Challenging Frontiers Between Science and Practice.

Driving Minds are the individuals who actively shape the progress of manufacturing. They work at the frontiers of manufacturing, where research meets application, new insights emerge, and the foundations of future manufacturing are established. Long before developments become industrial reality, they challenge existing approaches, recognize new interconnections, and open up new perspectives.

Their expertise goes far beyond individual technologies. They view manufacturing as a system and focus on the interactions that determine performance, quality, and progress. Through their presentations, perspectives, and contributions to discussion, they enrich the GrindDialog not as commentators on the status quo, but as co-creators of what is to come. They foster dialogue between science and practice and create the space for insights from which innovation emerges.

What becomes visible as progress today often has its origins here.

Experienced | Nilgün Taskin

Nilgün Taskin stands for decades of experience at the intersection of tool development, manufacturing, and process improvement. Whether patented tool solutions, award-winning projects for tool life optimization, or responsibility for complex manufacturing systems, her perspective is shaped by technical depth and strong implementation expertise.

At GrindDialog, she focuses on the interactions between tool, process, and production system, and on how sustainable improvements actually arise in industrial practice.

 Focused | Prof. Dr. Emel Taban

Prof. Dr. Emel Taban is an internationally recognized expert in materials and manufacturing engineering. She has been included in Stanford University’s World’s Top 2% Scientists list. Her research focuses on the complex interactions among materials, manufacturing processes, and joining technologies, with particular emphasis on welding, weldability and advanced manufacturing.

Her work aims to understand how microstructural evolution and process parameters influence the stability, quality and performance of engineered systems. By investigating material–process interactions, she seeks to identify the key factors governing reliability, efficiency and technological performance limits in manufacturing applications.

Inspiring | Paige Adams

Paige Adams has been working for nearly a decade at the intersection of simulation, tool development, and industrial application. At Third Wave Systems, she supports leading companies in the metal cutting industry worldwide and experiences technological developments where they emerge.

With her international perspective, she demonstrates how data-driven models and simulation technologies are transforming the understanding of machining processes and increasingly merging virtual development with industrial reality.

Pioneering | Michelle Engert

Michelle Engert rethinks machine tools from the ground up. As a research associate and doctoral candidate at the University of Stuttgart, she develops innovative structural and material concepts that challenge established design principles and open up new degrees of freedom in mechanical engineering.

Precise | Meike Opitz

Meike Opitz combines many years of experience in tool grinding with a strong understanding of stable and reproducible grinding processes. Her focus is on the details—because it is often not the big concepts, but the precise selection of the right parameters that determine quality and tool performance.

In the tool grinding department at Daimler Truck, she works at the interface of precision, process reliability, and industrial implementation. She represents the practical perspective and demonstrates how theory is translated into dependable manufacturing.

Visionary | Marie-Sophie Maier