Tatjana Dzambazova

Tatjana Dzambazova is Director of product management, software solutions, at Bright Machines, a software-driven-manufacturing start-up based in San Francisco.

Dzambazova's career started as an architect—she practiced over 12 years in Vienna and London. In 2000 she started her 18-year design technology journey with Autodesk, mainly in dual role of product manager for many new, disruptive software solutions, and a global technology speaker. In her two decades working in the digital design industry she was Autodesk's first product manager for Revit and a pioneer evangelist of the BIM Building Information Modeling approach in architecture and construction. During the Maker movement, she was employee number one and helped launch the Autodesk's consumer group, helping create innovative, disruptive digital fabrication and 3D printing solutions (the 123D line of products, such as 123D Make now known as Slicer for Fusion and many others). This group transformed into Pier 9 and led to a new phase 'Design and Make' in Autodesk, and the creation/acquisition of fabrication tools that complement the design tools. She also led the computer vision initiatives and the ReMake & ReCap Photo product.

Dzambazova was also on the forefront of web story telling through visual programming, leading the Smithsonian 3DExplorer software effort and Project Play and project manager for Dr. Louise Leakey of African Fossils.

Before joining Bright Machines, she spent a year at Velo3D as director of product management, UX, and design, leading Flor, the printing preparation and simulation software of the solution, along with scientists and engineers who are pushing the limits of industrial-grade quality metal additive solutions for aerospace, medical, and industrial applications.

Dzambazova is a technology book author and an energetic, passionate "Technology Whisperer." She presented at conferences around the world, including TEDx and Future of Storytelling FoST, and gave many talks on the convergence of technology trends and their impact on the future of design and manufacturing, covering Generative Design, Additive Manufacturing, IoT, Robotics, and Machine learning.