BŌTLAS
BŌTLAS
BŌTLAS
Robotic
Robotic
Robotic
Fabrication
Fabrication
FAB
Hi, I’m Bo.
• Vision- and sensor-based robotic fabrication
• Robotic additive manufacturing and robotic assembly
• Material behavior and environmental data in robotic fabrication
• Computational design and human–robot collaboration
• Parametric design and organic structures
Hi, I’m Bo.
• Vision- and sensor-based robotic fabrication
• Robotic additive manufacturing and robotic assembly
• Material behavior and environmental data in robotic fabrication
• Computational design and human–robot collaboration
• Parametric design and organic structures
CONNECTING DESIGN, SENSING, AND ROBOTIC FABRICATION
CONNECTING DESIGN, SENSING, AND ROBOTIC FABRICATION
Background | Education & PRACTICE
RESEARCH
PAPERS & PUBLICATIONS
Cornell University
Cornell University
Master of Science in Design Technology
M.S. in Design Technology
M.S. in Design Technology
Awards
DARPA Project Research Fellowship
Design Tech Innovation Award
Named Inventor on a Cornell Invention Disclosure Related to a DARPA-Funded Project
Selected for the Design Technology Faculty and Student Exhibition in New York City and Ithaca
Awards
DARPA Project Research Fellowship
Design Tech Innovation Award
Named Inventor on a Cornell Invention Disclosure Related to a DARPA-Funded Project
JOMAI AD Co.
JOMAI AD Co.
Architect
Partner / Design Director
Architect
Partner / Design Director
Selected Awards
World Design Awards, 2022
DNA Paris Design Awards, 2022
AD100 YOUNG
Aesthetics Vogue Award — Silver, 2022
IAA MUSE Design Awards
THE PLAN Award, Italy, 2021
IDPA, Japan, 2021
Selected Awards
World Design Awards, 2022
DNA Paris Design Awards, 2022
AD100 YOUNG
Aesthetics Vogue Award — Silver, 2022
IAA MUSE Design Awards
THE PLAN Award, Italy, 2021
IDPA, Japan, 2021
Hefei University of Technology
Hefei University of Technology
Bachelor of Engineering in Urban Planning
B.Eng. in Urban Planning
B.Eng. in Urban Planning
Research on data-informed urban planning
Research on data-informed urban planning
RESEARCH | PAPERS & PUBLICATIONS
RESEARCH | PAPERS & PUBLICATIONS
01
01
Presentations
Presentations
Kladeftira, M., Zhang, Z., and Li, B. TwinKit+: An AI-Augmented Tangible Interface for Onthe-Fly Supervisory Control of Multi-Robot Assemblies. Poster Presentation, Northeast Robotics Colloquium (NERC 2026), Princeton University, Princeton, NJ, Oct. 2026.
Kladeftira, M., Zhang, Z., and Li, B. TwinKit+: An AI-Augmented Tangible Interface for Onthe-Fly Supervisory Control of Multi-Robot Assemblies. Poster Presentation, Northeast Robotics Colloquium (NERC 2026), Princeton University, Princeton, NJ, Oct. 2026.
02
02
PAPER (Submitted)
PAPER (Submitted)
Zhang, Z. ∗ , Li, B. ∗ , and Kladeftira, M. Bringing AI in the Loop? Multimodal Human-AI Collaboration as a Communication Layer for HRC in Timber Construction. Construction Robotics.
Zhang, Z. ∗ , Li, B. ∗ , and Kladeftira, M. Bringing AI in the Loop? Multimodal Human-AI Collaboration as a Communication Layer for HRC in Timber Construction. Construction Robotics.
03
03
PAPER (Submitted)
PAPER (Submitted)
Zhang, Z., Li, B., and Kladeftira, M. TwinKit+: AI-Supported Design Reasoning in HumanRobot Co-Making through Multimodal Interaction. ACM CHI Conference on Human Factors in Computing Systems (CHI 2027).
Zhang, Z., Li, B., and Kladeftira, M. TwinKit+: AI-Supported Design Reasoning in HumanRobot Co-Making through Multimodal Interaction. ACM CHI Conference on Human Factors in Computing Systems (CHI 2027).
04
04
PAPER (In Preparation)
PAPER (In Preparation)
Ozturk, O., Sopegno, L., Lunsford, C., Strait, J., Li, B., Jordan, A., Sabin, J., McLaskey, G., Nappi, N.,Haji, M., and Duddukuri Nair, S.Advancing Underwater 3D Concrete Printing(Tentative title).
Ozturk, O., Sopegno, L., Lunsford, C., Strait, J., Li, B., Jordan, A., Sabin, J., McLaskey, G., Nappi, N.,Haji, M., and Duddukuri Nair, S.Advancing Underwater 3D Concrete Printing(Tentative title).
05
05
PAPER (In Preparation)
PAPER (In Preparation)
Li, B., Pak, C., Sandberg, A., and Sabin, J. ROBOSENSE 4.0: Point-by-Point Robotic Printing System with Interstitial Control Windows for Real-Time Parameter Adjustment.
Li, B., Pak, C., Sandberg, A., and Sabin, J. ROBOSENSE 4.0: Point-by-Point Robotic Printing System with Interstitial Control Windows for Real-Time Parameter Adjustment.
06
06
PAPER (In Preparation)
PAPER (In Preparation)
Li, B. and Sabin, J. CoralPolyp: A Machina-Based Grasshopper Plugin for Sensor-Driven Robotic Additive Manufacturing(Tentative title).
Li, B. and Sabin, J. CoralPolyp: A Machina-Based Grasshopper Plugin for Sensor-Driven Robotic Additive Manufacturing(Tentative title).
DESIGN, SENSING, AI
AND ROBOTIC FABRICATION.
DESIGN, SENSING, AI
AND ROBOTIC FABRICATION.
LAB RESEARCH
PROGRAMMING&DESIGN
AWARD-WINNING WORKS
ABOUT ME