Central to both FAST-SMART (nano-enabled smart materials) and MICROMAN (zero-defect micro-manufacturing training network).
PASCOE ENGINEERING LTD
Scottish precision engineering SME specializing in nanomanufacturing, energy harvesting materials, and adaptive injection moulding for industrial and medical applications.
Their core work
Pascoe Engineering is a Scottish SME specializing in precision engineering and manufacturing, with a growing focus on nanomanufacturing and advanced materials processing. They contribute manufacturing expertise to EU research consortia working on micro/nano-scale production, energy harvesting systems, and rapid repurposing of injection moulding for medical supplies. Their practical engineering capabilities bridge the gap between laboratory-scale material science and industrially viable production processes.
What they specialise in
FAST-SMART focused specifically on piezoelectric and thermoelectric materials for energy harvesting structures.
imPURE project involved repurposing injection moulding capabilities for medical supply production using additive manufacturing.
imPURE project (2020-2022) combined their manufacturing base with AM-enabled rapid response for medical supplies.
How they've shifted over time
Pascoe Engineering began its H2020 involvement in 2015 as a third-party contributor to MICROMAN, a training network focused on zero-defect micro-manufacturing — suggesting they were initially brought in for their practical shop-floor expertise. By 2020, they had moved to full participant roles in two concurrent projects (FAST-SMART and imPURE), both involving advanced manufacturing techniques but in very different application domains: energy harvesting nanomaterials and medical supply production. This shift from training network contributor to active R&D participant across multiple sectors signals growing confidence and capability in research-intensive manufacturing.
Pascoe is evolving from a traditional precision engineering firm toward advanced manufacturing with nano-scale materials and rapid production adaptation — positioning them for smart materials and agile manufacturing collaborations.
How they like to work
Pascoe Engineering has never coordinated an H2020 project, consistently joining as a participant or third party — the profile of a specialist contributor who brings manufacturing know-how rather than project management. Despite only three projects, they have worked with 52 unique partners across 15 countries, indicating they integrate well into large, diverse consortia. Their shift from third-party to full participant status suggests increasing engagement and reliability as a consortium member.
With 52 consortium partners across 15 countries from just 3 projects, Pascoe has built a surprisingly broad European network for a small engineering firm. Their connections span academic training networks, industrial R&D consortia, and health-sector emergency response projects.
What sets them apart
Pascoe Engineering occupies a rare niche as a practical manufacturing SME that can operate at the nano-scale — most firms this size work at conventional tolerances. Their imPURE involvement demonstrated an unusual ability to pivot manufacturing capabilities rapidly toward medical applications, which is valuable for any consortium needing agile production partners. For coordinators building proposals, they offer real factory-floor validation of lab-developed nanomaterials and processes, something many academic-heavy consortia lack.
Highlights from their portfolio
- imPURETheir largest funded project (EUR 400,750), combining injection moulding with additive manufacturing for emergency medical supply production — a direct COVID-era response.
- FAST-SMARTPositioned Pascoe in the nano-enabled energy harvesting space (EUR 300,050), working on piezoelectric and thermoelectric smart materials and systems.