STIMEY (their largest project at €840K) developed robotics-based tools for youth STEM engagement; CHARMING focused on immersive learning for chemical engineering training.
HOCHSCHULE EMDEN/LEER
German applied sciences university combining robotics, clean transport, and STEM education research across diverse European consortia.
Their core work
Hochschule Emden/Leer is a German university of applied sciences that bridges engineering research with education innovation. Their applied research spans clean maritime transport, flexible manufacturing robotics, hydrogen energy systems, and cognitive robotics for emerging sectors like insect farming. Increasingly, they invest in STEM education methods — developing immersive learning tools, gamified platforms, and interdisciplinary curricula to train the next generation of engineers. Their strength lies in combining hands-on industrial technology development with pedagogical research on how to teach it.
What they specialise in
PERFoRM addressed flexible robot reconfiguration in manufacturing, CoRoSect developed cognitive robotics for automated insect farms, and STIMEY used educational robots.
LeanShips focused on methanol-fueled low-emission shipping retrofits; ePIcenter explored Physical Internet concepts for intermodal freight including autonomous vehicles.
HPEM2GAS contributed to high-performance PEM electrolyzer development for grid balancing applications.
CoRoSect (2021-2024) applies cognitive robotics to digitalized and automated insect farming — a niche but growing field.
How they've shifted over time
In 2015-2018, Hochschule Emden/Leer focused squarely on applied industrial technology: clean shipping fuels, flexible manufacturing robotics, and PEM electrolyzers. From 2016 onward, a marked shift toward education research emerged — STIMEY and CHARMING together represent over €1M in funding for STEM pedagogy, immersive learning, and interdisciplinary training. Their most recent projects (2020-2024) blend both threads, applying robotics expertise to new domains like insect farming and intermodal logistics while maintaining an educational research dimension.
Moving toward the intersection of robotics, AI, and education — expect future projects combining autonomous systems with workforce training or novel food production.
How they like to work
Hochschule Emden/Leer operates exclusively as a project partner, never as coordinator, which is typical for a mid-sized German Fachhochschule contributing specialized technical or pedagogical expertise. With 149 unique partners across 27 countries in just 7 projects, they work in large, diverse consortia (averaging 20+ partners per project). This suggests they are a reliable, low-friction partner that integrates well into large international teams without seeking the administrative lead.
Despite only 7 projects, they have built an unusually broad network of 149 partners across 27 countries — reflecting participation in large Innovation Action and Research & Innovation consortia spanning most of Europe and beyond.
What sets them apart
What sets Hochschule Emden/Leer apart is their dual capability in applied robotics engineering AND education research — a rare combination that lets them contribute both the technology and the training methodology in the same project. Located in Germany's maritime Northwest, they bring practical engineering culture (Fachhochschule tradition) rather than purely theoretical research. For consortium builders, they fill a valuable niche: a partner who can develop robotic systems, test them in real environments, and design the curricula to train people to use them.
Highlights from their portfolio
- STIMEYTheir largest project (€840K) and a flagship effort using robots and gamification to inspire young people toward STEM careers across Europe.
- CoRoSectPositions the university at the frontier of cognitive robotics applied to insect farming — a highly unconventional and forward-looking application domain.
- ePIcenterAmbitious scope covering Physical Internet, Hyperloop, Arctic/Silk Road routes, and autonomous vehicles for green freight — connects the university to next-generation logistics research.