One of the key international partners of the QAZTECH Alliance of Technology Companies is the Fraunhofer Institute for Manufacturing Engineering and Automation (Fraunhofer IPA).
Fraunhofer IPA is part of Germany’s network of applied research institutes under the Fraunhofer Society.
Some of the Fraunhofer Society’s achievements and technologies that have had a global impact include:
How does it work?
Fraunhofer’s funding model is a “triangle” with a strong emphasis on applied, commercially oriented science.
The main sources of income are:
1. Government Base Funding (approximately 30% of the budget)
This funding comes from Germany’s federal budget and the budgets of individual federal states. It is institutional support intended for long-term projects, infrastructure maintenance, laboratories, staffing, and foundational research. A key feature: this funding does not cover all expenses—it serves as a financial cushion to initiate projects and attract external contracts.
2. Industry Contracts (approximately 40% of the budget)
Fraunhofer operates as an engineering and scientific contractor: companies commission specific developments, prototypes, and technologies. These clients may include individual firms (such as BMW, Siemens, Bosch) or consortia of industry stakeholders. Such contracts contribute a significant portion of revenue, and institutes actively compete for them.
3. Publicly Funded Projects (approximately 30% of the budget)
These include grants and programs from the European Union (e.g. Horizon Europe, Digital Europe), German federal ministries, and international foundations. Funds are allocated to address strategic challenges—for example, in energy, artificial intelligence, and quantum technologies.
Therefore:
Fraunhofer IPA is part of Germany’s network of applied research institutes under the Fraunhofer Society.
Some of the Fraunhofer Society’s achievements and technologies that have had a global impact include:
- MP3 Compression Algorithm – Developed at the Fraunhofer Institute for Integrated Circuits (IIS); it achieved massive commercial success and became the global standard for digital audio.
- Video Codecs and Standards – Contributions from the Heinrich-Hertz Institute to the H.264/MPEG-4 AVC standards and the development of the AAC codec library (FDK AAC), recognized with an Emmy Award.
- Foamed Aluminum – An ultra-lightweight material (ten times lighter yet stronger than conventional aluminum), used in concept cars like Karmann; known for its high strength, thermal insulation, and shock absorption.
- Laser Powder Bed Fusion (LPBF) – Patented by Fraunhofer ILT in 1996, this process fundamentally advanced the 3D printing of metal components.
- AIR Battery Diagnostics (X-ray System) – A rapid and highly precise X-ray inspection system for automotive batteries, capable of analyzing battery condition in about 10 minutes, similar to a “car wash” format.
- Teuken-7B Language Model – A multilingual language model with 7 billion parameters, specifically trained on all 24 official EU languages; released as open-source.
- AI Technologies and Digital Twins – Includes autonomous robots like “ANNIE” for tasks such as drilling, welding, and bonding; also features digital twin solutions in aviation and manufacturing.
- Quantum Computing – Development of quantum infrastructure, including Germany’s first IBM Q System One quantum computer, accessible through a specialized network.
- 3D Manufacturing and Additive Technologies – The Fraunhofer Competence Field for Additive Manufacturing unites 18 institutes across Germany, focusing on 3D printing, advanced materials, and digital production workflows.
How does it work?
Fraunhofer’s funding model is a “triangle” with a strong emphasis on applied, commercially oriented science.
The main sources of income are:
1. Government Base Funding (approximately 30% of the budget)
This funding comes from Germany’s federal budget and the budgets of individual federal states. It is institutional support intended for long-term projects, infrastructure maintenance, laboratories, staffing, and foundational research. A key feature: this funding does not cover all expenses—it serves as a financial cushion to initiate projects and attract external contracts.
2. Industry Contracts (approximately 40% of the budget)
Fraunhofer operates as an engineering and scientific contractor: companies commission specific developments, prototypes, and technologies. These clients may include individual firms (such as BMW, Siemens, Bosch) or consortia of industry stakeholders. Such contracts contribute a significant portion of revenue, and institutes actively compete for them.
3. Publicly Funded Projects (approximately 30% of the budget)
These include grants and programs from the European Union (e.g. Horizon Europe, Digital Europe), German federal ministries, and international foundations. Funds are allocated to address strategic challenges—for example, in energy, artificial intelligence, and quantum technologies.
Therefore:
- The German government provides a stable foundation and initial seed funding.
- Building on this base, Fraunhofer institutes develop capabilities that allow them to secure major projects from industry and public grant programs.
- Nearly every new development is oriented toward future commercialization - Fraunhofer is known for its guiding principle that each euro of public funding is expected to generate two to three times more through market-driven contracts.
- This model positions the institutes as both scientific and entrepreneurial entities, bridging research excellence with real-world impact.