FC UTM & ROSO Industry Introduction-20250211 0701-1

Introduction

Professor Wang Suyuan was introduced to the students in a meeting aimed at exploring the intersections of robotics, architecture, and computational design. The speaker explained the purpose of the session and mentioned that Professor Wang is an esteemed architect and researcher specializing in design computing and robotic fabrication.

Company Overview: Rosso

• Rosso is described as an interdisciplinary research team that employs innovative robotic technology and computational design thinking.

• The laboratory aims to develop intelligent construction methods through the integration of emerging technologies, focusing on architectural design and construction possibilities.

Professor Wang's Background

• Professor Wang holds advanced degrees from prestigious institutions: an advanced master's from ETH Zurich and a PhD from EPFL.

• He has substantial experience in academia, serving as faculty and managing a robotic lab at UCL Ideas Campus.

• Currently an assistant professor at the Graduate Institute of Architecture at National Xiaotung University, he drives research initiatives at Rosso.

Research Focus

• The research team includes 10-12 individuals from diverse backgrounds such as civil engineering and architecture.

• The lab focuses on two main areas:

  • Material Exploration:

    • Investigating new construction materials and digital crafting techniques to enhance architectural design.

  • Industrial Robotics:

    • Addressing labor shortages by creating solutions with robotic and AI technologies.

Integration of Robotics into Architecture

• Robots are viewed as both software and hardware tools that can enhance architectural design and construction processes.

• Design Phase Integration:

  • Innovative tools allow designers to rapidly generate multiple design possibilities and simulate robotic interactions.

• Application of Robots in Construction:

  • Existing technology from the automotive industry is adapted for customized architectural projects, which require a different approach than mass production.

Development of Tools for Robotic Applications

• In 2015, Professor Wang and his team developed a visual programming tool for simulating robotic arm movements, aimed at users without an engineering background.

• Their tool has been widely adopted by multiple prestigious architecture and robotics programs globally.

• Further innovations include web-based platforms allowing real-time simulation of robotic motions integrated with VR controllers.

Real-world Applications

• Projects include:

  • 3D Printing of Sculptures:

    • Complex geometries created with robotic arms were successfully produced and displayed in commercial galleries.

  • Construction of Pavilions:

    • The lab used 3D printing technology for custom-designed tiles to create a small pavilion in Taiwan.

  • Dynamic Molding Techniques:

    • Researchers explored methods to create molds from metal sheets to produce custom forms, enhancing design versatility.

Continued Exploration and Research

• The lab is also researching methods for 3D printing with different materials, including glass, concrete, and bamboo.

• Ideas include the recycling of plastics in construction, an essential aspect of developing sustainable practices within architecture.

• Robotic arms bend and create custom designs, emphasizing computational design and structural integrity.

Robotics in Construction

• With a focus on autonomous functionality, the research aims to develop intelligent robots capable of performing tasks in unpredictable environments, like construction sites.

• An emphasis is placed on integrating advanced sensor technology and algorithms to allow for real-time decision-making by robots.

Q&A Session

• Students were encouraged to ask questions about Professor Wang’s research, exploring collaborative opportunities relevant to their studies in multimedia, graphics, and software.

• The session highlighted potential areas for student projects, such as user-friendly interfaces utilizing AR/VR technologies for robotic applications.

Conclusion

• The importance of merging technology with traditional architecture practices was emphasized, showcasing the transformative potential of innovative approaches in the construction industry.

• Professor Wang's work serves as an inspiration for students to envision how they might integrate their skills into future projects and careers.