures.
- HarperUK - Safer, lower-impact decommissioning workflows.
Find out more
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