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Projects

Projects Highlights from the projects © SPP2433 / Ahraar Shareef project A1 / Ahraar Shareef © SPP2433 / Jiekai Wang project A3 / Jiekai Wang © SPP2433 / Henrik Lurz project A4 / Henrik Lurz © SPP2433 / Stefan Jacob project B2 / Stefan Jacob © SPP2433 / Andrew Straw project B4 / Andrew Straw © SPP2433 / Lukas Dippon project C2 / Lukas Dippon © SPP2433 / Kilian Gerberding project C3 / Kilian Gerberding © SPP2433 / Jannika Rolfs project C5 / Jannika Rolfs © SPP2433 / Anna Voss project D1 / Anna Voss © SPP2433 / Antonias Rabe project D2 / Antonia Rabe © SPP2433 / Niklas Karbach project D2 / Niklas Karbach © SPP2433 / Patrick Hinsen project D3 / Patrick Hinsen © SPP2433 / Thomas Wiedemann project D3 / Thomas Wiedemann Geometry measurement A1: Drone-based, areal laser triangulation for the geometry measurement of localised surface defects A1: Drone-based, areal laser triangulation for the geometry measurement of localised surface defects Realisation of a drone-based laser measurement system for the geometry detection of local surface defects. Contactless, marker-based 3D registration and repeated measurements from different drone positions should significantly increase the image and measurement resolution. Your browser does not support the video element. 32 MB © SPP2433/Universität Bremen Contact: Prof. Dr.-Ing. habil. Andreas Fischer E-mail: andreas.fischer protect me ?! bimaq protect me ?! .de A2: Drone-based single-shot grid projection for 3D detection of surface anomalies A2: Drone-based single-shot grid projection for 3D detection of surface anomalies The inspection of surfaces at great heights, e.g. rotor blades on wind turbines, is currently mainly carried out on the basis of two-dimensional camera images or visually with the human eye. However, reliable data-based defect detection and classification using an optical 3D topography measurement method forms the basis for minimising potential sources of error during surface inspection and increasing the accuracy of the results. The aim of this project is therefore to capture 3D topography using single-shot strip triangulation from a drone in order to enable direct measurements and quantitative topography analysis from the air. Your browser does not support the video element. 19 MB © SPP2433/Universität Kassel Contact: Prof. Dr.-Ing. habil. Lehmann E-mail: p.lehmann protect me ?! uni-kassel protect me ?! .de A3: Fibre-optic contact sensor for determining the relative movement between the drone and the measurement object for motion correction of a close-range 3D inspection lidar A3: Fibre-optic contact sensor for determining the relative movement between the drone and the measurement object for motion correction of a close-range 3D inspection lidar Drone-based object monitoring enables the identification of damage, e.g. to bridges or wind turbines. However, quantitative measurements, such as determining the depth of damage to cracks or dents, are technically challenging, particularly due to disruptive environmental influences such as wind movements and vibrations of the object being measured. To solve this problem, an innovative method is being developed that can directly measure the relative disturbing movements between the drone and the object. This is done using a fibre-optic sensor, which temporarily establishes direct contact between the drone and the object being measured. The information obtained can then be used to correct the actual measurement data and is to be used in this project, for example, in the 3D image stabilisation of a close-range lidar. Your browser does not support the video element. 28 MB © SPP2433/TU Ilmenau Contact: Jun.-Prof. Dr. Thomas Kissinger E-mail: thomas.kissinger protect me ?! tu-ilmenau protect me ?! .de A4: Airborne measuring system with a large working range A4: Airborne measuring system with a large working range In this project, a drone-supported measuring system is being developed for the digitalisation of infrastructure or large-scale industrial products. The measuring system attached to the drone consists of kinematics for stabilisation and a fringe light projection system for surface measurement in the sub-millimetre range. The localisation and thus combination of the individual measurements is made possible by a laser tracking system that can be moved by mobile robots and considerably expands the working area. Your browser does not support the video element. 20 MB © SPP2433/Universität Hannover Contact: Prof. Dr.-Ing. Annika Raatz E-mail: raatz protect me ?! match.uni-hannover protect me ?! .de PD Dr.-Ing. Markus Kästner E-mail: markus.kaestner protect me ?! imr.uni-hannover protect me ?! .de Position, vibration and acoustic measurement B1: Laser Doppler vibrometer with external laser for flying platforms with radio transmission B1: Laser Doppler vibrometer with external laser for flying platforms with radio transmission Project B1 builds on a long-standing collaboration between Clausthal University of Technology and the DLR, in which vibrations are measured using mirrors on drones with laser sensors on bridges, buildings, wind turbines and other large structures. In SPP 2433, the team is researching how to realise a laser Doppler vibrometer on a drone that is supplied with energy and laser light from the ground. The aim of this research is to reduce measurement uncertainties for vibration amplitudes, which are used to identify damage. Your browser does not support the video element. 17 MB © SPP2433/DLR/TU Clausthal Contact: Prof. Dr.-Ing. Umut Durak E-mail: umut.durak protect me ?! dlr protect me ?! .de Prof. Dr.-Ing. Christian Rembe E-mail: rembe protect me ?! iei.tu-clausthal protect me ?! .de B2: UAV-based near-field far-field transformation for detailed characterisation of large emission sources under operating conditions B2: UAV-based near-field far-field transformation for detailed characterisation of large emission sources under operating conditions UAVs (unmanned aerial vehicles/drones) offer new possibilities for the precise mapping of physical fields in areas that are difficult to access. The project is investigating how complete far fields can be determined from near-field measurements in acoustics (low-frequency sound emitters such as wind turbines) and electromagnetics (e.g. antenna systems). The interdisciplinary project utilises a mathematically very similar description of wave propagation phenomena in both applications. Your browser does not support the video element. 22 MB © SPP2433/PTB Contact: Dr. Stefan Jacob E-mail: stefan.jacob protect me ?! ptb protect me ?! .de Prof. Dr.-Ing. Thomas Kleine-Ostmann E-mail: t.kleine-ostmann protect me ?! tu-braunschweig protect me ?! .de B3: Flying intelligent metasurfaces for radar-based positioning B3: Flying intelligent metasurfaces for radar-based positioning In the project, metasurfaces (reconfigurable intelligent surfaces) are combined with drones in such a way that radar-based position measurements around obstacles become possible. The project aims to model the measurement accuracy and then improve it based on models and optimisation. Contact: Prof. Dr.-Ing. Martin Mönnigmann E-mail: martin.moennigmann protect me ?! rub protect me ?! .de Prof. Dr.-Ing. Aydin Sezgin E-mail: aydin.sezgin protect me ?! rub protect me ?! .de B4: Improving the precision of insect tracking with drones: Fusion of multiple sensor data to determine the position of insects with evaluated measurement uncertainties B4: Improving the precision of insect tracking with drones: Fusion of multiple sensor data to determine the position of insects with evaluated measurement uncertainties We have developed a multicopter that can follow flying insects in nature. We measure the 3D georeferenced position of bees and other insects over hundreds or thousands of metres. In this project, we quantify and improve the performance of these position measurements. Your browser does not support the video element. 73 MB © SPP2433/Universität Freiburg Contact: Prof. Dr. Andrew Straw E-mail: straw protect me ?! bio.uni-freiburg protect me ?! .de B5: Reliable measurements for safe rescue operations after building collapses - ZeMerGe B5: Reliable measurements for safe rescue operations after building collapses - ZeMerGe During rescue operations after building collapses, rescue teams often do not know where people are buried or where there is a risk of gas leaks. We enable safer rescue operations with drone-based, innovative measurement technology for natural gas leaks and bioradar. The aim is to systematically determine the measurement quality of both systems depending on the resources of time, size and energy (‘measurement uncertainty budget’). Contact: Prof. Dr. Stefan J. Rupitsch E-mail: stefan.rupitsch protect me ?! imtek.uni-freiburg protect me ?! .de Dr. Katrin Schmitt E-mail: katrin.schmitt protect me ?! imtek.uni-freiburg protect me ?! .de Measurement of material properties I - solid & liquid C1: UAV-based imaging techniques for the measurement of far-red sun-induced chlorophyll fluorescence C1: UAV-based imaging techniques for the measurement of far-red sun-induced chlorophyll fluorescence In this project, we measure the photosynthetic performance of plants, e.g. to detect plant stress. The camera system uses special filters to separate the emitted sun-induced fluorescence in the near-infrared from the reflected light of the plants. Your browser does not support the video element. 96 MB Contact: Dr. Juliane Bendig E-mail: j.bendig protect me ?! fz-juelich protect me ?! .de C2: CoPyro - Quantitative temperature measurement on a flying platform using lensless single-sensor quotient pyrometry C2: CoPyro - Quantitative temperature measurement on a flying platform using lensless single-sensor quotient pyrometry Research and development of a compact and lightweight sensor concept for quantitative, contactless and emissivity-independent temperature measurement. Instead of a conventional lens, a lensless optical system is implemented and the desired temperature image is reconstructed using computational imaging methods. Your browser does not support the video element. 12 MB © SPP2433/Fraunhofer-IOSB Contact: Dr.-Ing. Johannes Meyer E-mail: johannes.meyer protect me ?! iosb.fraunhofer protect me ?! .de C3: A drone-based 2-wavelength LiDAR for the determination of leaf water content C3: A drone-based 2-wavelength LiDAR for the determination of leaf water content In the context of heat and drought extremes, the leaf water content of plants plays a central role as a stress indicator. With the aim of recording the leaf water content in 3D and at any time of day, the project is developing a dual-wavelength LiDAR with tuned absorption bands. Based on a process chain to be developed, the leaf water content and corresponding uncertainties are automatically derived. Your browser does not support the video element. 79 MB © SPP2433/Universität Leipzig Contact: Prof. Dr. Teja Kattenborn E-mail: teja.kattenborn protect me ?! uni-leipzig protect me ?! .de Prof. Dr. Alexander Reiterer E-mail: alexander.reiterer protect me ?! ipm.fraunhofer protect me ?! .de C4: Quantitative recording of the water content in the soil using drone-based digital radar C4: Quantitative recording of the water content in the soil using drone-based digital radar The aim of this project is to quantitatively measure the moisture content of the soil using radar sensors. The sensors are attached to a drone. A new measurement principle with a corresponding sensor and a new signal processing concept are to be researched for this measurement task. Your browser does not support the video element. 42 MB © SPP2433/Universität Ulm Contact: Prof. Dr.-Ing. Christian Waldschmidt E-mail: christian.waldschmidt protect me ?! uni-ulm protect me ?! .de C5: Drone-mounted sensor system for determining nitrite and nitrate content in open waters C5: Drone-mounted sensor system for determining nitrite and nitrate content in open waters In this project, a drone-mounted sensor system for the real-time measurement of nitrite and nitrate levels in open waters is being realised, which enables the mapping of nutrient concentrations. To this end, an automated chip laboratory developed in preliminary work is being further developed for drone assembly. The project focusses on the investigation of measurement accuracy as a function of resources such as weight, energy and time per measurement. Your browser does not support the video element. 63 MB © SPP2433/Christian-Albrechts-Universität zu Kiel Contact: Prof. Dr. Martina Gerken E-mail: mge protect me ?! tf.uni-kiel protect me ?! .de Measurement of material properties II - gas & particles D1: Measurement of air quality parameters with a new type of drone - Air-Q-Drone D1: Measurement of air quality parameters with a new type of drone - Air-Q-Drone In the Air-Q-Drone project, a commercial drone is equipped with measurement technology to record particulate air pollutants such as PM10, PM 2.5 and ultrafine particles and is operated and characterised in flight under highly fluctuating atmospheric conditions such as temperature, humidity and wind. In contrast to previous systems, the entire range from 10 nm to 10 mm is recorded here. Previous projects were often only able to estimate the range below 300 nm, which resulted in large uncertainties in the measurements. Your browser does not support the video element. 16 MB © SPP2433/TU Braunschweig/TROPOS Contact: Dr. Astrid Lampert E-mail: Astrid.Lampert protect me ?! tu-bs protect me ?! .de Dr. Birgit Wehner E-mail: birgit protect me ?! tropos protect me ?! .de D2: Development of a drone-based measurement system for real-time monitoring of the composition of volcanic gases D2: Development of a drone-based measurement system for real-time monitoring of the composition of volcanic gases Volcanoes, and volcanic eruptions in particular, pose a significant risk to the population living in their vicinity, which is why continuous monitoring is essential. In addition to seismological assessments, the gas composition of volcanic outgassing can also be determined in order to make predictions regarding activity. To ensure the high quality of the measured data, accurate and above all regular calibration of the sensors used is essential. The use of drone-based sensor systems for real-time measurement of multiple gases can help to improve the prediction of volcanic eruptions without putting scientists in direct danger. Your browser does not support the video element. 21 MB © SPP2433/Universität Mainz Contact: Prof. Dr. Thorsten Hoffmann E-mail: t.hoffmann protect me ?! uni-mainz protect me ?! .de D3: Flying, model-based gastomograph - FliMoGaTo D3: Flying, model-based gastomograph - FliMoGaTo The aim of the project FliMoGaTo is to enable laser absorption measurements between two flying drones to measure gas and trace substances in the air without the drones' rotors disturbing the gas distribution. To this end, gas distribution models are created from remote measurements (utilizing domain knowledge in the form of physical differential equations), and, on this basis, intelligent measurement plans are calculated. Our aim is to create spatial maps of the gas distribution as accurately and as efficiently as possible. Your browser does not support the video element. 46 MB © SPP2433/TUM/DLR Contact: Prof. Dr. Achim Lilienthal E-mail: achim.j.lilienthal protect me ?! tum protect me ?! .de Dr. Thomas Wiedemann E-mail: thomas.wiedemann protect me ?! dlr protect me ?! .de D4: Enhanced Raman spectroscopic multigas sensing on flying platforms for 3D concentration profiling D4: Enhanced Raman spectroscopic multigas sensing on flying platforms for 3D concentration profiling We are researching highly sensitive Raman spectroscopy for universal gas analysis. Using this laser spectroscopic measurement technique, we can identify and quantify various gases and volatile substances with chemical selectivity and thus characterize complex gas compositions. By employing it on a drone, we want to, e.g., precisely localize sources of gases that are harmful to climate or health and create 3D profiles. Your browser does not support the video element. 36 MB © SPP2433/TU Darmstadt Contact: Prof. Dr. rer. nat. habil. Torsten Frosch E-mail: torsten.frosch protect me ?! tu-darmstadt protect me ?! .de D5: Flying analytics - drone-compatible ion mobility spectrometer with switchable gas chromatograph for rapid assessment of chemical hazards D5: Flying analytics - drone-compatible ion mobility spectrometer with switchable gas chromatograph for rapid assessment of chemical hazards This project concentrates on the development of a design strategy including the hardware implementation of a drone-compatible, dual ion mobility spectrometer (IMS) with non-radioactive ionization source, high resolving power and detection limits in the ppt range with measurement times of less than one second for rapid analysis of air samples in safety and security applications as well as in environmental measurement applications. A drone-compatible gas chromatograph (GC) with IMS as a detector will be also developed for quantitative analysis of complex samples. Rapid remote sensing of a larger area is then carried out by UAV-IMS, while the GC can be used on demand by remotely coupling the GC to the IMS as required for quantitative analyses of sensitive areas by UAV-GC-IMS. Your browser does not support the video element. 95 MB Contact: Prof. Dr.-Ing. Stefan Zimmermann E-mail: zimmermann protect me ?! geml.uni-hannover protect me ?! .de

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Study Center

Study Center Mechanical engineering & process engineering, production engineering, systems engineering © Matej Meza/Universität Bremen Dipl.-Inform. Thomas Bruns FZB, Raum 2200 Phone: +49 (0)421 218-64997 Fax: +49 (0)421 218-9864997 thbruns@uni-bremen.de Consultation hours: by appointment Management and Production Engineering © Matej Meza/Universität Bremen Svenja Schell FZB, Raum 2230 Phone: +49 (0)421 218-64998 Chat: mattermost.zfn.uni-bremen.de/login szwing@uni-bremen.de weitere Kontaktinfo: Studienfachberatung_WiIng_PT.pdf Consultation hours: by appointment Practice office / internship representative © bolik Torsten Bolik FZB , Raum 2180 Contact form: unihb.eu/fb4.praxisbuero Phone: +49 (0)421 218-64782 praxis04@uni-bremen.de Consultation hours: by appointment

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Study Center

Study Center The Study Centre is a departmental facility and the contact point for all students in matters of study planning and examination regulations. Mechanical engineering & process engineering, production engineering, systems engineering © Matej Meza/Universität Bremen Dipl.-Inform. Thomas Bruns FZB, Raum 2200 Phone: +49 (0)421 218-64997 Fax: +49 (0)421 218-9864997 thbruns@uni-bremen.de Consultation hours: by appointment Management and Production Engineering © Matej Meza/Universität Bremen Svenja Schell FZB, Raum 2190 Phone: +49 (0)421 218-64998 Chat: mattermost.zfn.uni-bremen.de/login szwing@uni-bremen.de weitere Kontaktinfo: Studienfachberatung_WiIng_PT.pdf Consultation hours: by appointment Practice office / internship representative © bolik Torsten Bolik FZB , Raum 2180 Contact form: unihb.eu/fb4.praxisbuero Phone: +49 (0)421 218-64782 praxis04@uni-bremen.de Consultation hours: by appointment

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Research

Research © Thomas Klink Working Group Biotechnology Teamleader: Prof. Dr.-Ing. habil. S. Kerzenmacher Microbial fuel- and electrolysis cells, bio-electrosynthesis Microbe-electrode interaction Development of electrode materials Up-Scaling and system integration Bio-catalysts for synthesis & remediation © Universität Bremen - Umweltverfahrenstechnik Working Group Application Development Teamleader: Dr. rer. nat. S. Kurtz development and testing of novel process combinations for wastewater treatment and water purification bioeconomy and resource recovery membrane separation processes (e.g. membrane distillation, membrane bioreactors) development and operation of test facilities/pilot plants upscaling and systems integration ecological and economical evaluations © Universität Bremen - Umweltverfahrenstechnik Working Group Micro Process Engineering & Mass Transfer Teamleader: Dr.-Ing. U. Mießner Experimental analysis and modeling of local multiphase flow effects Mass transfer in multiphase flows with and without superimposed biological or chemical reaction Microscopic multiphase flows (Taylor-droplets and bubbles) Laser measurement technology for hydrodynamics and mass transfer

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Staff

Staff Head of Research Group © Universität Bremen - Umweltverfahrenstechnik Prof. Dr.-Ing. habil. Sven Kerzenmacher Head of Research Group UFT 0130 Tel.: ++ 49 421-218 63331 kerzenmacher protect me ?! uvt.uni-bremen protect me ?! .de Senior Engineer © Universität Bremen - Umweltverfahrenstechnik Dr. Ulrich Mießner, PhD Senior Engineer UFT 0180 Tel.: ++49 421-218 63333 miessner protect me ?! uvt.uni-bremen protect me ?! .de Secretary © Universität Bremen Mar Escudero Morón Secretariat UFT 0120 Tel.: ++49 421-218 63331 escuderomoron protect me ?! uvt.uni-bremen protect me ?! .de Group leaders and post-doctoral fellows © Universität Bremen - Umweltverfahrenstechnik Dr. rer. nat. Stefan Kurtz Team Leader Application Development UFT 0150 Tel.: 0421-218 63340 kurtz protect me ?! uvt.uni-bremen protect me ?! .de © Universität Bremen - Umweltverfahrenstechnik Dr. Óscar Santiago Carretero Team Leader Applied Electrochemistry UFT 0150 Tel.: 0421-218 63328 santiago protect me ?! uvt.uni-bremen protect me ?! .de Lab Managers & Engineering © Universität Bremen - Umweltverfahrenstechnik Dipl.-Ing. Jan Iseler Systems engineering UFT 0160 Tel.: ++49 421-218 63329 iseler protect me ?! uvt.uni-bremen protect me ?! .de © Universität Bremen - Ralf Nieswandt Dipl.-Ing. Ralf Nieswandt Lab manager, instrumentation & control technology, IT UFT 1270 Tel.: 0421-218 63344 nieswandt protect me ?! uvt.uni-bremen protect me ?! .de © Universität Bremen - Umweltverfahrenstechnik Dr. rer. nat. Holger Wessolowski Lab manager UFT 0140 Tel.: 0421-218 63326 wessolowski protect me ?! uvt.uni-bremen protect me ?! .de Research associates © Elena Carmona M.Sc. Elena Carmona Cano UFT 0190 Tel.: 0421-218 63336 carmona protect me ?! uvt.uni-bremen protect me ?! .de © Universität Bremen - Umweltverfahrenstechnik M. Sc. Franziska Hellmold UFT 0210 Tel.: 0421-218 63342 hellmold protect me ?! uni-bremen protect me ?! .de © Universität Bremen - Umweltverfahrenstechnik M. Sc. Matteo Schnelle UFT 0190 Tel.: 0421-218 63338 schnelle protect me ?! uvt.uni-bremen protect me ?! .de © Malou Thiry M. Sc. Malou Thiry UFT 0210 Tel.: 0421-218 63346 thiry protect me ?! uvt.uni-bremen protect me ?! .de Guest researcher © Universität Bremen - Umweltverfahrenstechnik M. Sc. Aykut Kas Matena Innovate! Center UFT 0200 Tel.: 0421-218 63334 © Universität Bremen - Umweltverfahrenstechnik Dr. rer. nat. Marie-Caroline Müller-Saade Matena Innovate! Center UFT 0200 Tel.: 0421-218 63337 Master and Bachelor Students Frederike Kisker Student assistants

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DRUMS - Deep Tech & Robotics for Human-Centered Manufacturing Systems

DRUMS - Deep Tech & Robotics for Human-Centered Manufacturing Systems The extended DRUMS webpage is under construction and will follow soon and available under drumsproject.eu DRUMS - Deep Tech & Robotics for Human-Centered Manufacturing Systems Duration: 31.12.2023 bis 30.12.2026 Project description In the course of the digitalisation of production in the context of Industry 4.0 and Industry 5.0, sustainable, robust and human-centric production must be implemented, which places the well-being of employees at the centre of implementation. The integration of digital technologies such as deep tech solutions, robotics or artificial intelligence in the production sector can lead to an improvement in productivity and the production of more sustainable products. In this context, there is a lack of in-service teaching concepts. This results in the need to implement various digital learning scenarios. Digitalisation will permanently change the world of work and create new career prospects. In this context, it is essential to provide further training programmes for working people that prepare them for the changes in their careers. The DRUMS project is developing concepts and content for in-service training for the manufacturing industry at European level, focussing on Austria, Croatia, Slovenia, Spain and EIT RIS countries. The DRUMS project aims to design and develop a training framework for the development of a Human-Centred Manufacturing System in which humans concentrate on skills improvement related to key technologies and create high-value added work, call for a new paradigm within manufacturing sectors, incorporating human aspects in the design of production and service provision models. By utilizing this human-centred approach and aligning it with the Twin Transition (green and digital) DRUMS intends to bolster the European economy by addressing two priorities of the Industrial Strategy: maintaining European Industry’s global competitiveness and shaping Europe’s Digital Future. The proposed course will cater to the learning needs of managers, workers, and students in manufacturing sectors. It will focus on enhancing productivity, efficiency, and sustainability through the utilization of Deep Tech solutions, Robotics, and AI. The aim is to meet the evolving demands of the labor market and facilitate the development of more sustainable products. Moreover, DRUMS aims to adapt vocational education and training (VET) curricula to meet the changing skills requirements and objectives of the Twin Transition. It emphasizes innovation and skill development within the European industry, recognizing its significant contribution to the EU's economy and job market. Aligned with the Digital Education Plan and the European Green Deal, DRUMS promotes the development of a digital education ecosystem and encourages the adoption of environmentally friendly technologies. It supports circular business models and efficient resource utilization. Overall, the objective of DRUMS is not only to train a diverse workforce but also to digitize and automate the economy through a highly skilled workforce, particularly focusing on SMEs within the Manufacturing Sectors. This objective aligns with the principles of the Skills for SMEs Strategy 2030, emphasizing industry-led initiatives, innovative education and training approaches, and data-driven upskilling and reskilling efforts. Projektpartner Bremen Institute for Mechanical Engineering Badgasteiner Straße 1 28359 Bremen, Germany www.bime.de find out more: more University of Technology Vienna Karlsplatz 13, 1040 Vienna, Austria www.tuwien.ac.at find out more: more University of Zagreb Trg Republike, Hrvatske 14, HR-10000 Zagreb, Croatia www.unizg.hr find out more: more Technology Centre of Furniture and Wood of the Region of Murcia Road Perales, 30510 Yecla, Murcia Spain www.cetem.es find out more: more TECOS Slovenia Kidričeva 25, SI-3000 Celje, Slovenia www.tecos.si find out more: more EIT MANUFACTURING ASBL 2 Boulevard Thomas Gobert, 91120 Palaiseau, France www.eitmanufacturing.eu find out more: more The DRUMS project has been financed within the framework of Erasmus+ programme (KA2 - Cooperation for innovation and the exchange of good practices KA202 - Strategic Partnerships for vocational education and training; Nr. 2023-1-DE02-KA220-VET-000155846) Disclaimer The European Commission’s support for the production of this communication does not constitute an endorsement of the contents, which reflect the views only of the authors, and the Commission cannot be held responsible for any use which may be made of the information contained therein.

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Student outgoings

Student outgoings Hello World © Matej Meza An experience abroad is a great opportunity to develop personally and professionally, broaden your horizons and develop linguistic and intercultural skills! The course offers an ideal framework for this: a stay abroad can be integrated into both the Bachelor's and the Master's degree programs. Depending on the course, a suitable time window can usually be found in the 5th/6th Bachelor's or I am in the 3rd/4th Master's semester. In general, it is important to start planning a stay abroad in good time so that all deadlines are met and your own course of study can be coordinated with the semester abroad. You can find more information about partner universities, exchange programs and application deadlines and modalities on the respective subpages. If you have any questions about stays abroad during your studies, contact the Internationalization and Erasmus representatives of FB04 via fb04int@uni-bremen.de Ways to go abroad If you want to spend time abroad as part of your studies, you have various options: 1. Semester abroad 2. Internship abroad 3. Project or thesis abroad Depending on the option and the target country, there are different programs through which the organization or financial support can be provided. In general, it is important to look into the options for a stay abroad early on in order to ensure optimal planning and integration into the course of study. A good first point of contact for general questions is the International Office at the University of Bremen, which, in addition to regular information events, also provides a very informative website . If you are going to spend a semester abroad as part of your studies, you will find information and contact details for the Production Engineering Department further down on this page. Reports from students of FB04 can be found in the Stud.IP event 04-INFO-Outgoing Semester abroad: Information for outgoing students of FB04 Semester abroad in Europe The Erasmus program is probably the most straightforward way to study abroad: in addition to financial support through a monthly scholarship, an exchange place at a European partner university is also arranged. Applications for the entire next academic year (starting with the winter semester) can be submitted between mid-January and February 15 of a calendar year via the “Mobility Online” database. All important information about the program and the application process can be found on the “Erasmus stay abroad” page at www.uni-bremen.de/studium/starten-studieren/studium-international/studieren-im-ausland/erasmus-studienaufenthalt The partner universities of the Department of Production Engineering are open to you as possible exchange universities. Students of cooperative degree programs (Systems Engineering, Industrial Engineering Production Engineering) can also apply for places at their partner universities through the respective cooperative departments that are involved in their degree program. In this case, the online application must be made through the corresponding department. The list of all current contracts of the University of Bremen, sorted by department, can also be found on the page linked above. More information on the partner universities of Department 04 can be found below. Important information for WiIng PT students: When applying via Department 07, please note that there is an early procedure at FB07 that takes place via the department's own portal. Applications must be submitted here by January 15th. More information at www.uni-bremen.de/wiwi/internationales/outgoing-bremer-studierende-im-ausland/partnerprogramm Feedback geben Übersetzungsergebnisse verfügbar Semester abroad worldwide Anyone interested in studying abroad outside of Europe has two options: 1. Exchange worldwide: the University of Bremen has a network of partner universities in North and Latin America, Africa, Asia and Eastern Europe, some of which are available to students from all departments. Tuition fees are usually waived in full or at least in part as part of these cooperations. Applications are submitted by specific deadlines via the contact persons of the departments through which the relevant cooperation exists. All information and university partnerships can be found on the International Office website: www.uni-bremen.de/studium/starten-studieren/studium-international/studieren-im-ausland/austausch-weltweit 2. Freemover: it is also possible to apply for a guest study program at any university. This is usually more complex to organize and involves higher costs, as the usual tuition fees at the respective university must be paid regularly. Financing For study stays that are not completed as part of the Erasmus program, there are a number of other scholarship and funding programs. All students can apply for the PROMOS scholarship. There are also various target group and country-specific programs. The "Scholarships and funding opportunities" page provides a good overview and further information. Internship abroad Erasmus partnerships of the Production Engineering Department [Translate to English:] Land Stadt Hochschule Plätze Studiengänge Sprachanforderungen Estland Tallinn Tallinna Tehnikaülikool TalTech 2 (BA/MA) Frankreich Rouen Frankreich St. Etienne Contacts & Links [Translate to English:] Kontakt Representative of the Department for Internationalization, Erasmus and Promos: Prof Lucio Colombi Ciacchi Svenja Schell (Study Center) Tel: 0421-218-64998 Please direct any questions about international affairs and international mobility to: fb04int protect me ?! uni-bremen protect me ?! .de

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Student incomings

Student incomings © Universität Bremen Welcome to Bremen! We look forward to welcoming you as a visiting student or international program student at the Department of Production Engineering. Our courses are aimed at both Bachelor's and Master's students in the fields of mechanical engineering, process engineering, materials science, aerospace engineering, systems engineering and industrial engineering. In the Bachelor's program, most of the teaching takes place in German, but there are also individual modules in the elective area that are taught in English. In the Master's programs, you will find a wider range of English-language courses in addition to many German-language courses. The M.Sc. Space Engineering is an English-language program. Many of the lectures can also be attended by visiting students. On this page, we would like to provide you with some information for your study stay at the University of Bremen and the Department of Production Engineering. Academic year At the University of Bremen, the winter semester begins every year on October 1st , the summer semester on April 1s t. The lecture period lasts 14 weeks and usually begins about two weeks after the start of the semester. Introductory events, language courses and orientation sessions take place in the first two weeks of the semester. Exams usually take place during the lecture-free period in February/March or July/August. In some courses, there may also be exams during the semester. The current and future lecture times and holiday dates can be found at https://www.uni-bremen.de/en/studies/starting-your-studies/academic-year Application and enrollment Erasmus students You apply for an exchange place as part of the Erasmus program at your home university. If your home university has nominated you at the University of Bremen, you will receive further information about the application process at the University of Bremen from our International Office. You must register in Mobility Online and apply for a guest study program via the University of Bremen's application portal . Freemover If you want to take courses and exams at the University of Bremen for one or two semesters as a freemover, you can apply for a guest study program via the University of Bremen's application portal . To apply, you need confirmation from the receiving department. Please contact the coordinator for International students at the Faculty of Production Engineering via fb04int@uni-bremen.de. Further information on applying as a freemover and contact persons in the International Office can be found at https://www.uni-bremen.de/en/studies/orientation-application/applying-for-studies/applications-from-abroad/freemover-visiting-students Course selection and Learning Agreement Course selection The courses of a semester are usually published in the online course directory only 1 - 2 months before the start of the semester. If you would like to find out earlier, you can call up the last summer or winter semester in the semester selection. There are usually only minor changes to the courses on offer. In principle, you may take courses from the entire range offered by the University of Bremen. However, please discuss this in advance with the internationalization officers at the Faculty of Production Engineering. You can find a list of all English-language courses via the filter function “Search for courses”. The course numbers of all courses offered by the Faculty of Production Engineering start with 04-, courses offered by the Faculty of Business Administration and Economics start with 07-. Learning Agreement The contact persons at the Department of Production Engineering for coordinating and signing the Learning Agreement are the representatives for internationalization / Erasmus of the department Prof. Lucio Colombi Ciacchi and Svenja Schell. Please use fb04int@uni-bremen.de to contact us. The University of Bremen is connected to Erasmus without Papers (EWP) via the platform Mobility Online. Information about courses and exams Courses The academic year at the University of Bremen is divided into two semesters: Winter semester from October 1 to March 31 Summer semester from April 1 to September 30 Courses are held over a period of 14 weeks: Winter semester: mid-October to early February Summer semester: early/mid-April to early/mid-July Courses are mostly held in-person, although some are offered as online or blended learning formats, where part of the course is taught in-person/online and part is self-directed. For the registration and organization of courses, the University of Bremen uses the Stud.IP learning platform, where you must register with your university account. On Stud.IP, you can create your schedule and register for your selected courses. Examinations Examinations for most modules take place after the end of the course period, i.e., in February and March in the winter semester, and in July and August in the summer semester. Typical examination formats include written exams, oral exams, presentations, and written assignments. The examination format can be found in the module description. It will also be announced by the instructor at the beginning of the course. Exchange students do not register through the Examinations Office if they wish to take an exam, but rather register directly with the examiners. Language requirements Language skills in the language of instruction should be at level B2. German language skills are only expected if you are taking courses taught in German. Information on preparatory studies Information for refugees Contacts & Links Contact Representative of the Department of Internationalization, Erasmus und Promos: Prof Lucio Colombi Ciacchi Svenja Schell (Study Center) Teil: 0421-218-64998 E-Mail: fb04int protect me ?! uni-bremen protect me ?! .de

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Attempts

Attempts Bachelor & Master If you do not pass an exam or fail to appear after registering, you have four semesters in which you can retake the exam in question (in order to the general examination regulations bachelor/master from 2010). Exception: Bachelor or master thesis do have onle two attempts. There is no automatic registration. First State Law Examination - intermediate exam Pursuant to § 21 (2) of the Examination Regulations for law studies leading to the First State Law Examination in the Faculty of Law at the University of Bremen, students who do not pass an exam or failed to appear for the exam or were unable to take it owing to a recognized period of illness will be automatically registered by the Faculty administration to sit for the examination on the next possible date. Two retake attempts are possible. First State Law Examination - Main Studies / Specialization Studies With the exception of the final thesis, there are no limits on the number of times you can retake an examination in main and specialization subjects. Please note that you have to register to retake an exam yourself.

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Deadlines for registration and deregistration

Deadlines for registration and deregistration Bachelor & Master The regular period for registering to take exams in the winter semester usually begins on December 10 and ends on January 10 of the following year in the summer semester usually begins on June 10 and ends on June 30. The period for deregistration ends in the winter semester on January 30 in the summer semester on June 30 Please also note that different deadlines may be listed in the examination schedules! The examination schedules are published on the pages of the respective program. First State Law Examination Unless otherwise stated in the examination schedule, the period for registering and deregistering runs from December 10 to January 10 of the following year. Possible changes to deadlines for registration and deregistration of examinations for the respective semester will be announced on the respective program page. Please take note that you can only register for an exam within the periods stated above. Thereafter, deregistration from an examination is only possible within the withdrawal period. If you do not cancel your registration within the stated period, the examination procedure will be deemed to have been opened and in the case of no-shows will be recorded with 0 points “Default”.

Section: FB4

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