SciTransfer
Organization

HOCHSCHULE FLENSBURG

German applied sciences university contributing to aquaponics bioprocessing, wind energy lidar, and functional encryption across EU consortia.

University research groupmultidisciplinaryDENo active H2020 projectsThin data (2/5)
H2020 projects
3
As coordinator
0
Total EC funding
€1.3M
Unique partners
36
What they do

Their core work

Hochschule Flensburg is a German university of applied sciences located near the Danish border, contributing applied research across several distinct domains. Their H2020 involvement spans functional encryption and cybersecurity, sustainable aquaculture and bioprocessing, and wind energy measurement technologies. As a multi-faculty institution, they bring practical engineering and applied science capabilities to EU consortia rather than deep specialization in a single field. Their strength lies in translating research into application-ready solutions typical of Fachhochschule institutions.

Core expertise

What they specialise in

Aquaponics and halophyte bioprocessingprimary
1 project

AQUACOMBINE focused on integrated aquaponics systems co-producing fish, halophyte vegetables, and bio-active compounds from residue valorisation.

Wind energy remote sensing (lidar)primary
1 project

LIKE project developed scanner lidar expertise for measuring atmospheric turbulence in wind energy applications.

Functional encryption and cybersecuritysecondary
1 project

FENTEC project contributed to functional encryption technologies, suggesting a computer science or information security group.

Bio-active compound extractionemerging
1 project

AQUACOMBINE work on botanical extracts, hydroxycinnamic acids, and feed protein points to biochemistry capabilities.

Evolution & trajectory

How they've shifted over time

Early focus
Functional encryption
Recent focus
Sustainable aquaculture and wind energy

With all three projects starting between 2018 and 2019, there is limited timeline to track genuine evolution. The earliest project (FENTEC, 2018) dealt with cryptography, while the two 2019 projects shifted toward applied environmental and energy topics — aquaponics bioprocessing and wind energy lidar. This may signal a broadening from digital security toward sustainability-oriented applied research, though with only three projects this could simply reflect independent departments securing funding at different times.

Their most recent and largest-funded projects focus on sustainability topics (aquaponics, wind energy), suggesting the university is building capacity in green and environmental applied research.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European13 countries collaborated

Hochschule Flensburg participates exclusively as a partner, never leading consortia — consistent with an applied sciences university contributing specialized technical work rather than managing large projects. Across just 3 projects they have worked with 36 unique partners in 13 countries, indicating they integrate well into diverse international teams. Their broad partner base suggests openness to new collaborations rather than reliance on a fixed network.

Despite only 3 projects, they have built connections with 36 partners across 13 countries, reflecting participation in medium-to-large consortia. Their northern German location near Denmark likely facilitates strong Nordic and Northern European connections.

Why partner with them

What sets them apart

Hochschule Flensburg offers the applied, practice-oriented research culture of a German Fachhochschule — closer to industry implementation than a traditional research university. Their unusual combination of cybersecurity, aquaponics bioprocessing, and wind lidar expertise means they can contribute to interdisciplinary consortia where others might only cover one domain. For partners seeking a reliable German participant with hands-on engineering capabilities rather than pure theory, they are a practical choice.

Notable projects

Highlights from their portfolio

  • AQUACOMBINE
    Largest single grant (EUR 558,750) combining aquaculture with halophyte cultivation and bio-active compound extraction — an unusual and commercially promising intersection.
  • LIKE
    Marie Skłodowska-Curie training network on lidar for wind energy, indicating the university hosts early-career researcher training capacity in atmospheric remote sensing.
Cross-sector capabilities
foodenvironmentenergysecurity
Analysis note: Only 3 H2020 projects across very different domains make it difficult to identify a coherent institutional research profile. The diversity likely reflects independent departments rather than a unified strategy. Profile should be treated as indicative, not definitive.