Organization

BERLINER HOCHSCHULE FUR TECHNIK

Berlin applied sciences university contributing measurement techniques, building materials, and data analytics across energy, aerospace, and digital sectors.

University research groupenergyDENo active H2020 projectsThin data (2/5)

H2020 projects

As coordinator

Total EC funding

€1.4M

Unique partners

What they do

Their core work

Berlin University of Applied Sciences (Berliner Hochschule für Technik) is a practice-oriented university in Berlin contributing applied research across energy-efficient building technologies, biofuels, data science, and aerospace measurement systems. Their H2020 work spans from developing advanced building envelope materials and waste-to-biofuel conversion processes to fashion data analytics and precision aero-engine diagnostics. As a university of applied sciences (Fachhochschule), their strength lies in bridging academic research with industrial application, bringing lab-level measurement techniques and material science into real-world engineering contexts.

Core expertise

What they specialise in

Advanced measurement and optical diagnostics for aerospaceemerging

1 project

SINATRA project focuses on seeding-free, non-intrusive laser measurement methods for aero-engine distortion, involving CFD and novel aircraft integration.

Energy-efficient building materials and envelopessecondary

1 project

LaWin project developed large-area fluidic window systems with advanced material development for building envelopes.

Biofuels and waste-to-energy conversionsecondary

1 project

WASTE2FUELS project worked on sustainable next-generation biofuel production from waste streams.

Data science and machine learning applicationssecondary

1 project

FashionBrain project applied data analytics to understand Europe's fashion data universe, their largest single grant at EUR 591,668.

Health equity and public health researchsecondary

1 project

EURO-HEALTHY project contributed to shaping European health equity policies, though with a smaller funding role.

Evolution & trajectory

How they've shifted over time

Early focus

Energy, materials, sustainability

Recent focus

Aerospace measurement and diagnostics

In the early H2020 period (2015–2018), the university focused on energy and sustainability topics — building envelope materials, biofuel production from waste, and health policy research. By 2020, their focus shifted sharply toward aerospace engineering and precision measurement, with the SINATRA project on non-intrusive aero-engine diagnostics representing a clear move into high-tech industrial applications. This pivot suggests growing internal capability in optical measurement methods and computational fluid dynamics applied to transport and aviation.

Moving toward specialized aerospace measurement and CFD capabilities, making them a relevant partner for aviation and turbomachinery research consortia.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European16 countries collaborated

Berliner Hochschule für Technik operates exclusively as a consortium participant — they have not coordinated any H2020 projects. With 56 unique partners across 16 countries from just 5 projects, they join large, diverse consortia rather than leading small focused teams. This profile suggests they contribute specialized technical work packages rather than driving project strategy, making them a low-overhead partner who delivers on defined tasks without requiring consortium management responsibilities.

Despite only 5 projects, they have collaborated with 56 unique partners across 16 countries, indicating participation in large European consortia with broad geographic spread. Their network is wide but likely shallow — many one-time collaborations rather than deep recurring partnerships.

Why partner with them

What sets them apart

As a Berlin-based university of applied sciences, they bring a distinctly practice-oriented research approach compared to Germany's large technical universities (TU Berlin, TU Munich) or Fraunhofer institutes. Their unusually diverse portfolio — spanning building physics, biofuels, fashion data analytics, and aero-engine diagnostics — suggests flexible research groups willing to contribute to interdisciplinary consortia. For consortium builders, they offer a German institutional partner with applied research credibility and lower overhead expectations than major research universities.

Notable projects

Highlights from their portfolio

FashionBrain
Their largest single grant (EUR 591,668) and an unusual topic for a technical university — applying data science to Europe's fashion industry data.
SINATRA
Most recent and technically specialized project, focused on advanced seeding-free optical measurement methods for aero-engine flow distortion — signals their current research direction.
WASTE2FUELS
Addresses the high-demand waste-to-biofuels space, connecting the university to the circular economy and renewable energy sectors.

Cross-sector capabilities

Transport and aerospace engineeringDigital and data analyticsEnvironment and circular economyHealth policy and equity research

Analysis note: With only 5 projects as participant and no coordinator roles, the profile is thin. The wide thematic spread (building materials, biofuels, fashion data, health policy, aerospace) makes it difficult to identify a coherent institutional strategy — these likely represent independent research groups rather than a unified research agenda. Keyword data is sparse for early projects, limiting the evolution analysis. The aerospace pivot via SINATRA is the clearest signal but rests on a single project.