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Research

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At GIU-Berlin, by engaging in cutting-edge, multidisciplinary, and cross-border research, we aim to develop intelligent solutions that contribute to a better, sustainable, and resilient world.

Advanced Machine Learning Algorithms for Signal and Image Processing

Data Science and Intelligent Systems research focuses on advancing machine learning, signal processing, and computer vision technologies to develop autonomous, real-time, and intelligent solutions for processing biomedical, remote sensing, and electrical data from sensors. Recent application domains include near real-time analysis of remote sensing imagery, personalized advanced warning systems for healthcare, and blind restoration and analysis of biomedical and audio signals.

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Redefining Marketplace Dynamics: The Consumers' Quest to Negotiate Identity and Power

Marketing research explores the complex terrain of marketplace dynamics. It focuses on consumers' active quest to navigate their roles through individual and collaborative efforts that challenge and reshape the power dynamics of consumption. From fashion to mobility, or digital realms to immigrant contexts, our work in this area uncovers how diverse groups strive to transform their market environments, for a better understanding how sustainability in marketing could be achieved.

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Smart Materials and Structures

Research in this area has been on modeling, production, characterization, and application of shape memory polymers and alloys, as well as 3D/4D-printed smart structures, to develop innovative devices with customized responses under electro-thermo-mechanical stimuli. Shape-setting techniques have been developed to produce shape memory alloys in any desired form with predefined characteristics.

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Investing in the Digital Age: Behavioral Finance, Financial Innovation, and Risk.

Finance research focuses on Behavioral Finance, Digital Finance, and Risk. Specifically, we explore how new technologies, such as social media, new brokerage platforms, or crowdfunding, change the way investors trade, interact, and perceive risks and opportunities of investments. Furthermore, we use state-of-the-art machine-learning techniques to make non-quantitative data, such as textual data from accounting reports or news and social media posts, usable and create economic value for companies, individual investors, and society.

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Innovating Sustainable Agriculture: Integrating Robotics and Mechatronics in Controlled-Environment Agriculture

Our research in controlled-environment agriculture focuses on designing and deploying Autonomous systems, from mobile robots to energy-efficient greenhouse control, that optimize agricultural processes in controlled environments.

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Bridging Cultures Through Design: Redefining Roles, Shaping Societies, and Driving Sustainability

Design Research’s particular focus is on intercultural design and designers' evolving roles, the integration of cultural differences, the social and cultural impact of design, the aesthetic values in design practices, and sustainability in design processes. This research outlines the commitment to exploring how designers can bridge cultural differences, shape future societies, and redefine their roles as mediators and creative leaders in a globalized world.

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Pulsed Ion Mobility Spectrometry

Ion Mobility Spectrometry is a powerful technique used to analyze substances in environmental sciences, but also for security applications in work places, airports, etc. We combine gas chromatography and pulsed ionization principles to enhance the analytical information, together with theoretical quantum-chemical calculations.

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Graphic design as a tool for social transformation

The Graphic Design program at the German International University Berlin combines scientific research and design practice to explore the role of design in social, cultural and institutional contexts. The research focuses on topics that define graphic design as an integral part of social and cultural transformation processes, such as: design aesthetics that shape values, norms and cultural identities, the role of typography in an intercultural context and the political dimension of design, that influences political structures, opinions and discourses

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Edge-Driven Innovations: Transforming IoT Through AI Integration

In the realm of Electronics and Information Engineering, our lab delves into the complex interplay between IoT and AI, with a particular emphasis on the transformative role of edge computing. By bringing advanced computational power directly to the source of data, edge computing is revolutionizing how IoT networks and devices operate.

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Center for Research and Transfer Mission & Contact

The mission of the Center for Research and Transfer is to cultivate a supportive ecosystem that advances research excellence and fosters interdisciplinary collaborations through strategic development and implementation. The CRT office monitors and promotes the implementation of the guidelines of good scientific practice.  

German International University (Berlin)

Center for Research and Transfer

Prof. Dr. Türker Ince

Am Borsigturm 162, 13507 Berlin

Tel: +49 17676126041

Email: turker.ince@giu-berlin.de

Industry Partnership