Directory · DE
Research Services in Germany
A register of firms and the professionals working at them in the Research Services sector based in Germany. Browse the public index, then filter or export on Kipplo.
Companies
2.9K on file
Heteromerge Gmbh
HETEROMERGE offers complete multi-material solutions for 3D micro-printing to realize high-performant functional systems. With our printhead system, miniaturized functional 3D multi-material prints with two-photon laser lithography become possible. We enable automated material exchange with perfect alignment on all substrates – and at the highest resolution down to the nanometer range. We remove design, functional and production barriers in the world of microscopic 3D structures so our customers can focus on their products. HETEROMERGE - FUNCTIONAL 3D MICRO-PRINTING
1 to 10 staff
Hi-Tron Mainz
The Helmholtz Institute for Translational Oncology Mainz (HI-TRON Mainz) is a joint venture of the German Cancer Research Center (DKFZ) in cooperation with the Research Institute for Translational Oncology at the University Medical Center of the Johannes Gutenberg University Mainz (TRON gGmbH), the University Medical Center Mainz (UM) and the Johannes Gutenberg University Mainz (JGU). The main goal is to combine the internationally outstanding expertise of these partners in the field of personalized immunotherapy in Mainz with the comprehensive spectrum of cutting-edge cancer research at the DKFZ. HI-TRON Mainz aims to position itself among the world-leading centers for personalized cancer immuno-oncology.
11 to 50 staff
Hipole Jena
At the newly founded Helmholtz Institute for Polymers in Energy Applications HIPOLE Jena, the Helmholtz-Zentrum Berlin für Materialien und Energie (HZB) and the Friedrich Schiller University Jena (FSU Jena) work together in the sphere of energy storage and energy conversion. In order to achieve climate neutrality in Germany within the next 20 years, we are researching highly efficient, scalable, cost-effective, and sustainably produced energy technologies. To reach this goal, HIPOLE Jena integrates world-class expertise in polymer chemistry, materials science, high-throughput experiments, and artificial intelligence.
11 to 50 staff
Hirschmann Inc
Hirschmann-Inc. offers precise, high tech, German engineered & competitively priced liquid handling equipment. Rotarus® peristaltic pump series & pump heads highly programmable and versatile; Ceramus® family of bottle top dispensers, chemically inert and durable; Opus® programmable bottle top dispenser/or burette; Pipetus® rechargeable pipet controller with color display & inductive charging stand; Solarus® solar-powered bottle top digital burette, Hirschmann also offers highly accurate & precise volumetric flasks and pipets, glass inserts for multi-well plates, and breathable/autoclavable silicone stoppers. Visit: or contact us at (502) 240-0287.
1 to 10 staff
Humaine
Human-centered job design with and through AI. HUMAINE is public funded by of the Federal Ministry of Education and Research in programm „Future of value creation – Research on production, service and work“ and served by Projektträger Karlsruhe (PTKA)(funding code: 02L19C200).
1 to 10 staff
Hydro2motion
Hydro2Motion is a student team of the University of Applied Sciences Munich developing a hydrogen fuel cell prototype vehicle. Our goal is the annual participation in the competitions Shell Eco-marathon and EducEco.
11 to 50 staff
Imb Mpa Cmm Karlsruhe Kit
Die Professur für Baustoffe und Betonbau mit der assoziierten Materialprüfungs- und Forschungsanstalt, MPA Karlsruhe, sowie dem angegliederten Kompetenzzentrum für Materialfeuchte, CMM Karlsruhe, bilden gemeinsam eines der herausragenden Forschungs- und Prüfinstitute für Baustoffe und Betonbau in Deutschland. Als organisatorische Einheit des Karlsruher Instituts für Technologie (KIT) stehen wir für Forschung, Lehre sowie ein breites, innovatives Dienstleistungsangebot in den Baustoffwissenschaften und der Materialprüfung. Wissenschaftliche Tiefe und Nähe zur Praxis geben sich hier synergetisch und komplementär die Hand. Neben klassischer Prüftechnik verfügen wir über wissenschaftlich-basierte sowie hochmoderne Analysemethoden, um komplexe Fragestellungen und Aufgaben der und der Materialprüfung vollumfänglich beantworten zu können. Unsere Materialprüfungs- und Forschungsanstalt Karlsruhe, MPA Karlsruhe, ist sowohl anerkannte Prüf, Überwachungs- und Zertifizierungsstelle als auch notifizierte Stelle für eine breite Palette von Baustoffen und Bauprodukten. Zusätzlich beteiligen wir uns an der Erarbeitung von Normen und Richtlinien, die in Zusammenhang mit der Forschung, Lehre und Materialprüfung der Professur stehen. Impressum und Datenschutzerklärung:
51 to 200 staff
Impt Institute Of Micro Production Technology
Our main research activities focus on the design and production-oriented fabrication of micro-electromechanical systems (MEMS) for applications in quantum technology, industry-related sensor technology and biomedical engineering. The core competences of the institute are thin film technology, structuring technology, packaging technology, mechanical processing and characterization of MEMS and MEMS materials.
11 to 50 staff
Infrafrontier
INFRAFRONTIER, the European Research Infrastructure for Modelling Human Diseases, is a non-profit organisation dedicated to advancing disease understanding and treatment through cutting-edge models. Operated by a network of over 20 leading biomedical research institutes, it empowers research on human health and disease. Committed to excellence, INFRAFRONTIER adheres to rigorous scientific benchmarks and prioritises animal welfare. Through collaboration with other infrastructures, it fosters global data sharing and contributes to tackling significant health challenges. INFRAFRONTIER serves as a platform for innovative technologies and knowledge exchange, leveraging the power of disease modelling to improve human health. Meet all the members of INFRAFRONTIER consortium on https://infrafrontier.eu/about-us/infrafrontier-partners/
11 to 50 staff
Innosa Gmbh
InnoSA GmbH, based in Westerwald (Germany), is a company that focuses on the marketing of herbal extracts and natural substances from plants for various industries, especially for phytopharmaceuticals and dietary supplements. Today and Perspective - In 2022, InnoSA launched its first dietary supplement product. The InnoSafra product is a microencapsulated saffron extract with high contents of crocin, picocrocin, and safranal- Two other products are in the works (launch 2023)- In cooperation with a partner, InnoSA will soon be offering a range of plant extracts as microencapsulated powder and microencapsulated granules (instant) for the segments of food supplements and cosmetics.
1 to 10 staff
Input Consulting Ggmbh
Wir sind eine in Stuttgart ansässige gemeinnützige Forschungs- und Beratungsgesellschaft, die sich mit der Entwicklung der Arbeitswelt und des Dienstleistungssektors beschäftigt. Unsere Themen sind der Wandel der Arbeit durch Technik und Digitalisierung, die sozio-ökonomische Entwicklung sowie die Themen Arbeitsbedingungen, Arbeitsbeziehungen und der Mitbestimmung im Dienstleistungssektor.
11 to 50 staff
Institute For Aviation And Tourism Iat
The IAT is a practice-oriented research institute in the Faculty 3 - Business and Law at Frankfurt University of Applied Sciences. It links the individual research and teaching activities of five professors in four study programs: Aviation Management (B.A.), Tourism Management (B.A.), MBA Aviation and Tourism Management, Global Logistics (M.Sc.). The founders looks back at more than 100 university projects with more than 40 industry partners before the foundation of the IAT.
1 to 10 staff
Institute For Computational Mechanics Wall Lab
The Institute for Computational Mechanics (LNM) is committed to what can best be described as cutting-edge “application-motivated fundamental research” in a broad range of areas in computational mechanics, with applications spanning all engineering fields and the applied sciences. With a strong basis in a variety of advanced single-field problems (like computational solid, fluid, and transport dynamics), a special focus lies on coupled multifield and multiscale problems (like fluid-structure interaction, contact dynamics, thermo-structure interaction, electro-chemo-mechano-thermo interaction, opto-acoustics, porous media, multiphase transport, etc.). The main applications at the moment are challenging problems in computational biophysics (on sub-cellular and cellular scale), biomedical engineering (like modeling of respiratory and vascular systems, cardiac modeling, cancer growth, musculoskeletal system, etc.), metal additive manufacturing (on all scales, i.e. from powders to piece) and (all-solid-state) batteries. In all these areas, LNM covers the full spectrum from advanced modeling and developing novel computational methods to sophisticated software development and application-oriented simulations on high-performance computing systems. Meanwhile, research activities also include optimization, inverse analysis, uncertainty quantification, machine learning, and experimental work. In collaboration with leading researchers worldwide as well as national and international industrial partners, LNM expedites projects at the front line of research. Institute for Computational Mechanics Prof. Dr-Ing. Wolfgang A. Wall TUM School of Engineering and Design Technical University of Munich
11 to 50 staff
Institute For Ethics In Artificial Intelligence - Tum
The IEAI builds upon the Technical University of Munich’s strategy for “Human-Centered Engineering” by bringing scientists from the technical and social sciences together to conduct research on cutting-edge problems related to the responsible implementation of AI.
1 to 10 staff
Institute For Experimental Immunology And Imaging
At the IEII, we investigate the function of immune cells in the context of an intact animal organism. Using advanced methods of optical imaging and innovative experimental systems, we analyze how defined populations of immune cells behave under physiological and pathological conditions. The underlying molecular mechanisms are elucidated. We focus on disease models of fungal and bacterial lung infection as well as sterile inflammation during stroke or tumor growth.
11 to 50 staff
Institute For Industrial Production Iip
At the Institute for Industrial Production (IIP), we work on current and future issues in the fields of production and energy in a scientifically sound manner and with close links to industrial practice. The Chair of Business Administration, Production and Operations Management performs techno-economic analyses of industrial value chains with a focus on risk management, circulatory economic systems, integrated environmental protection measures, production planning and biomass applications. Furthermore the Chair is engaged in production and logistics optimization, supply chain management and closed-loop systems. The Chair of Energy Economics analyses techno-economic questions along the whole energy supply chain, from primary energy supply, over energy conversion and energy transport to energy distribution and energy use. The French-German Institute for Environmental Research (DFIU) was established in 1991 as a research institution with the mandate to sustain the widespread wish of France and Germany for strengthening the cross-border scientific cooperation in the field of environmental research. Since then, our ambition is to be one of the central scientific players in the area of French-German and international environmental research.
51 to 200 staff
Institute For Life Science Technologies Ilt.Nrw
Unsere Arbeitsschwerpunkte liegen im Bereich Digitalisierung in der Lebensmitteltechnologie (Industrie 4.0, Maschinelles Lernen), nachhaltige Lebensmitteltechnologie sowie innovative Prozesse und Produkte.
11 to 50 staff
Institute For Operations And Technology Management
The Institute for Operations and Technology Management (IBT), located at the Environmental Campus Birkenfeld of the Trier University of Applied Sciences, offers industrial and commercial services in the fields of energy system technology, production optimization, design automation, and measurement technology. Modern infrastructure and the know-how from different fields guarantee the optimal solution of technical tasks by applied research and development. The interdisciplinary working groups have both technical and organizational in-depth knowledge and experience, which are necessary for a target-oriented and successful implementation of application-oriented research projects. Our research focuses on (regenerative) energy technology and production technology. The connecting link between the two fields is energy efficiency as the interface between production and energy use. Companies and municipalities make use of our expertise in consulting on the use of renewable and highly efficient energy generation plants and model development. We also support our partners in identifying and acquiring funding for the implementation of projects. In addition, we offer students practical training in Bachelor's and Master's degree courses. Companies benefit from our training and further education concepts. Finally, we regularly organize specialist conferences for the exchange of know-how in energy system technology and production technology.
11 to 50 staff
Institute For Strategy, Technology And Organization Lmu Munich
What does digital transformation mean for business? What are the implications for a company’s strategic management? Which organizational structures enable innovation and sustainable competitive advantage? At ISTO, we are trying to gain insights into questions like these. By applying a broad range of methods (for example, econometric and formal-mathematical models), our goal is to contribute to the research community and develop recommendations for management decisions. Specifically, our research covers the areas of strategy, technology, and organization and in particular its intersections. Work at ISTO currently revolves around three research areas:(Digital) platform markets, dynamic competition, and boundaries within and across firms. In teaching, we provide our students with relevant specialist and methodological knowledge during lectures, seminars, and project courses while, thus, enabling students to make responsible and scientifically well-founded strategic decisions. Check out our history:
11 to 50 staff
Institute Of Building Materials Research At Rwth Aachen University Ibac
Welcome to the official LinkedIn page of the Institute of Building Material Research (ibac) at RWTH Aachen University! As a leading research institution in the field of building materials, we are dedicated to advancing knowledge and innovation in construction materials and their applications. Our multidisciplinary team of experts is committed to tackling complex challenges and developing sustainable solutions for the built environment. At ibac, we believe in collaboration and knowledge-sharing, which is why we partner with leading institutions and organizations worldwide. Our institute is working on a broad range of topics, such as: • Low carbon binders and resource-efficient concretes • Conservation, Repair, and Polymer Composites • Mineral Carbonation • Biobased construction materials • Environmental compatibility assessments • Steel and Corrosion • Textile and carbon-reinforced concrete On this page, you will find updates on our latest research, events, and publications and, hopefully, have some fun. We encourage you to connect with us and join our community of building material researchers, industry professionals, and students. Let's work together to shape the future of the built environment.
51 to 200 staff
Institute Of Chemical Process Engineering - University Of Stuttgart
The Institute of Chemical Process Engineering headed by Prof. U. Nieken is part of the process engineering chairs of the Faculty of Energy, Process and Bioengineering at the University of Stuttgart. The main areas of research are- Reaction engineering (heterogeneous catalysis, polymer reaction engineering, high temperature reaction engineering.)- Coarse-graining methods (mathematical homogenization, SDPD.)- Multiphase flows in porous media (SPH, phase-field methods.)- Nano-particle technology (synthesis, characterization.)- Adsorption technology (process simulation, experimental investigation, material design.)- Membrane and polymer technology (polymer membranes, PEMFC membranes, ion exchangers.)- and many more- Pulsation-free evaporator technology (@ChemTherm): https://chem-therm.de/
11 to 50 staff
Institute Of Electrical Energy Conversion Iew , University Of Stuttgart
The Institute of Electrical Energy Conversion (iew) was founded in June of 2011 within the department of electrical engineering and information technology of the University of Stuttgart. The iew's key research areas are electrical machines (EM) and wireless power transfer (WPT).
11 to 50 staff
Institute Of Iron And Steel Technology
Welcome to The Institute of Iron and Steel Technology - Pioneering Quality in Iron and Steel Technology since 1874 About Us Focus on the metallurgy of iron and steel manufacturing as well as research, development and characterization of high-performance steel alloys, ferrous materials and oxide systems related to steelmaking. For this purpose, the institute features a wide range of research facilities and cutting-edge equipment in two test fields and several laboratories. Mission We are committed to not only advancing the theoretical knowledge in our field but also to imparting practical skills that empower our students to tackle real industrial challenges. Our focus extends beyond the classroom, aiming to cultivate a generation of professionals equipped with the tools and insights needed to solve complex problems in the iron and steel industry. As a result, we bring forth sustainable solutions and contribute to the continued evolution of our dynamic field. Expertise Iron and steel metallurgy: • Technological developments in the production of iron and steel • Transport phenomena and reaction processes in metallurgy • Metallurgical process technology, process modelling • Casting and solidification of steels • Interface effects, behaviour of non-metallic inclusions and physicochemical properties of metals and slags Development of steel alloys: • Development and application of high-performance steel and ferrous alloys • Phase transformations and microstructure formation processes • Heat treatment of steel • Microstructure-property relationships • Modelling and simulation of property-relevant processes Collaboration and Partnerships: We believe in the power of collaboration. Over the years, we have forged strong partnerships with industry leaders, academia, and research institutions globally. These collaborations have not only expanded our knowledge base but have also facilitated the seamless transfer of technology and best practices.
11 to 50 staff
Institute Of Polymer Technology Lkt
Our team of about 50 scientific and technical staff is committed to driving progress in the field of polymer technologies through research, development and testing. Our main research areas are additive manufacturing - jet melting, new materials and material properties, processing, joining and tribology, and various cross-cutting topics. We are proud to collaborate with national and international research institutions and various industrial companies that support our research. Our state-of-the-art facilities include processing equipment for mixing, kneading, compounding, injection molding, extrusion, additive manufacturing, joining/welding, pressing, thermoforming, hot stamping, and rotational molding. These facilities allow us to produce both research and industrial samples. As an institute of the Friedrich-Alexander-University Erlangen-Nuremberg, we are committed to excellence in teaching and research. At the Institute of Polymer Technology (LKT), we place great emphasis on providing students with in-depth knowledge and experience in the field of polymer technology. To this end, we offer a range of opportunities such as lectures, internships, seminars, excursions and the possibility to write a thesis at a partner university abroad. Our students learn scientific work with application-oriented tasks and are thus prepared for a career in polymer technology. We look forward to connecting with you on our LinkedIn page and sharing our latest research and developments in polymer engineering.
11 to 50 staff
