FIBRESHIP, FIBRE4YARDS, and FIBREGY all focus on fibre-reinforced polymer structures for vessels and offshore applications.
TECNICAS Y SERVICIOS DE INGENIERÍA, S.L.
Spanish engineering SME specializing in fibre-reinforced composite structures for shipbuilding, offshore platforms, and automated shipyard production.
Their core work
TSI is a Madrid-based engineering SME specializing in fibre-reinforced polymer (FRP) composites for the maritime and offshore sectors. They provide design, production engineering, and life-cycle management services for composite ship structures — from large vessels to small and medium-length ships. Their work spans the full chain from material solutions and manufacturing automation to inspection methodologies and maintenance planning, with a growing involvement in underwater noise mitigation for shipping.
What they specialise in
FIBRE4YARDS targets automated modular construction in shipyards, and FIBRESHIP developed production guidelines for large FRP ships.
FIBREGY addresses FRP solutions for offshore technology with focus on corrosion immunity and durability.
Both FIBRESHIP and FIBREGY cover life-cycle management, while FIBRESHIP specifically developed inspection methodologies.
SATURN addresses shipping noise impacts, mitigation strategies, and standards development — a new direction for TSI.
How they've shifted over time
TSI's early H2020 work (2017–2020) centered on proving that large-length ships could be built entirely from fibre-reinforced composites, with emphasis on design guidelines, full-scale demonstrators, and fuel savings. From 2021 onward, their focus broadened in two directions: upstream into offshore energy structures and automated shipyard production (Industry 4.0), and laterally into environmental performance through underwater noise reduction. The trajectory shows a company moving from composite materials R&D toward industrialization and environmental compliance — both areas where regulatory pressure is increasing.
TSI is evolving from a composite materials specialist into a broader maritime engineering firm addressing both manufacturing efficiency (Industry 4.0 in shipyards) and environmental regulation (underwater noise standards).
How they like to work
TSI primarily operates as a consortium partner (3 of 4 projects) but has demonstrated coordination capability by leading FIBRESHIP, their largest project. With 50 unique partners across 16 countries, they maintain a wide European network rather than relying on a small circle of repeat collaborators. This profile suggests a technically specialized SME that larger consortia seek out for specific FRP and maritime engineering expertise.
TSI has built a network of 50 partners across 16 countries, indicating strong pan-European reach within the maritime and composites research community. Their connections likely span shipyards, material suppliers, classification societies, and research institutes across major European shipbuilding nations.
What sets them apart
TSI occupies a rare niche: an SME with deep expertise in fibre-reinforced composites applied specifically to shipbuilding and offshore structures. While many composites companies focus on aerospace or automotive, TSI's consistent maritime focus across all four projects makes them a go-to partner for any consortium working on lightweight, corrosion-resistant ship structures. Their combination of materials knowledge, shipyard production experience, and now environmental compliance (noise) covers multiple angles that shipbuilders and regulators care about.
Highlights from their portfolio
- FIBRESHIPTSI's only coordinator role and largest grant (€866K) — aimed at proving full-scale large FRP ship construction is feasible.
- SATURNRepresents a strategic pivot into underwater noise mitigation and environmental standards, diversifying TSI beyond materials into regulatory compliance.
- FIBRE4YARDSBridges TSI's composites expertise with Industry 4.0 manufacturing automation, targeting modular shipyard construction.