Sustainability
HYVERT.ai Living Green Infrastructure System
Hydrogen Power Grid Integration
Affordable Railway Electrification
Wire Arc Additive Manufacture Commercialisation (WAAM3D)
Transform a Waste Stream into a Valuable Construction Material (TRANS‑LOW)
FRESHBIM‑FRESHDT — Framework for sustainable heritage through BIM, digital twins and AI
Structural Performance of High‑Yield Steel Channel Sections
Advanced Manufacturing
Wire Arc Additive Manufacture Commercialisation (WAAM3D) — Research & innovation summary
Development of PAS 280 for Through‑Life Engineering Services
Structural Performance of High‑Yield Steel Channel Sections
AI / Digital / Smart / Data
HYVERT.ai Living Green Infrastructure System
FRESHBIM‑FRESHDT — Heritage through BIM, digital twins, and AI
iTrend: Intelligent Technologies for Renal Dialysis
Healthcare Sensor Systems & Health Technology Solutions
Defence
Development of PAS 280 for Through‑Life Engineering Services
Construction & Materials
Structural Performance of High‑Yield Steel Channel Sections
TRANS‑LOW — Waste management and low-carbon construction materials
Healthcare
iTrend: Intelligent Technologies for Renal Dialysis
Healthcare Sensor Systems & Health Technology Solutions
SME
HYVERT.ai Living Green Infrastructure System — SME IoT – Greater Manchester – Sustainability / Biodiversity
iTrend: Intelligent Technologies for Renal Dialysis — SME Derby – Midlands – Medical Technology / AI
Structural Performance of High‑Yield Steel Channel Sections — SME County Durham – North East – Advanced Manufacturing / Low-Carbon ()
Wire Arc Additive Manufacture Commercialisation (WAAM3D) — SME Collaboration – National – Advanced Manufacturing /
Regions
HYVERT.ai Living Green Infrastructure System — Greater Manchester – North West
Hydrogen Power Grid Integration — Greater Manchester – North West
Transform a Waste Stream into a Valuable Construction Material (TRANS‑LOW) — North West – Liverpool John Moores
Process Optimisation at Water Treatment Works Using Zeta Potential — South West – Cranfield University
iTrend: Intelligent Technologies for Renal Dialysis — Midlands – University of Derby
Structural Performance of High‑Yield Steel Channel Sections — North East – County Durham – Northumbria University
