TUM.Additive
TU Munich research network and initiative focused on advancing additive manufacturing technology research, education, and industry collaboration
- Team Size
- 11-50
- Stage
- Active
Technology & Products
Key Products
Focuses on research and development across the additive manufacturing value chain, including materials, processes, design, and applications in areas like lightweight aircraft engines and tailor-made exoskeletons.
Technological Advantage
Claimed: Access to TUM's broad academic expertise across multiple AM domains. Verified: Ongoing presence at industry events (Formnext 2025 context noted). Advantage is replicable by other leading universities; not IP-protected.
Differentiation
Value Proposition
Provides a centralized, interdisciplinary hub for additive manufacturing research and education at TUM, enabling spinout creation, expert training, and cutting-edge AM research accessible to industry and academia in Germany and Europe.
How They Differentiate
Uniquely spans the full AM innovation pipeline — from fundamental research across 35 chairs in 7 faculties (materials, mechanical engineering, civil engineering, medicine, etc.) to venture incubation via TUM Venture Lab AM — compared to single-department AM programs at peer institutions such as Fraunhofer IGCV (applied R&D only) or MIT (no integrated venture lab). Embeds industry partners Oerlikon, GE Additive, and Linde directly on-campus via the Bavarian Additive Manufacturing Cluster, enabling faster technology transfer than traditional university-industry licensing models.
Market & Competition
Target Customers
University students, researchers, and AM industry partners within the academic and innovation ecosystem
Industry Verticals
Education; Industrial; Aerospace/Defense; Automotive; Medical
Competitors
Fraunhofer IGCV, MIT Additive Manufacturing initiatives, RWTH Aachen University (Chair for Digital Additive Manufacturing)
Growth & Milestones
Growth Metrics
Network grown to 35 member chairs from all 7 TUM schools as of 2026; spans disciplines from materials science and mechanical engineering to civil engineering, medicine, and computer science
Major Milestones
2019: TUM.Additive initiative launched as part of TUM Agenda 2030 (October 2019); 2019: Bavarian Additive Manufacturing Cluster co-founded with Oerlikon, GE Additive, and Linde; 2019: Prof. Peter Mayr appointed Chair of Materials Engineering of Additive Manufacturing (September 2019); 2019: TUM chairs EuroTech Alliance new focus area on Additive Manufacturing; TUM-Oerlikon Advanced Manufacturing Institute established; 2025: Medical AM symposium hosted on prosthetics and implants; 2026: Network expanded to 35 chairs from all 7 TUM schools
Notable Customers
Industry partners include Oerlikon, GE Additive, and Linde, who are directly embedded on-campus via the Bavarian Additive Manufacturing Cluster.