"Women in Science & IT"
... Researches data analytics and optimization of environmental science simulations as a PhD student.
I work as a PhD student in the Data Analytics, Access and Application (D3A) department at SCC. My research focuses on data analysis and optimization of simulations of high spatial and temporal resolution from environmental sciences. For optimization, I use machine learning methods and other techniques.
Furthermore, I am involved in the VFORWaTer project, in which a virtual research environment for water and terrestrial environmental research is being developed. The goal of the research environment is to facilitate access to hydrological data, their processing and their publication.
My research interests are data mining, machine learning and software development.
Contact: Elnaz Azmi
... answers questions about the creation of KIT websites.
There are about 900 web presences at KIT, which are maintained by the respective institutes and administrative departments. For this purpose, the content management system OpenText is used, which allows easy creation and editing of web pages without programming knowledge in a uniform KIT design.
In a team of three people, I advise the editors on how to implement their ideas in OpenText and answer questions ranging from the setup of a web server to the visually appealing design of the web presence.
I also work on projects that aim to digitize business processes and integrate different software systems. For example, KIT is currently working on a research information system that compiles data on research projects, publications, and innovations in order to report them to internal and external parties.
Contact: Larissa Beinhorn
... heads the Supercomputing & Simulation department, which builds and operates the Karlsruhe HoreKa high-performance computer.
We operate HoreKa for researchers throughout Germany. It's a supercomputer that has a capacity of nearly 150,000 powerful laptops. It will have a computing power of 17 petaflops - equivalent to around 17 quadrillion computing operations per second. In HoreKa, we have installed and put into operation the very latest generation of technology, earlier than many others.
My Scientific Computing & Simulation department supports researchers in making the best use of this new technology. Among the main applications at KIT are, for example, climate and environmental simulations. For weather forecasts and climate research, but also for models in particle physics, materials research, or mobility research, we can perform even faster, more efficient, and more detailed simulations with the new high-performance computer.
Contact: Dr. Jennifer Buchmüller
...researches in the Helmholtz Metadata Collaboration Platform, which aims to make data more understandable.
After the completion of a computer science master’s degree at KIT, I joined Data Exploitation Methods department (DEM) and have been working in the Helmholtz Metadata Collaboration Platform (HMC). The aim of HMC is the enrichment of data with standardized metadata, which are essential for their understanding, their finding and their re-use. This work is motivated by the large amount of unique research data that is generated in the various Helmholtz centers.
DEM is part of the HMC and I contribute to the team by the development and implementation of basic services, which form the technical basis of the platform, e.g. Collection API.
Contact: Sabrine Chelbi
... researches on artificial intelligence methods for the energy system as a Helmholtz AI consultant.
Artificial Intelligence (AI) has become a central part of our daily lives: from face-recognition algorithms for smartphones over voice-assistants like Alexa or Siri, to personalized movie recommendations on Netflix. But also scientific research has benefited immensely from the advances in AI in the past decade, leading to novel insights and innovation in many domains. As an example the development of future energy systems in order to implement the transition towards renewable energy sources and thus tackle climate change relies heavily on modern AI methods.
The goal of our Helmholtz AI team is to bring expertise on state-of-the-art AI methods to research groups in the field of “Energy” all across the Helmholtz Association. As such, we offer consulting with respect to application, implementation and validation for these algorithms, and help groups to access the necessary compute resources here at SCC.
Being an AI consultant offers new prospects and challenges every day, as the applications of AI in energy research are numerous and divers: Be it the prediction of electrical load or solar surface irradiation for photovoltaic installations, or the monitoring and control of production processes for solar cells, AI can assist in understanding and improving all of them.
Contact: Dr. Charlotte Debus
Anis Farshian Abbasi
... is a doctoral researcher in the department Data Analytics, Access and Applications.
Three-dimensional surface reconstruction is one of the major problems in computer vision. It has a wide variety of scientific, engineering, and industrial applications ranging from robotics and autonomous driving to medicine. Traditionally, 3D surface reconstruction has been tackled by geometrical methods. More recently, machine learning algorithms have gained popularity due to their strong performance in solving various problems. This has resulted in emerging a group of approaches, so-called learning-based methods, for 3D reconstruction.
As a part of my doctoral research, I am working on applying learning-based 3D surface reconstruction techniques to scientific problems. My research interests include geometry processing, machine learning, and their applications in the analysis of medical and remote sensing data.
Contact: Anis Farshian Abbasi
... supports collaboration at KIT with groupware solutions and central desktops.
Project and research groups need groupware platforms to collaborate reliably and efficiently. Such a platform is provided, among others, by the KIT team pages on our SharePoint servers. I advise and support researchers and employees in administration on the application possibilities, such as document and image libraries, appointment and task management, and simple workflows. Together with them I develop suitable solutions. I also support the Remote Desktop Service, which has its strengths when it comes to making standard software usable independent of platform and location, even over slow networks.
But not only service support is important to me, I also actively support equal opportunities at KIT.
Contact: Sabine Grindler
...conducts research & development in the field of research data management and analysis at KIT and works at her doctorate in computer philology at the TU Darmstadt.
Small humanities subjects often gain unique and detailed insights into fascinating events of human history in their research. The results of such research must be preserved in the long term, also with regard to their data, and made digitally reusable. In the so-called information infrastructure project of the Collaborative Research Center Episteme in Motion, this task is being implemented within the framework of a multifaceted interdisciplinary collaborative project of the history of knowledge with a pilot character.
As a humanities scholar and computer scientist in 'personal union', my daily project work focuses not only on research and development in the field of research data management and analysis, but also on building communicative bridges between the humanities and information science. In the context of my dissertation project with Prof. Dr. Andrea Rapp at the TU Darmstadt (Computer Philology), I also show how quantitative data analysis can be used to gain new perspectives on digitized cultural heritage by applying algorithms and tools for image segmentation and image similarity search to 16th century book illustrations.
Contact: Germaine Götzelmann
... PhD in the project Computational And Mathematical Modeling Program - CAMMP.
To apply mathematics and make it comprehensible, that is what I see as a desirable goal for mathematics education. Therefore, I decided to do a PhD in the CAMMP project after my state examination as a teacher at the KIT in mathematics and physics.
In the context of this project I am creating workshops for students in which mathematical problems are treated in an authentic and realistic way. Specifically, a workshop on the detection of the Higgs boson is to be created. A statistical analysis of the data of the Cern experiment will be carried out in order to make a well-founded decision about the existence of the Higgs particle with the help of a likelihood quotient test. Another workshop is being created on the topic of word prediction on smartphones, modeling the mathematical problem with Markov chains.
My research interests are text mining, statistical testing, Markov chains, mathematical modeling.
Contact: Stephanie Hofmann
... heads the Scientific Computing & Mathematics department.
The department Scientific Computing & Mathematics, unifies three aspects of high-performance computing. The interdisciplinary research group Computational Science and Mathematical Methods focuses on modeling and numerical methods. Researchers from SCC and the Institute for Applied and Numerical Mathematics join forces with external partners from industry and academia. Together with the DKFZ, for example, we are developing new methods to better differentiate between cancerous and healthy tissue in order to target radiation therapies more precisely and efficiently.
Experts from our Simulation and Data Life Cycle Labs support researcher groups who run simulations on our supercomputers. We help implement their models and host training sessions to get researchers started in high-performance computing.
And for the scientists of tomorrow CAMMP and Simulated Worlds offer workshops and project days for Highschool students. Together with our experts students will learn how to solve real-world problems using mathematical modeling.
Contact: Dr. Jasmin Hörter
... operates the KITnet data network together with her colleagues in the Networks and Telecommunications department.
Highly efficient and highly available data networks form the basis for successful digitization of services and up-to-date education of students with the associated teaching offer. High-performance connections to the Internet guarantee a high quality of KIT's international presence with simultaneous fast availability of documents available worldwide for researchers and students.
In addition to network hardware such as copper and fiber optic cables, routers, switches, and WLAN components, it operates remote access solutions for remote access (VPN) and essential basic services for successful network operation (firewall, DHCP). In addition, she is the central contact person for the Information Systems department for organization and operational resources in the operation of the SAP system, for Facility Management in the implementation of VoIP solutions and for network-specific questions from external service providers.
Together with her colleagues, Ms. Huck ensures a functioning 7*24 operation of the network services.
Contact: Elena Huck
Reetu Elza Joseph
... researches in the field of materials characterization with focus on Metadata Schemas for different applications.
Hailing from Kerala in India, Science has always been my passion. With a Bachelors in Electrical Engineering and a Master in Materials Science, I focussed on the intersection of these two realms during my PhD at the KIT which investigated the photophysics of Upconversion.
At the Data Exploitation Methods Department (DEM) at SCC, I work with researchers across different institutions in the Integrated Model Driven Materials Characterization project to find sustainable solutions for saving and sharing experimental data. The FAIR principles (Findable Accessible Interoperable Reproducible) are particularly important to my field of work, which focuses on developing Metadata Schemas for different applications.
Contact: Dr. Reetu Elza Joseph
... develops and communicates IT service processes such as change and serice request management, and is a communicator in these processes.
Reliable IT services are necessary to support KIT employees in administration, teaching, research, and development. And if things don't work as they should in IT, it is important to know who is responsible, who can help, who needs to be informed. The processes and tools in IT service management support us in this.
I have been working in IT service management since KIT was founded and can use my many years of experience in application development and IT support to improve communication between colleagues and also with users. Communication from within the SCC is particularly important to me. This requires good knowledge of IT-specific contexts, but also social skills. With specialist knowledge, a very good overview and the necessary tact and mediation skills, I put on the "user's glasses" and elicit answers from my colleagues to their questions. This is one of the challenges I always enjoy taking on.
Contact: Birgit Junker
... is researching hybrid algorithms in the field of quantum machine learning.
Today's quantum computers belong to the so-called NISQ devices, since they have only a small number of qubits, which are also very error-prone. Nevertheless, the advantages over classical computers can already be investigated on this basis. In particular, the use of hybrid algorithms, where parameterizable circuits for quantum computers are trained by classical optimization methods, are promising.
My team and I are investigating such hybrid algorithms and are concerned not only with practical implementations in the area of quantum machine learning, but also with scalability and generalization for future devices and potential use cases.
I also actively advocate for the sustainable development of research software and its importance in science.
Contact: Dr. Eileen Kühn
... enables and organizes communication and data exchange across institution boundaries.
Successful teamwork in science requires good communication and cooperation, and simple tools are necessary for this.
Besides real-time communication, asynchronous communication also plays a major role. For this purpose, I operate a mailing list server for KIT employees and students as well as a mailing list service for German scientific institutions on behalf of the DFN-Verein. In addition, I support the list owners in the administration of their mailing lists, which can also be used to send encrypted e-mails.
For collaborative editing and easy and flexible exchange of documents across university boundaries, we operate the cloud service bwSync&Share, which I am jointly responsible for coordinating.
Contact: Sabine Lorenz
... works as an experiment representative at the Grid Computing Centre Karlsruhe (GridKa).
GridKa supports four main LHC experiments (Alice, Atlas, CMS, LHCb). It is also the German regional grid computing center for non-LHC HEP experiments (Belle2, BaBar, Auger, Compass). All these experiments produce terabytes and/or petabytes of data every year, which should be stored securely and used reliably and quickly when needed.
I work as a representative of the ATLAS experiment at GridKa. My work involves communication between GridKa and the ATLAS experiment, coordinating GridKa's participation in ATLAS-specific testing of services, tracking incidents and issues, and working with GridKa experts. I am also responsible for other services in the LHC environment, not just ATLAS. This includes a wide range of tasks such as administration, maintenance, development, testing and deployment of software.
Contact: Dr. Haykuhi Musheghyan
... works in the tape group in hardware and process monitoring.
At the SCC, large amounts of data are stored in several tape libraries with tape drives on magnetic tapes (tape). For this purpose, the SCC provides extensive backup and archiving services. The data are on the one hand research data of scientists and on the other hand various data of KIT employees or their computers. I develop computer programs and graphics to monitor and optimize both the necessary hardware and the process of data storage. Furthermore, I am involved in communication and cooperation in the tape group.
At the employer KIT, I especially appreciate the support for the compatibility of work and family.
Contact: Karin Schaefer
... is a doctoral student in the field of mathematics didactics.
I am a doctoral student in the field of didactics of mathematics in the projects CAMMP and Simulated Worlds. More specifically, I work on the development and testing of innovative teaching and learning concepts for mathematical modeling instruction with students. For this purpose, I develop digital learning materials that allow students to actively work on real and authentic problems from everyday life, research and technology using mathematical methods and computers.
My research interests lie in particular in the application fields of renewable energies and machine learning. In terms of internal mathematics, my focus is on formulating and solving optimization problems that arise in real-world problems.
Contact: Sarah Schönbrodt
... is a team player in the KIT Card project and a member of the bwCard project.
The KIT Card is a chip card and serves, among other things, as an ID for students and employees. Several organizational units at KIT work together so that the KIT Card can be used, for example, to open doors, pay for meals, or borrow books.
The tasks in the team are very diverse: We accompany and optimize all processes around the life cycle of the KIT Card, provide or adapt the technology and software for production, consider data protection aspects, coordinate the production and issuance of the cards, provide information, and answer user inquiries.
As one of the local coordinators for the bwCard project, I am working with the nine universities in Baden-Württemberg, with the goal of being able to use their own smart cards at all state universities. The establishment of a bwCard production community is also part of the project.
Contact: Gabriele Schramm
... is a doctoral student researching uncertainties in dose calculations for radiation therapy.
Radiation therapy is one of the most widely used forms of treatment for cancer. Optimized treatment plans related to the use of protons and carbon ions allow the dose distribution to be tailored to the tumor. However, this makes the planned dose more sensitive to errors and uncertainties, e.g. in patient positioning.
I am working on the quantification of the resulting uncertainties in the dose distribution. For this purpose I use and develop mathematical methods and implement them for use with treatment planning software. Efficient estimation of the impact of various uncertainties then allows determination of more robust treatment plans with minimal side effects for patients.
Contact: Pia Stammer
...researches how humanities and cultural studies can be enriched by research data management methods and is deputy head of the DEM department.
In the Data Exploitation Methods (DEM) department, we research new methods for research data management and analysis. Together with expert scientists from various disciplines, we take an interdisciplinary look at research questions that were previously difficult to solve or even impossible to solve.
Especially in disciplines that have hardly worked digitally so far, for example the so-called 'small subjects' of the humanities and cultural studies, there is immense, still undecided potential of interdisciplinary research. Here we have the chance to enrich the methods and ways of working of the entire discipline.
As part of the Collaborative Research Center 980 'Episteme in Motion', in which about 50 humanities scholars are investigating the transformation of knowledge over several millennia, I am leading the information infrastructure project 'Books on the Move'. As a central task, we provide methods and tools - from sustainable storage of research data to annotation and visualization of specific phenomena - for the entire research network.
Contact: Dr. Danah Tonne
... researches as a PhD student at the interface between Data Science and Health Science.
Since summer 2020 I am doing research as a PhD student of the interdisciplinary graduate school HIDSS4Health in the interface between Data Science and Health Science. My focus is on improving automatic segmentation algorithms needed in tumor therapy to calculate each individual radiation plan.
For this project, I am associated with both the Computational Science and Mathematical Methods (CSMM) group at KIT and the Computational Patient Models group at the German Cancer Research Center. I received my master's degree in computer science from the University of Tübingen.
My research interests are machine learning, image segmentation and optimization.
Contact: Alexandra Walter
... works as a Helmholtz AI Consultant on artificial intelligence methods for energy research.
After graduation in physics from KIT and completing my PhD in computational biophysics at SCC, I switched to computer science as a research associate. Together with my colleauges, I work together with my colleagues on artificial intelligence (AI) methods for the energy system of tomorrow. AI is a growing component in our everyday lives, taking on increasingly important tasks in our digital society, besides tailored music recommendations on Spotify and personalized shopping ads on Instagram & Co. The application areas in energy research are as diverse as the field itself and range from load forecasting for energy systems and the development of new materials for batteries to the automated control of industrial plants.
Helmholtz AI's consulting concept is designed to enable scientists in the Helmholtz Association to use cutting-edge AI methods for their own research. As Helmholtz AI Consultants, we provide support with our expertise in AI methods and software engineering for concrete research projects. This interdisciplinary work is very diverse and offers, in addition to exciting research questions, many opportunities to learn new things and to get in touch with researchers beyond disciplinary boundaries.
Contact: Dr. Marie Weiel