Michael Heber

Prof. Dr.-Ing. Michael Heber is a Professor of Engineering Design and Plastics Technology at the Niederrhein University of Applied Sciences, affiliated with the Department of Mechanical and Process Engineering. He has been serving in this role since September 1, 2011, and is actively involved in teaching and research in plastics technology, vehicle design, and fiber composites.

• Full Name: Michael Heber
• Institution: Niederrhein University of Applied Sciences
• Department: Design Theory and Plastics Technology
• Academic Rank: Professor
• Email: Michael.Heber@hs-niederrhein.de

His research focuses on advanced plastics processing, particularly in fiber-reinforced composites, process simulation, and lightweight construction. He has led numerous projects in vehicle construction and material optimization, securing over 1.5 million euros in third-party funding from 2012 to 2017. His work bridges industrial application and academic research, with a strong emphasis on practical engineering solutions.

The most recent publications (2012–2017) highlight ongoing work in carbon fiber thermosets, fiber orientation modeling, and innovative molding techniques. These articles reflect a consistent trend in material characterization, simulation of compression molding, and the application of advanced composites in automotive contexts, especially in lightweight interior components and structural design.

While no formal scientific awards are listed, his extensive publication record and leadership in funded research projects underscore his professional recognition. He has also contributed to engineering education through outreach lectures on Formula Student and the integration of mathematics in race car design.

Prof. Heber has advised various industrial projects and academic initiatives, particularly in the Formula Student program and applied research in plastics processing. He has secured significant external funding, demonstrating strong project acquisition and management capabilities. His industrial experience prior to academia—spanning roles at Whirlpool and Bericap GmbH—has informed his applied research approach.

He leads applied research in plastics technology and engineering design, collaborating with industry partners and integrating student projects into real-world engineering challenges. His work supports innovation in manufacturing processes and material applications, particularly in the automotive sector.