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Apl. Prof. Susanne Brakmann - CCB

Chemical Biology apl. Prof. Dr. Susanne Brakmann Technische Universität Dortmund Fakultät für Chemie und Chemische Biologie Chemische Biologie Otto-Hahn-Str. 4a 44227 Dortmund Germany Room: CP-02-131 E-Mail: susanne.brakmann tu-dortmund de Phone: +49 231 755 8832 © CCB/TU Dortmund Overview Our research interests lie at the interface of chemical biology and synthetic biology with an emphasis on molecular methods to study, manipulate and apply enzymatic catalysis. For this, our work is based on a method repertoire ranging from synthetic chemistry (e.g., for the synthesis of probes and substrates) and molecular biology (for the generation, modification and preparation of recombinant proteins) to biophysical chemistry (for the analysis and characterization of enzyme structure and activity). Currently, our research activities are divided into two subject areas: Optogenetics – the engineering of a tool-set for the optical control of enzymatic activity, e.g. for the independent, spatial and temporal switching of chemical transformations in vitro or in vivo. Biocatalysis – the set-up of enzymatic reactions and catalytic cascades, e.g. for chemical transformations that proceed with enhanced selectivity or sustainability. …

Prof. Daniel Rauh - CCB

Professorship of Chemical Biology Prof. Dr. Daniel Rauh Technische Universität Dortmund Fakultät für Chemie und Chemische Biologie Chemische Biologie Otto-Hahn-Str. 4a 44227 Dortmund Germany Room: CP-02-135 E-Mail: daniel.rauh tu-dortmund de Phone: +49 231 755 7080 Fax: +49 231 755 7082 Secretary Martina Reibner Room: CP-02-134 E-Mail: martina.reibner tu-dortmund de Phone: +49 231 755 7081 Maria Sergani Room: CP-02-134 E-Mail: maria.sergani tu-dortmund de Phone.: +49 231 755 8835 Alicia Wachholz Room: CP-02-134 E-Mail: alicia.wachholz tu-dortmund de Phone: +49 231 755 8834 Ilona Severin Room: CP-02-134 E-Mail: ilona.severin tu-dortmund de Phone: +49 231 755 7067 © Ralf Maserski/TU Dortmund External Resources …

Research Mechanical Engineering - TU Dortmund University

Ideal environment for top-level research Outstanding research opportunities are offered by the chairs, institutes and departments of the Department of Mechanical Engineering, where scientists develop technological innovations as well as valuable methods and advances in knowledge. Interdisciplinary research facilities and affiliated institutes of TU Dortmund University also create an ideal environment for top-level research. The Department of Mechanical Engineering and the Fraunhofer Institute for Material Flow and Logistics (IML), for example, are involved in TU Dortmund's LogisticsCampus , a pioneering project in its field. As part of the University Alliance Ruhr , "Materials Chain" is an outstanding profile focus of the joint research work of the partner universities TU Dortmund, Ruhr University Bochum and University of Duisburg-Essen. The Department of Mechanical Engineering also demonstrates particular research strength through its contributions to the five internationally recognised profile areas of the TU Dortmund University . …

ARinFLEX - Digital Transformation - TU Dortmund

Research Project Supporting the execution of flexible service processes through augmented reality (carried out at the TU Munich) Context Service innovations through digitization Digitization is the central growth and innovation driver of the present. It is rapidly and sustainably changing value creation patterns and contexts. Redesigning services in this context is a key challenge for our economy. Digitization opens resources such as process and operational data for new services, changes interaction in service processes and contributes directly to linking previously separate service systems. Services are becoming time and location-independent, scalable, and easier to standardize. On this basis, the ongoing development towards complex service systems can be mapped better, enabling more comprehensive and high-quality engineering of these systems. The aim of the funding priority is to take a step towards highly efficient service systems and to achieve better consumer involvement in the creation and production of services. The result are opportunities for companies and customers to individually design and implement services according to their preferences and lifestyles. Benefit Raising potential for SMEs in the use of innovative technologies for the digitization of service processes Innovative technologies such as augmented reality are already widespread in some industries. For example, they are used for sales demonstrations as well as in sports broadcasts to explain the rules to viewers in an abstract, playful way. However, SMEs do not have the expertise or resources to evaluate new technologies such as augmented reality in terms of their operational benefits and to introduce them into their value chain. Especially flexible service processes must be translated into the algorithms of augmented reality regarding customer-specific requirements, implicit knowledge, and high complexity. The prerequisite for this is to digitize the service processes. Aim Method for digitizing service processes The ARinFLEX joint project will support SMEs in using augmented reality to digitize service processes. By means of a digitization index, service providers will be able to identify their degree of digitization ex-ante and evaluate improvements ex-post. SMEs can identify the potential for digitizing their services by receiving support in requirements surveys and evaluating technology properties. Translated into the technology of augmented reality for data glasses and tablets, case studies for the digitization of flexible service processes are developed in the domains of industrial maintenance and care. By automating and digitizing recurring documentation tasks and providing context-specific information using augmented reality, efficiency gains and increased customer and employee satisfaction can be achieved. The application and implementation partners in the project from the care and special mechanical engineering sectors will use the applications accordingly to digitize their service processes. Implementation To achieve the project goal, the current state of research will be investigated and potential use cases in the field of healthcare delivery and maintenance will be identified. In addition, concepts and applications in both healthcare delivery and maintenance will be developed and validated in field studies. The results will be evaluated and a method for implementing supporting information technologies will be developed. The project will be conducted in three successive iterations, with project deliverables refined and improved through each iteration. The first iterations will complete a prototype implementation of smart glasses in maintenance. The second implementation will focus on prototype integration in healthcare. Finally, in the third iteration, a cross-sector method for digitizing flexible service processes will be completed. Throughout the project, a continuous communication phase ensures that all relevant stakeholders are informed about the realized project results. Work packages Project coordination and expert workshops Requirements for the digitization of services Analysis of the current state of flexible service processes in maintenance and healthcare Design and pilot testing in the maintenance and healthcare sectors Evaluation of the results in maintenance and healthcare Methodology for the introduction of supporting technologies (MethoDIG) Knowledge exchange and transfer of results Involved Partners Technische Universität München, Information Systems and Business Process Management: Method for the digitization of flexible service processes Technische Universität München, Strategy and Organization: Service Index Universität Osnabrück, Chair of Nursing Science (Prof. Dr. Hartmut Remmers): Design recommendation for sociotechnical systems iTiZZiMO GmbH, Würzburg: Modular system for the technical integration of innovative technologies Xenon Automatisierungstechnik GmbH, Dresden: Evaluation of Augmented Reality Technologies to support flexible service processes Associated Partners Logo BMW CLAAS Diakoniewerk Osnabrück Die Johanniter Flughafen München Linde Material Handling Pflegedienst am Schölerberg SANA IT Services St. Josef Stift VEMCON Sponsor Federal Ministry of Education and Research, funding code: 01FJ15058 Further Information https://www.beuth.de/de/technische-regel/din-spec-33453/310511528 http://www.arinflex.de …

Prof. Heuer Jungemann

Chair for Hybrid BioNanoSystems Prof. Dr. Amelie Heuer-Jungemann Technische Universität Dortmund Fakultät für Chemie und Chemische Biologie Chemische Biologie Otto-Hahn-Str. 6 44227 Dortmund Germany Room: C2-04-103 E-Mail: amelie.heuer-jungemann tu-dortmund de Phone: +49 231 755 5070 …

Team - Hansmann

Team © AK-Hansmann/TU Dortmund Group Leader Secretary Technical Staff PostDoc PhD Students Bachelor- and Master-Students Guests Alumni Dr. Justus Reitz (PhD 2026) Dr. Nicolas Chrysochos (Postdoc) Khajanan Kandeepan (Bachelor's thesis) Yannick Lorenz (Master’s thesis) Dr. Qiu Sun (Postdoc) Dr. Ritu Ritu (Postdoc) Dr. Taichi Koike (Postdoc) Jonas Arnold (Master’s thesis) Ragavan Rajendran (Master’s thesis) Aaron Vogel (Bachelor's thesis) Khajanan Kandeepan (Bachelor's thesis) Jan Ludwig (Bachelor’s thesis) Pegah Saedi (Guest) Seyma Ceylan (Master's thesis) Kübra Celik-Bicici (Master's thesis) Jan-Niklas Belting (Master's thesis) Julius Junker (Bachelor's thesis) Merlin Müller (Bachelor's thesis) Leo Zeiser (Bachelor's thesis) Sangita Gosh (Guest) Dr. Samaresh Sau (Postdoc) Julian Hauda (Master’s thesis) Chris Burdenski (Master’s thesis) Lars Kohle (Bachelor’s thesis) Robin Esken (Master’s thesis) Annika Behnke (Bachelor‘s thesis) Levin Burghardt (Bachelor’s thesis) Ricardo Ferreira (Bachelor’s thesis) Daniel Kösters (Bachelor’s thesis) Simon Karnbrock (Bachelor’s thesis) Vacancies We are currently looking for highly motivated students (Bachelor, Master or PhD). The research will combine experimental work from Organic and Inorganic chemistry and focus on the application of electro-chemistry, photo‑chemistry, new main-group reagents and catalysts in Organic chemistry. !New PhD positions available! In collaboration with the research groups Theatό (KIT) and Bresser (Helmholtz Ulm) we received funding for the development of organic polymer batteries DFG funding program SPP 2248 . For this highly interdisciplinary project (synthesis of small radicals, polymer synthesis and battery assembly) we are currently looking for a suitable PhD candidate to join our team. In case you are interested in organic synthesis, redox-chemistry, paramagnetic compounds, please consider applying. Bachelor and Master students Students who wish to join the group for a bachelor- or master thesis should contact me either directly (office C2-04-503) or via e-mail. Graduate Students Applications from qualified and highly motivated students who would like to join the group for a PhD should send their applications including CV to me by postal services or via email. Students from the TU Dortmund can contact me directly at the office (C2-04-503). At the moment I have a funded position for a PhD student available. In addition, I would be happy to assist with the application process for a PhD scholarship. Postdoctoral Researchers Applications from qualified and highly motivated PhD students who would like to join the group as a Postdoc should send their applications including CV to me by postal services or via email. Contact: Prof.Hansmann SPP 2248 Emmy Noether Programm Gallery Team 07/2021 11/2020 09/2020 previous image next image …

Dr. Susanne Frick

POSTDOC Susanne Frick Contact TU Dortmund University Department of Statistics Chair of Statistical Methods in Social Sciences Mathematics, Room 732 44221 Dortmund Germany E-Mail: frick@statistik.tu-dortmund.de Phone: 0231 755 8327 © Susanne Kurze Previous tab Next tab Short CV Research Interests Publications Short CV Susanne Frick is a postdoctoral researcher at the chair of Statistical Methods in Social Sciences at TU Dortmund University and worked from 2022 to 2024 in the interdisciplinary research project FAIR (https://fair.tu-dortmund.de) since February 2022. She earned a PhD in psychology at the University of Mannheim in the research training group Statistical Modeling in Psychology (SMiP) in December 2021. From 2013 to 2018, she studied psychology at the University of Constance. Her research interests include psychometrics, especially the modelling of forced-choice and process data, as well as machine learning for the prediction of interventions and for successful replications. Research Interests psychometrics machine learning meta science Publications Selected Publications Frick, S. , Schmid, L., Kuhn, J.-T., Pauly, M., & Doebler, P. (2025). Using Multivariate Random Forests for Predicting Learning Trajectories From Digital Training Data. Accpeted for publication in Quantitative and Computational Methods in the Behavioral Sciences . Heister, H., Doebler, P., & Frick, S. (2025). Bayesian Thurstonian IRT Modeling: Logical Dependencies as an Accurate Reflection of Thurstone’s Law of Comparative Judgment. Educational and Psychological Measurement , 00131644251335586. https://doi.org/10.1177/00131644251335586 Doebler*, P., Frick*, S. , & Doebler, A. (2024). Beta-Binomial Meta-Analysis of Individual Differences Based on Sample Means and Standard Deviations: Studying Reliability of Sum Scores of Binary Items. Psychological Methods , Advance online publication. https://doi.org/10.1037/met0000649 Frick**, S. , Krivošija**, A., & Munteanu**, A. (2024). Scalable Learning of Item Response Theory Models from Large Data. Proceedings of the 27th International Conference on Artificial Intelligence and Statistics , PMLR 238:1234–1242. Retrieved from https://proceedings.mlr.press/v238/frick24a.htm Frick, S. (2023). Estimating and Using Block Information in the Thurstonian IRT Model. Psychometrika , 88 (4), 1556–1589. https://doi.org/10.1007/s11336-023-09931-8 Frick, S. (2022). Modeling Faking in the Multidimensional Forced-Choice Format - The Faking Mixture Model. Psychometrika , 87 , 773–794. https://doi.org/10.1007/s11336-021-09818-6 Frick, S. , Brown, A., & Wetzel, E. (2023). Investigating the normativity of trait estimates from multidimensional forced-choice data. Multivariate Behavioral Research , 58 (1), 1–29. https://doi.org/10.1080/00273171.2021.1938960 Wetzel, E., Frick, S. , & Brown, A. (2021). Does multidimensional forced-choice prevent faking? Comparing the susceptibility of the multidimensional forced-choice format and the rating scale format to faking. Psychological Assessment , 33 (2), 156–170. https://doi.org/10.1037/pas0000971 * = shared first authorship ** = alphabetical order of authors …

Teaching - Hansmann

Teaching Detailed information about the courses can be found at Moodle Summer Semester 2026 030301 „Organische Chemie 1: Methoden und Mechanismen“ Übung zur Vorlesung „Methoden und Mechanismen“ Winter Semester 2025/2026 030318 „Heterocyclic Chemistry (MWV)“ Übung zur Vorlesung „Heterocyclic Chemistry (MWV)“ Summer Semester 2025 030301 „Organische Chemie 1: Methoden und Mechanismen“ Übung zur Vorlesung „Methoden und Mechanismen“ Winter Semester 2024/2025 030317 „Homogenous catalysis in organic synthesis (MWV)" Summer Semester 2024 030301 „Organische Chemie 1: Methoden und Mechanismen“ Übung zur Vorlesung „Methoden und Mechanismen“ Winter Semester 2023/2024 030304 „Organische Chemie 3: Methoden und Mechanismen, M-OC-c“ Übung zur Vorlesung „Organische Chemie 3: Methoden und Mechanismen“ Summer Semester 2023 030318 „Heterozyklenchemie (MWV)“ Übung zur Vorlesung „Heterozyklenchemie (MWV)“ Winter Semester 2022/2023 030304 „Organische Chemie 3: Methoden und Mechanismen, M-OC-c“ Übung zur Vorlesung „Organische Chemie 3: Methoden und Mechanismen“ Sommer Semester 2022 030317 „Homogene Katalyse in der organischen Synthese (MWV)” Übung zur Vorlesung „Homogene Katalyse in der organischen Synthese (MWV)” 030081 Praktikum Synthesen und Methoden zzgl. Seminar Winter Semester 2021/22 030318 „Heterozyklenchemie (MWV)“ Übung zur Vorlesung „Heterozyklenchemie (MWV)“ Summer Semester 2021 „Homogene Katalyse in der organischen Synthese (MWV)“ Übung zur Vorlesung „Homogene Katalyse in der organischen Synthese (MWV)“ Winter Semester 2020/21 030312 „Heterozyklenchemie (MWV)“ Übung zur Vorlesung „Heterozyklenchemie (MWV)“ Summer Semester 2020 030317 „Homogene Katalyse in der organischen Synthese (MWV)“ Übung zur Vorlesung „Homogene Katalyse in der organischen Synthese (MWV)“ Previous teaching (Georg-August Universität Göttingen) Summer Semester 2019 570140 - Seminar zum Organisch-Chemischen Grundpraktikum 572156 - Ringvorlesung "Moderne organische und biomolekulare Chemie" 570024 - Übung zur Ringvorlesung "Moderne organische und biomolekulare Chemie" 570966 - Vorlesung: Moderne Entwicklungen der Katalysechemie Winter Semester 2018/19 570022 - Synthesemethoden in der organischen Chemie 570021 - Übung zur Vorlesung "Synthesemethoden in der organischen Chemie" 572166 - Seminar zu "Methoden der Modernen Organischen und Biomolekularen Chemie (MeMo)" Summer Semester 2018 570140 - Seminar zum Organisch-Chemischen Grundpraktikum 13.04.2018 bis 13.07.2018 572156 - Ringvorlesung "Moderne organische und biomolekulare Chemie" 21.05.2018 bis 03.06.2018 570024 - Übung zur Ringvorlesung "Moderne organische und biomolekulare Chemie" 13.04.2018 bis 13.07.2018 Winter Semester 2017/18 570024 - Übung zur Vorlesung "Heterocyclenchemie" …

flowAR

Research Project Blossoming of collective creativity in physically and digitally active communities through the creation of immersive augmented reality objects (flowAR) (Project duration: 01.06.2025 to 31.05.2028) Funding body: Project in the innovation competition NEXT.IN.NRW of the EFRE/JTF-Program NRW 2021–2027. Vision & objectives The research project flowAR explores how immersive technologies such as augmented reality (AR) can redesign collaborative art installations in a natural context. The focus is on a user-centered AR authoring tool that enables non-experts to make their own creative contributions to immersive art installations. The aim is to create new forms of participatory art in public spaces - low-threshold, inclusive and ecologically sensitizing. flowAR pursues a user-centered approach and investigates the conditions under which digital and physical communities participate in co-creative processes, what motivates them to remain engaged in the long term and how these processes can be meaningfully supported by digital tools. Participation through technology: promoting collective creativity flowAR combines physical and digital spaces to create hybrid creative environments. The technical basis is a modular AR authoring tool that enables collaborative design. Based on methods such as design thinking and action design research, the needs and motivations of communities are identified and transferred directly into the design of tools and processes. Hybrid communities: motivation and sustainability A central component of the research project is the scientific monitoring and design of hybrid communities: What motivates people to participate creatively? How can commitment be maintained? The emergence, dynamics and stabilization of these communities are continuously investigated in order to be able to adapt the AR authoring tool specifically to their needs. In two iterations, prototypes of the AR application will be tested, used in the field and optimized through user feedback. The communities are not only seen as an audience, but also as active co-artists. Field of application IGA2027: Digital art in public space The International Garden Exhibition 2027 (IGA2027) in the Ruhr metropolitan region serves as a real field of application. A publicly accessible, immersive AR art installation is being created in the so-called Future Gardens, which will be filled with immersive content created by the community. The content can be created via mobile devices and made visible on site using the latest technologies - locally anchored, digitally enhanced. Transfer & impact flowAR strengthens the interface between technology, society and collaborative participation. The results of the project open up new possibilities for museums, cultural institutions, cities and civil society initiatives. This not only strengthens creative skills, but also raises awareness of issues such as the environment, urbanity and participation in public spaces. The project duration is 36 months from 06.2025 to 05.2028. Project manager and contact person for questions or cooperation offers is: Prof. Dr. Manuel Wiesche Contact person at the Chair of Digital Transformation is: Dana Hofmann, M.Sc. Involved Partners TU Dortmund University, Chair of Digital Transformation University of Duisburg-Essen, Chair of Interactive Systems Northdocks GmbH, Monheim am Rhein Digitale Kultur, Dortmund TNL GmbH Design und Illumination, Bielefeld IGA Metropole Ruhr 2027 gGmbH, Essen Sponsor Project in the innovation competition NEXT.IN.NRW of the EFRE/JTF-Program NRW 2021–2027 www.in.nrw/next …

WizARd

Research Project Knowledge networking and collaboration through augmented reality application in production-related services (WizARd) (Project duration: 01.04.2020 to 31.03.2023) Context The use of technologies such as augmented reality (AR) and virtual reality (VR) holds great potential for making the German production sector more effective and efficient. For example, AR/VR cannot only save travel costs and working time in global collaborations, but also facilitate exchange between partners. Furthermore, AR/VR can support employees in daily tasks, such as production or maintenance of machines, by the technology providing instructions or documenting work processes. However, due to knowledge and technology barriers, the diffusion of AR/VR in these application domains is still severely limited. This is where the WizARd research project comes in. Project Goal The goal of the WizARd research project is to make smart services accessible with the help of AR/VR. The main aim is to facilitate knowledge networking and collaboration in companies by using AR and VR. With the help of the digitization assistant WizARd, companies are supported in their digitization projects and accompanied step by step through the digitization process. The assistant provides information about potential AR/VR use cases and delivers best practice guidance. It also provides companies with the web tools for process modeling and for creating AR/VR applications. In this way, the digitization assistant is intended to enable SMEs to introduce AR/VR in the company. Work Packages Exploration and elicitation of requirements Iterative design, development, and piloting in the field Evaluation, reflection, and derivation of implications from the field Domain Specific Language (DSL) for AR/VR applications in smart services Knowledge exchange, transfer, and exploitation of results Coordination, continuous validation, and integration of partial results Involved Partners TU Dortmund, Chair of Digital Transformation: Development of a Digitization Assistant for AR/VR Applications Universität Hamburg, Chair ITMC: Interaction Concepts, Exploration and Piloting of Applications Universität Hamburg, Chair of Human-Computer Interaction: Interaction Concepts, Exploration and Piloting of Applications RE'FLEKT GmbH (Munich): Piloting and development of a programming language Hamburg Port Authority AöR: Requirements, use cases, piloting using the example of the HH port Orcan Energy AG (Munich): Requirements, use cases, piloting using the example of energy technology. Associated Partners Xenon Automatisierungstechnik GmbH Münchner Kreis - Übernationale Vereinigung für Kommunikationsforschung e.V. Rekers GmbH Maschinen und Anlagenbau Flughafen München Handwerkskammer für München und Oberbayern The Interface Society (ThIS!) - Advisory Council on Digitalisation AFSMI German Chapter e.V. Vuframe GmbH NautilusLog GmbH nextReality.Hamburg e.V. Atos SE Universität Bremen - Chair of Maritime Business and Logistics, Prof. Dr. Hans-Dietrich Haasis Federal Institute of Occupational Safety and Health (German: Bundesanstalt für Arbeitsschutz und Arbeitsmedizin, BAuA) Sponsor Federal Ministry of Education and Research (German: Bundesministerium für Bildung und Forschung, abbreviated BMBF): As part of the funding line "Internet-based services for complex products, production processes and plants (Smart Services)" (funding code: 02K18D180) Further Information http://wizard.tu-dortmund.de Publications within the project …

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