Thomas Kleinsteuber

Thomas Kleinsteuber currently serves as the Head of Computational Design at Metal Envelope Engineering, where he plays a pivotal role in advancing innovative solutions for complex architectural projects. His expertise lies in integrating cutting-edge digital tools and parametric modeling techniques to streamline the planning and execution of metallic building envelopes on both national and international levels. In his role, Thomas oversees the coordination of project planning, ensuring seamless collaboration across multidisciplinary teams and stakeholders, from initial concept development to detailed fabrication data.

A key focus of Thomas’s work involves implementing new workflows that leverage automation and digital fabrication processes, significantly reducing project lead times and enhancing precision. His proficiency in Computer-Aided Design (CAD), 3D visualization, and parametric modeling enables him to develop sophisticated technical solutions, including freeform geometries that push the boundaries of architectural design. He conducts thorough feasibility analyses for complex geometries, ensuring their technical viability and manufacturability, which is crucial for innovative façade systems and roofing solutions.

Thomas is also instrumental in automating planning processes, from conceptual design to generating customized fabrication data, thus optimizing production workflows and reducing errors. His skills in architecture, Photoshop, Cinema 4D, and strategic planning complement his technical expertise, allowing him to visualize and communicate complex design concepts effectively. Through his leadership, Metal Envelope Engineering continues to set new standards in the field of metallic façade engineering, combining aesthetic innovation with technical excellence and sustainable practices.