Member of the Academic Staff
Dipl.-Wirtsch.-Ing. Matthias Wolf
Market-oriented component design and development, innovation introduction
Employees in the area Joining
T +49 (0) 355 69 4256
F +49 (0) 355 69 5152
Teaching building 3B / Room 201
matthias.wolf(at)b-tu.de
Office hours by arrangement
- PVT collectors
- Ceramic materials
- Technology transfer to companies
2005
graduation in industrial engineering at the BTU Cottbus
2005 - 2006
Research assistant at the chair of design and manufacturing at BTU Cottbus
Since 2007
academic assistant at the chair of joining and welding technology at BTU Cottbus-Senftenberg
2015 - 2019
Staff member of the InnoProfile transfer project "Lightweight construction with structured materials"
| Development of joining technology solutions for the production of a photovoltaic-solar-thermal hybrid module and simulation-based optimization of the PV laminate structure - AiF ZIM |
| Collaborator in the InnoProfile transfer project "Lightweight construction with structured materials"- BMBF |
| Production of a novel contacting of ceramic heat conductors and development of a ceramic electrical insulation - AiF ZIM |
| NFG: Generative manufacturing processes of gradient lightweight materials - ESF |
| Innovative manufacturing technology of complex high-performance ceramic components by joining techniques: Laser joining of ceramic materials and mixed joints (metal-ceramic)" - MWFK |
| Production of complex high-performance ceramic components based on aluminium oxide by joining techniques and rapid manufacturing - AiF ZIM |
| Production of high-precision ceramic components based on Al2O3 by microplasma joining - MWFK |
| Application for large-scale research equipment "Robot-supported 3D laser processing center" - DFG, MWFK |
| Collaboration in the project "Ballistic Protective Plates - Experimental and Computer Aided Optimization and Evaluation - Single Bodies, Joints and Composites" - AiF ZIM |
| Collaboration in the project "Novel alumina-mullite materials for refractory applications - physical and FE simulation of thermal shock behaviour" - DFG |