Max Closen serves as a Technical Advisor at MTC Solutions, formerly known as MyTiCon, where he plays a pivotal role in advancing the field of mass timber construction. With a robust background as a Craftsman, Carpenter, and Timber Framer, combined with his academic credentials—a Timber...
Max Closen serves as a Technical Advisor at MTC Solutions, formerly known as MyTiCon, where he plays a pivotal role in advancing the field of mass timber construction. With a robust background as a Craftsman, Carpenter, and Timber Framer, combined with his academic credentials—a Timber Engineering degree from the University of Rosenheim and a Master of Applied Sciences in Timber Engineering—Max brings a unique blend of hands-on experience and technical expertise to the company. His deep understanding of heavy timber connections, cross-laminated timber connections, and moment-resisting timber connections allows him to provide innovative solutions that enhance the structural integrity and aesthetic appeal of timber structures.
At MTC Solutions, Max is currently spearheading key projects that focus on optimizing timber connection solutions for contractors and builders. His work emphasizes the importance of sustainable construction practices, leveraging the natural properties of wood to create resilient and environmentally friendly structures. Max's expertise in structural engineering and timber design enables him to collaborate effectively with architects and engineers, ensuring that every project meets rigorous safety standards while also pushing the boundaries of design innovation.
In addition to his project work, Max is committed to educating industry stakeholders about the benefits of mass timber construction. He regularly conducts workshops and seminars, sharing insights on the latest advancements in timber technology and best practices for construction. His passion for the timber industry and dedication to fostering a culture of innovation make him a valuable asset to MTC Solutions and a respected thought leader in the field of timber engineering.
