STANCZYK BARTLOMIEJ

Their core work

ACCREA Engineering (trading as Stanczyk Bartlomiej) is a Polish robotics engineering firm specializing in human-robot interaction systems across both healthcare and industrial settings. In RAMCIP, they contributed to developing a domestic assistive robot for people with Mild Cognitive Impairment — a technically demanding task requiring safe physical interaction with vulnerable users. In FELICE, they moved into factory-floor collaborative robotics, working on flexible assembly systems that combine digital twin models, machine learning, and ergonomics-aware human-robot teaming. Their real-world value is in building the perception and control layers that make robots work safely and effectively alongside people, whether that person is a patient at home or a worker on an assembly line.

What they specialise in

How they've shifted over time

Their first H2020 project (RAMCIP, 2015–2018) left no keyword trace, but its subject — a home robot for cognitively impaired patients — points to roots in service robotics and human-safe physical interaction in unstructured environments. The jump to FELICE (2021–2024) brought a sharp keyword signature: machine learning, digital twins, prescriptive AI, IoT, and agile manufacturing — a clear pivot from domestic healthcare to smart factory contexts. The underlying thread is consistent (robots working near people), but the application domain shifted from social care to industrial production, and the technical stack became considerably more data-driven and AI-heavy.

They are moving toward AI-driven industrial robotics — specifically the intersection of digital twin simulation, prescriptive AI, and ergonomic human-robot teaming in manufacturing — which positions them well for Industry 4.0 and 5.0 consortia.

How they like to work

ACCREA has participated exclusively as a consortium partner — never as coordinator — across both projects, suggesting they operate as a focused technical contributor rather than a project driver. With 19 unique partners across 8 countries from just 2 projects, they join mid-to-large consortia and bring specific robotics engineering expertise rather than acting as a generalist integrator. This profile indicates they are reliable specialist partners who can be slotted into consortia that need robot perception, control, or human-interaction components without requiring project management overhead.

Despite only two projects, ACCREA has built a network of 19 distinct consortium partners spanning 8 European countries, indicating participation in genuinely diverse, multinational consortia. Their network is broad relative to their project count, suggesting they are embedded in active cross-border robotics research communities.

What sets them apart

ACCREA occupies a rare dual-domain niche: they have hands-on robotics experience in both healthcare (home assistive robots for cognitively impaired users) and industrial manufacturing (collaborative assembly with digital twins), which few Polish SME-scale firms can claim. This cross-domain track record makes them particularly valuable in consortia that need robotics expertise that transfers across application sectors — for example, a health-tech project borrowing industrial robot safety methods, or a manufacturing project concerned with human factors and cognitive load. Their Polish base also strengthens any consortium seeking Eastern European industrial partners with genuine robotics depth rather than system integration generalism.

Highlights from their portfolio

• RAMCIP
  Their largest project by EC funding (EUR 577,500) and technically demanding — building a domestic robot that must safely interact with Mild Cognitive Impairment patients in unstructured home environments.
• FELICE
  Demonstrates a successful pivot into Industry 4.0 territory, combining human-robot collaboration with digital twin models and prescriptive AI in a flexible manufacturing context — their most keyword-rich and technically modern project.