20 Teilzeit Research Assistant Jobs

Durchführung und Auswertung von chemischen Analysen von Pestiziden in Umweltproben (z. B. Boden, Wasser, Insekten)., Untersuchung der ökologischen Auswirkungen von Pestiziden auf Insektenpopulationen., Entwicklung und Anwendung von multivariaten statistischen Methoden zur Analyse großer Datensätze., Interpretation und Integration der Ergebnisse aus der chemischen Analytik und der ökologischen Forschung., Präsentation von Forschungsergebnissen in internen und externen Foren, einschließlich der Zusammenarbeit mit anderen Forschungseinrichtungen und Stakeholdern., Unterstützung bei der Organisation von Workshops und Seminaren.

literature analysis, screening and summary of text documents, creation of graphic materials and presentations, support in developing policy briefs and writing manuscripts, producing GIS maps and data analysis, assist in report writing to the funding organization, handle the project’s communications activities including social media and infographics

Help project management and execution of national as well as international R&D projects, Help in development of new test methods and technologies, Contribute to scientific publications, Help carry out consultancy projects, Support teaching and training activities in the field of Transportation Infrastructure

Research and development on the use of distributed fiber optic sensors for condition monitoring of bridges, Investigation and evaluation of the usability and limitations of various methods of distributed fiber optic sensing based on Rayleigh, Brillouin and Raman scattering for condition monitoring of bridges, Development of suitable test setups and laboratory experiments, execution, and evaluation of test series in the laboratory and on relevant test specimens, Planning, implementation, and evaluation of fiber optic measurement campaigns on various real structures as part of business trips, Investigation of the influence of sensor geometry, measurement parameters, installation method and location of the fiber optic sensors and external influences on the measurement results and measurement data quality as well as development of best practices for the instrumentation of bridge structures, Development and implementation of hardware-based methods and measurement protocols as well as algorithms (software) to compensate for the influence of disturbance variables in order to increase measurement data quality and to facilitate appropriate data reduction, Publishing results by writing scientific articles for publication in recognized peer-reviewed journals, preparing conference contributions and giving talks and presentations

Unterstützung bei der Durchführung des Forschungsprojektes, Erstellung und Durchführung von qualitativen und/oder quantitativen Erhebungen, Analyse von qualitativen und/oder quantitativen Daten, Erstellen von Berichten und Publikationen, Präsentation des Projektes/ der Projektergebnisse auf div. Veranstaltungsformaten

literature analysis, screening and summary of text documents, creation of graphic materials and presentations, support in developing policy briefs and writing manuscripts, producing GIS maps and data analysis, assist in report writing to the funding organization, handle the project’s communications activities including social media and infographics

Research on power electronic solutions for converter dominated power grids using simulation, test setups and PHIL techniques, Further development of the power electronics laboratory setups, Teaching tasks in the course "Grundlagen der Elektrotechnik" (Fundamentals of Electrical Engineering) as well as in the bachelor and master courses on power electronics;, Supervision of students, Participation in the project work at the Chair of Power Electronics

Develop miniaturized optoelectronic sensor systems for HD-DOT and EEG., Design ultra-low-noise analog and mixed-signal circuits for real-time brain imaging., Implement real-time electronics for multimodal data acquisition, preprocessing, and synchronization., Optimize energy-efficient and space-saving architectures for wearable devices, including flexible electronics and thermal management., Collaborate interdisciplinarily with neuroscientists, electrical engineers, and machine learning experts., Test and validate prototypes in real-world applications with human subjects., Publish research results in renowned scientific journals and conferences., Perform teaching tasks.

Collaboration and development of a test stand in a research project focused on the mechanistic understanding of C02 reduction under higher pressures and temperatures., The position also includes a commitment to support teaching as part of the responsibilities in the department., The goal of the research is to develop a new understanding of the mechanism of electrochemical C02 reduction.

Unterstützung bei der Auswertung quantitativer Daten (aktueller Arbeitsschwerpunkt), Zusammenfassen von Forschungsliteratur für die Schulpraxis, Literaturrecherche

Collaboration in research and teaching at the Chair of Energy Engineering and Climate Protection, Supervision of seminars and courses, Co-supervision of students, Carrying out own research on the basis of the previous results of the chair

Develop miniaturized optoelectronic sensor systems for HD-DOT and EEG., Design ultra-low-noise analog and mixed-signal circuits for real-time brain imaging., Implement real-time electronics for multimodal data acquisition, preprocessing, and synchronization., Optimize energy-efficient and space-saving architectures for wearable devices, including flexible electronics and thermal management., Collaborate interdisciplinarily with neuroscientists, electrical engineers, and machine learning experts., Test and validate prototypes in real-world applications with human subjects., Publish research results in renowned scientific journals and conferences., Perform teaching tasks.

design and implementation of integrated fiber-based photonic quantum systems using a time-frequency based approach for applications in information processing, exploration of novel optical manipulation schemes in integrated devices

Research and development for the use of distributed fiber optic sensors for condition monitoring of bridges, Investigation and evaluation of the usability and limitations of various methods of distributed fiber optic sensing based on Rayleigh, Brillouin and Raman scattering for condition monitoring of bridges, Development of suitable test setups and laboratory experiments, execution and evaluation of test series in the laboratory and on relevant test specimens, Planning, execution and evaluation of fiber optic measurement campaigns on various real structures as part of business trips, Investigation of the influence of sensor geometry, measurement parameters, installation method and location of the fiber optic sensors and of external influences on the measurement results and the measurement data quality as well as development of best practices for the instrumentation of bridge structures, Development and implementation of methods and algorithms to compensate for the influences of disturbance variables to increase the quality of measurement data and for data reduction, in particular based on machine learning (ML), Development and implementation of ML-based algorithms for the automated detection, localization and classification of damages and traffic influences, Derivation of holistic case-related monitoring concepts for bridge structures from the collected findings together with the partners, Responsibility for creating and continuously updating/expanding a document describing the current state of the art, the findings collected in the project and the derived best practices, Publishing results by writing scientific articles for publication in recognized peer-reviewed journals, preparing conference contributions and giving talks and presentations, Creating project reports

Literaturrecherche, Exzerpieren wissenschaftlicher Texte, Vor- und Nachbereitung sowie Analyse und Auswertung qualitativer Interviews, Unterstützung bei der Vor- und Nachbereitung von Workshops, Literatur- und Datenmanagement, Unterstützung beim Projekt- und Fördermittelmanagement, Unterstützung bei Publikationen

Erstellung einer Dissertation in englischer Sprache, Unterstützung bei der Vorbereitung und Durchführung von Lehrveranstaltungen im BSc und MSc Programm, Betreuung der BSc und MSc Studierenden bei ihren Abschlussarbeiten, Entwicklung innovativer Forschungsbeiträge, Verwendung quantitativer Methoden für das empirische Forschungsprojekt, Anstreben der Veröffentlichung von Forschungsarbeiten in internationalen referierten Fachzeitschriften

Collaboration in research and teaching at the Chair of Energy Engineering and Climate Protection, Supervision of seminars and courses, Co-supervision of students, Carrying out own research on the basis of the previous results of the chair

Durchführung von Forschungsprojekten und der Verfassung Ihrer Dissertation., Kernthemen der Dissertation: Themen rund um das Ökosystem Innenstadt, Einsatz von Large Language Models im Unternehmen (Chancen, Herausforderungen, Biases), Messung des Kundenlebenswertes oder Optimierung von digitalen Marketing-Aktivitäten., Empirische Arbeit unter Einsatz von Transaktionsdaten oder eigens erhobener experimenteller Daten., Präsentation der Ergebnisse auf internationalen Konferenzen oder vor wissenschaftlichen Partnern und anstreben die Publikation in international renommierten wissenschaftlichen Zeitschriften., Unterstützung des Lehrstuhls in Verwaltung und Lehre, was aber eng mit Ihren Forschungstätigkeiten verknüpft wird.

Support the team in market research, Identify potential industrial partners, Assist the team in content creation and managing social media, Joining sales calls and meetings (if possible) to learn and support, Join team meetings and contribute to marketing strategy discussions

Collaboration and development of a test stand in a research project focused on the mechanistic understanding of C02 reduction under higher pressures and temperatures., Support teaching as part of the responsibilities in the department., Develop a new understanding of the mechanism of electrochemical C02 reduction.