Research Services in Germany

Revisalt Gmbh

Glass is heavier than it needs to be. Strengthening it chemically takes hours, so it's only ever been worth doing for phone screens and other premium parts. Our fast chemical strengthening (FCS) does it in minutes. That can take up to half the weight out of a product, and it makes strong glass practical for everyday use, not just high-end niches. We also work on the part nobody talks about: the molten salt bath the process runs on. Our SaltClean material keeps that bath performing far longer and more consistently, with much less waste. ReViSalt is a spin-off of the glass institute at TU Bergakademie Freiberg, backed by the TGFS technology fund. Our goal is simple — make strong, light, low-waste glass affordable enough to use everywhere.

11 to 50 staff

RWTH Aachen University

With 260 institutes in nine faculties RWTH Aachen University is one of Europe’s leading institutions for science and research. Currently about 45 000 students are enrolled in over 150 academic programmes. Over 9 000 of them are international students hailing from 120 different countries. The scientific education students receive at RWTH Aachen is firmly rooted in real-world applications. As a result our graduates are highly sought after by businesses as trainees and for executive positions. (source: [3]) Job offers can be found follwing [1] (this service is currently offered in german only but you might want to take a look at this list [2] showing academic staff offers). --- Die RWTH Aachen gehört mit ihren 260 Instituten in neun Fakultäten zu den führenden europäischen Wissenschafts- und Forschungseinrichtungen. Derzeit sind rund 45.000 Studierende in über 150 Studiengängen eingeschrieben davon über 9.000 ausländische Studierende aus 120 Ländern. Die wissenschaftliche Ausbildung an der RWTH Aachen hat einen hohen Anwendungsbezug. Deshalb sind die Absolventinnen und Absolventen in der Wirtschaft gefragte Nachwuchs- und Führungskräfte. (Quelle: [3]) Unsere Jobbörse finden Sie unter [1]. [1] http://www.rwth-aachen.de/go/id/hxm/ [2] http://www.zhv.rwth-aachen.de/mainzhv.php?scriptid=job&param=auswertung&typ=wiss [3] http://www.rwth-aachen.de/go/id/xql/

5001-10000 staff

Simulation Of Reactive Thermo-Fluid Systems Stfs , Tu Darmstadt

At STFS, we explore innovative energy conversion processes for rapidly attaining carbon neutrality. To this end, we develop numerical models for advanced simulations on high-performance computers. Our aim is to gain a fundamental understanding of carbon-free and carbon-neutral substitutes for fossil fuels, which can help build a more sustainable future, bridging the gap between basic research and technical applications.

11 to 50 staff

Smart Farming Lab

Entlang der gesamten landwirtschaftlichen Wertschöpfungskette erforschen und vermitteln wir die Anwendung digitaler Smart-Farming-Technologien zur Unterstützung eines nachhaltigen, modernen Landwirtschaftsbetriebs der Zukunft.

11 to 50 staff

Smt - Zimmermann Group

The Department of Sensors and Measurement Technology (SMT) of the Institute of Electrical Engineering and Measurement Technology, Leibniz Universität Hannover, Germany, mainly concentrates on the development of new physical and chemical sensor principles, sensors (nanosensors) and compact analytical tools for fast detection of trace-compounds in liquids and air mainly for medical, biotechnological, environmental, safety and security applications, covering both fundamental research aspects and application oriented projects often in close cooperation with industrial, clinical and scientific partners.

11 to 50 staff

Software And Ai Business Tu Darmstadt

Curiosity is the driving force behind our work. We are techno optimists. Open to unconventional ideas, we always look to the future – with the aim of making our world a little bit better through research, teaching, further education, lectures, media presence and digital innovations.

11 to 50 staff

Sonares - Scientific Services

Wir transformieren Spitzenforschung in ScienceFacts. Mit den eingebetteten Micro-Tools erweitern Medien, Unternehmen und Organisationen ihre digitalen Angebote um wissenschaftlich fundierte Interaktionen – für mehr Relevanz, Vertrauen und messbare Nutzerbindung. Mit ScienceFacts gegen Fake News Über 200 Tools machen Wissenschaft auf Webseiten interaktiv & erlebbar. First-Party Data Excellence Persönliche Interaktionen liefern hochwertige Nutzerdaten – DSGVO-konform und direkt aus der User Experience. Performance & Retention Relevante, individuelle Antworten steigern Verweildauer, Engagement und Conversion-Qualität. AI-Readiness & GEO Strukturierte Modelle machen Inhalte für generative Suchsysteme besser erkennbar, zitierfähig und anschlussfähig. sonares macht Wissenschaft erlebbar – und digitale Wertschöpfung messbar. 1:1-Gespräch vereinbaren: https://sonares.org/meetup/

11 to 50 staff

Technologie Campus Hutthurm

Wir am Technologie Campus Hutthurm der Technischen Hochschule Deggendorf sehen uns als Forschungsdienstleister rund um innovative Lösungen in der Kunststofftechnik. Im Verbund mit dem Technologie- und Studienzentrum Weißenburg vertreten wir im kunststoffcampus bayern den Ansatz „Ressourceneffizienz durch Prozessentwicklung, Leichtbau und Materialforschung.“

11 to 50 staff

The Sgc Frankfurt

The Structural Genomics Consortium at the Goethe University Frankfurt (SGC Frankfurt) is focused on the development and rational design of selective inhibitors (chemical probes) targeting key signaling molecules and their use for the validation of new targets. The research team focusses on the following key areas:*Kinases: Strategies for the development of highly specific inhibitors will be focused on a) allosteric inhibitors and inhibitors targeting unique active site pockets. This approach allows us to interrogate catalytic as well as scaffolding functions of kinases exploring also catalytically inactive or weakly active pseudokinases as drug targets; b) We are also developing covalent kinase inhibitors by targeting cysteines in the proximity of the ATP binding pocket using electrophilic groups and c) we are exploring improved shape compatibility using macrocycles to generate novel and more specific kinase inhibitors targeting the active (type I) and inactive states (type II).*Inhibitors that target key enzymes and protein-protein interactions such as bromodomains modulating chromatin and epigenetic mechanisms.*Development and characterization of chemical probes targeting the ubiquitin system.*Development and characterization of chemical probes modulating autophagy including key enzymes as well as protein interactions such as conjugating enzyme as well as binding partners of autophagy modifiers (LC3/GABARAP) Kinase probes The SGC Frankfurt is also coordinating the open science probe project, a large scale initiative that makes high quality chemical probes available. These highly specific inhibitors have been developed by industry for diverse therapeutic areas but are no longer pursued as drug candidates. They offer therefore a valuable resource for basic research, target validation as well as translational studies including repurposing in other therapeutic areas The team has capacities for protein production, in vitro screening (biochemical and biophysic

11 to 50 staff

The University of Freiburg

Contact: info(at)uni-freiburg.de Imprint: http://www.uni-freiburg.de/impressum?set_language=en Netiquette: https://www.facebook.com/notes/albert-ludwigs-universit%C3%A4t-freiburg/social-media-netiquette/1267081090053435/ LinkedIn privacy policy: http://www.uni-freiburg.de/datenschutz-socialmedia/linkedin

5001-10000 staff

Thiem-Research Gmbh

Durch das interdisziplinäre Zusammenspiel zwischen klinischer und technischer Forschung, wissenschaftlicher Expertise und Know-How aus der Schwerpunktversorgung schaffen wir die Voraussetzungen für Translationale Medizin.

11 to 50 staff

Tum - Associate Professorship Of Travel Behavior Tb

As an associate professorship of the Technical University of Munich, we research human travel behavior and the development and application of transportation and land-use models. Such models are used to assess the impact of infrastructure investment and planning policies before they are implemented.

11 to 50 staff

Tum - Chair Of Urban Water Systems Engineering

Chair of Urban Water Systems Engineering, TUM School of Engineering and Design

11 to 50 staff

Tum Chair Of Connected Mobility

The research group for Connected Mobility explores networked systems, applications, and services for mobile users. We are primarily concerned with connecting mobile users and other devices to cloud-based services, offering (autonomous) local networked services, and enabling services using ad-hoc interaction between mobiles. But our research also extends to mobility and user behavior modelling and offering services in support of (multimodal) human mobility. Our core expertise is in networked systems and services design and implementation, backed by measurements, modeling, and analysis. We build apps on (mobile) user devices, support software for (local) network infrastructure nodes and appliances, and services for the backend (in the cloud). Our research focus is on the network, transport, and application layers with the aim to ultimately provide services that run across any underlying infrastructure. But we actively embrace the characteristics of (novel) wireless link layers to connect mobile devices in our design. Meta goals of our work are devising systems, protocols, and services that are robust in their operation across different environments, are adaptive to maintain and manage user quality of experience (QoE), and protect user privacy as much as possible.

11 to 50 staff

Tum Chair Of Materials Engineering Of Additive Manufacturing

The central topic of all research activities at the Chair of Materials Engineering of Additive Manufacturing is the investigation of process-structure-property relationships of metallic materials. As manufacturing and processing techniques, we focus on innovative welding methods for joining and state-of-the-art direct energy deposition processes for additive manufacturing. Multi-material components and graded material structures are a special focus and the spectrum ranges from steels to non-ferrous metals, light and heavy metals to metal-matrix composites but always with an eye on sustainability. Cross-scale material simulation, excellent characterization methods, innovative measurement and testing technology and state-of-the-art AI-supported data analysis close the circle and allow us to gain insights into materials that would otherwise remain hidden to the human eye and mind. All in all, we are thus able to deliver tailored material solutions for the most demanding applications. The chair offers numerous Bachelor's/Master's theses, semester projects and student assistant positions. Can't find a suitable topic? Unsolicited applications are always welcome! Please send your application to teaching.mat@ed.tum.de. Your documents should include the following- Your CV - Your proof of experience - A letter of motivation and a short description of your field of interest (max. 500 words) We look forward to receiving your application! Teaching: Publications: Thesis Offers:

11 to 50 staff

University of Hamburg

With about 44 000 students the University of Hamburg is one of Germany's largest universities. Approximately 650 of the 3 990 academic staff are full professors. About 120 professors work in the Faculty of Medicine or at the University Clinic Hamburg-Eppendorf (UKE) about 530 work in the other faculties. These are supported by about 5 820 employees working in technical support libraries laboratories health care and administration with about 3 830 people at the UKE and about 1 990 in the other faculties or the administration. The university is comprised of 150 different buildings throughout the city although its main campus is located in Von-Melle-Park and the surrounding district of Eimsbüttel.

5001-10000 staff

Vrisi E.V

VR in Science and Industry - Network NRW e.V." aims to promote VR/AR in science and industry: Companies and research work together, developing and marketing services and solutions. New ideas, components and applications are identified and brought forward. Objectives-cooperation and networking in research, development and application in VR/AR technology -strengthening of the competence in the region and marketing for VR/AR -Initiation of joint projects -Participation in funded projects -lobbying with politics, administration and associations

11 to 50 staff

Vunk - Consumer Research And Sustainable Consumption

The research group conducts research activities in the field of consumer and user protection as well as sustainable vunk - Institute for Consumer Research and Sustainable Consumption of Pforzheim University. Its members are reserachers in the field of law, business, econom, technology, psychology and market research and design.

11 to 50 staff

Womb Lab - Women's Mental Health & Brain Function

Our research group focuses on socio-affective behavior and brain functions, with special emphasis on gender, mental health, and hormonal balance. Gender and sex hormones influence not only our health and behavior but also our brain. Therefore, our group is dedicated to investigating these effects on multiple levels (behavior, brain, psychophysiology, and hormone levels) and in relation to different competencies (ranging from emotional abilities and empathy to stress and motivation). We are particularly interested in not only brain structure but also brain activity and connectivity. Many patients with mental disorders exhibit differences and impairments in these areas, and we study the interaction of gender, hormone levels, and brain function in relation to symptoms. Additionally, we explore therapeutic interventions at both behavioral and neural levels. In our interdisciplinary group, we work with psychologists, neuroscientists, neurobiologists, psychotherapists, medical professionals, philosophers, psychosexologists, and other scientific colleagues.

11 to 50 staff

Ackermann Fahrzeugbau Oschersleben Gmbh

1 to 10 staff

Afridat Research & Innovation Gmbh

Research| Innovation| Project Management| Data Analysis

1 to 10 staff

Agrofor Consulting & Products Dipl.-Ing. Agr. Oliver Wegener

AGROFOR Consulting & Products Dipl-Ing. agr. Oliver Wegener

1 to 10 staff

Aris Umfrageforschung

1 to 10 staff

Augsburg Diamond Technology Gmbh

Augsburg Diamond Technology is specialized in the synthesis of large-size single-crystal diamonds. In order to grow the oriented diamond on foreign substrates, heteroepitaxy is applied. Over the past two decades, the basis of this technology was developed at the Institute of Physics at the University of Augsburg. For the first time, these crystals are available for commercial applications. Augsburg Diamond Technology is a spin-off company of the University of Augsburg. The AuDiaTec single-crystal diamond can be used for a wide range of mechanical, optical, electrical and thermal applications. Applying chemical vapor deposition, all crystals are grown on the specially developed multilayer substrate Ir/YSZ/Si. Hence, diamond crystals with an edge length of at least 20 mm are achievable. Depending on the specific application, individual characteristics regarding transparency or shading can be offered. The virtues of the diamonds of AuDiaTec are: • Excellent homogeneity (free of joints or growth sector inhomogeneities) • Large dimensions for new applications at affordable prices • Short-term availability also for large edge lengths • Customized crystals (minimized waste during further processing by costumer) Impressum: Please contact us, if you need special advice regarding the virtues and expanded fields of application of our new material!

11 to 50 staff