TQC coordinated TAMI (2017–2019), a Clean Sky 2 Innovation Action focused on automated tests for leakage identification on aircraft fluid mechanical installations.
TQC LIMITED
UK engineering SME specialising in aerospace fluid systems testing and digital manufacturing, with Clean Sky 2 coordinator experience.
Their core work
TQC Limited is a Nottingham-based engineering SME specialising in testing, quality control, and advanced manufacturing technologies. In aerospace, they led a Clean Sky 2 project developing automated leak detection methods for aircraft hydraulic and fluid mechanical installations — practical, safety-critical work at the intersection of aerospace maintenance and testing. More recently, they have positioned themselves within the digital manufacturing space, contributing to an MSCA doctoral training network focused on cyber-physical systems, distributed manufacturing, and Industry 4.0. Their profile suggests a company that bridges hands-on industrial testing with emerging digital manufacturing intelligence.
What they specialise in
TQC participated in DiManD (2019–2024), an MSCA Innovative Training Network covering distributed manufacturing, cyber-physical systems, and manufacturing informatics.
DiManD's keyword set includes cyber-physical systems and autonomous manufacturing, areas in which TQC contributed as an industry partner.
Big data and manufacturing informatics appear in TQC's most recent project, DiManD, indicating an evolving capability in data-driven production intelligence.
How they've shifted over time
TQC's early H2020 engagement was firmly grounded in physical engineering: leading an aerospace testing project centred on leak detection in aircraft fluid systems under the Clean Sky 2 programme. By 2019, their focus shifted sharply toward digital and data-driven manufacturing — distributed manufacturing, cyber-physical systems, big data, and autonomous manufacturing dominate their recent keyword profile. The trajectory suggests a deliberate move from traditional industrial testing toward the digitalisation of manufacturing processes, possibly reflecting a strategic effort to embed digital intelligence into their existing testing and quality control expertise.
TQC is transitioning from physical aerospace testing toward digitally-enabled manufacturing, making them a potentially valuable partner for projects that combine industrial testing know-how with cyber-physical and data-driven manufacturing technologies.
How they like to work
TQC has taken on both coordinator and participant roles across their two projects, showing willingness to lead as well as contribute within larger consortia. As coordinator of TAMI, they managed a focused aerospace project; as a participant in DiManD, they joined a wide 26-partner network spanning 8 countries. This dual experience suggests they are comfortable operating both as a driving force and as an industry-side contributor in research-heavy training networks.
TQC has built connections with 26 unique consortium partners across 8 countries, a notably broad reach for a two-project SME. Their network spans aerospace supply chain and academic research training communities, reflecting their dual sectoral engagement.
What sets them apart
TQC occupies an unusual niche as a small UK engineering company that has operated in both aerospace Clean Sky 2 testing projects and MSCA doctoral training networks — two very different EU funding instruments. This combination of hands-on aerospace maintenance testing and involvement in academic-industrial digital manufacturing training makes them a rare bridge between safety-critical aerospace practice and next-generation manufacturing research. For a consortium looking for an industry partner who can ground digital manufacturing concepts in real testing and quality control practice, TQC offers credibility that purely academic or purely industrial partners cannot.
Highlights from their portfolio
- TAMITQC acted as coordinator on this Clean Sky 2 Innovation Action — a significant responsibility for an SME — delivering practical automated leak detection technology for aircraft fluid systems.
- DiManDTQC's participation in this MSCA Innovative Training Network alongside 26 partners marks their expansion into digital manufacturing research, earning their largest single EC grant of EUR 303,173.