Overview AMC Researchers
investigates fibre reinforcement strategies as doctoral researcher. In collaboration with project partners he develops techniques for processing fibres to obtain suitable reinforcement structures for different AM methods. Beyond conception his work scope ranges from deriving representative part designs to physical testing including prototyping of toolings.
Project(s) Project A 10 Earth Additive Manufacturing (EAM) – Material and Process Combinations for AM with Earth-based Materials
is a doctoral researcher at the Centre for Building Material within TUM. He is responsible for the further development of the material established in the first project phase of A03. He further analysis all data, prepares reports, presentations and publications.
is a research associate in the work group of Prof. Dr.-Ing. Arno Kwade. He is responsible for the development of tailored particles for the combined process of SPI and WAAM.
is a research associate at the Working group of Prof. Dr.-Ing. Christoph Gehlen. Expert in material development of Extrusion Concrete for additive manufacturing.
is a doctoral researcher at the Institute for Assembly Technology and Robotics within Leibniz University Hannover. His background in mechatronics and robotics drives his work on mobile robotics. By synergizing elements from computer science, control theory, and mechanical design he enhances robotic autonomy and efficiency to enable print-while-driving
M. Sc. Friedrich Herding is a research associate in the working group of Prof. Dr.-Ing. Dirk Lowke. He is researching the material-process interaction in the SCA process.
Kevin Hoefer works as a post-doc at the Chair of Welding Technology and is responsible for the department “Materials and Design”. In the project, he supports Prof. Jonas Hensel in the administration and management of A07, in particular in the areas of welding experiments, metallographic characterisation and residual stress determination.
is a postdoctoral researcher at TU Berlin, working on Injection 3D Concrete Printing (I3DCP). This is a new process for which all characterisation methods need to be adapted and for which there are numerous new challenges. The research activities include developing new equipment, working on new process workflows and developing operational tools for this specific process.
doctoral researcher at IS. He is responsible for the planning and execution of all scientific work, both numerical and experimental, in the framework of WAAM. This includes material and component testing, material modeling, analysis all data, prepares reports, presentations and publications.
Philipp Jakobs is a doctoral candidate and research associate at the Chair of Structural Analysis at the TUM School of Engineering and Design, supervised by Prof. Dr. Roland Wüchner. His research is dedicated to advancing a Continuous Optimization Approach within the framework of the C02 project. With a strong background in computational mechanics and structural optimisation, his work complements the effort to formulate a Holistic Design Framework (HDF), integrating architectural, structural, and fabrication considerations to advance design solutions for additively manufactured structures.
is a research associate at the Chair of Welding Engineering at Chemnitz University of Technology. His focus is process analysis of arc-processes. He is particularly concerned with sensor integration and anomaly detection in arc-welding processes and additive manufacturing with wire and arc (DED-Arc).
is developing efficient finite element methods for engineering applications at the Chair of Data Science in Civil Engineering of the Bauhaus-Universität Weimar. One of his research areas is the spatiotemporally adaptive resolution and numerical optimization of additive manufacturing processes. He also focusses on immersed simulations of 3D-printed geometries and on spectral element or spectral cell methods for inverse problems in non-destructive testing.
is a researcher at the TT Professorship for Digital Fabrication within TUM. She received her architecture master’s degree at TUM in 2022, focusing on computational methods in architecture. Project(s) Project A 10 Earth Additive Manufacturing (EAM) – Material and Process Combinations for AM with Earth-based Materials
Head of workgroup concrete technology and assists Prof. Gehlen in leading project A02. He instructs and supports the academic staff regarding additive manufacturing and concrete technological questions.
is the lead developer of the VirtualFluids software. In this function he is indispensable for the project as a new doc. res. could not possibly extend the existing framework (>700,000 lines of code) with the new models to be developed and adapted in WP 1-4. He is also experienced in conducting massively parallel runs on THIER-0 systems and analyzing huge data sets with more than 10 degrees of freedom.
is a doctoral researcher at TU Braunschweig. He is responsible for developing material model of concrete used in additive manufacturing. His doctoral research also focuses on simulating the additive manufacturing deposition process on a part scale. Moreover, he will frequently publish the achieved results within the community.
is a postdoctoral researcher at the ITE. He is responsible for design strategies and possible applications. This includes the development of new structures, semi-finished parts and the concept for on-site WAAM as well as life cycle analysis and the creation of Digital Twins. He also prepares reports, presentations and publications.
His task is to develop a DDSS at a early design phase integrating AM. The expected system needs to combine both hard rules (boundary conditions) and experts’s experience, in order to advise the designer (architect) for feasible AM methods regarding to different building components.
is a doctoral researcher at the Professorship of Technical Education at TUM School of Social Sciences and Technology. The focus of his work in C07 is on the competence and qualification requirements of the involved experts in order to have trained professionals for a later implementation of AMC. For this, the different processes must be analyzed in their entirety from the perspective of handling and problem-solving activities.
