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WORKSHOP 1:
Spanning the Future: Designing Efficient Structures within a Carbon-Constrained World

DATES
November 11th- 12th (9am-5pm, with lunch break)

FEE
XJTLU staff: free

XJTLU students: 500RMB per workshop attendance

Non-XJTLU participants: 1000RMB per workshop attendance

FACILITATOR 
Matthew Tam and Clemens Preisinger (Karamba3D)

ABOUT THE WORKSHOP
Acknowledging that the Architecture, Engineering, and Construction (AEC) industry accounts for up to 50% of all global carbon emissions places a significant spotlight on its role in the carbon crisis. However, given the pressing need to house a growing global population, halting construction isn't an option. Instead, we must pioneer innovative design procedures and reexamine building methods. By integrating structural optimization with Life Cycle Assessment (LCA), we can holistically balance structural performance and environmental concerns. Implementing a project carbon budget within the design process, alternative materials need to be explored to design expansive structures whilst minimizing environmental impact. The ultimate aim of the workshop is to challenge participants to design an efficient structure with the largest possible span using Karamba3D, all while adhering to a defined maximum carbon limit.

KEY HIGHLIGHTS​

  • Integration of Structural Optimization and LCA

  • Holistic Design Approach

  • Understand LCA Databases

SCHEDULE​

PREREQUISITES

Basic knowledge of the digital tools (Such as Rhino, Grasshopper, SubD modelling, etc.). For XJTLU students, successful completion of Rhino Essentials and Rhino Designer from ArchiStar Academy is advisable.

 

Up to 20 participants

Day 1 (November 11th)

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Morning

  • Kick-off Presentation

  • Introduction of the task

  • Tutorial - Form finding & developing geometry

  • Development of the concept and parametric geometric model

 Afternoon

  • Tutorial - Karamba3D Structural Analysis

  • Integrate the design model into Karamba3D for structural analysis

Day 2 (November 12th)

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Morning

  • Tutorial - LCA in Structural design

  • Implement material properties and options to the structural model

 

Afternoon

  • Tutorial - Optimisation procedures

  • Optimise the structure based on geometry, structure, material and carbon footprint

  • Final Presentation

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WORKSHOP 2:
Crafting Large-Scale Installations: The Art of Robotic Hot-Wire Cutting

DATES
November 11th- 12th (9am-5pm, with lunch break)

FEE
XJTLU staff: free

XJTLU students: 500RMB per workshop attendance

Non-XJTLU participants: 1000RMB per workshop attendance

FACILITATOR 
Leyuan Jiang (Xi’an Jiaotong – Liverpool University, ARC)

ABOUT THE WORKSHOP
Explore the forefront of large-scale installation design and construction in this hands-on workshop focusing on robotic hot-wire cutting (RHWC) techniques. Aimed at unveiling the potential of cost-effective and rapid fabrication, participants will be immersed in an end-to-end journey from digital ideation to tangible assembly.

KEY HIGHLIGHTS

  • Dive deep into a fabrication-aware design process that optimally harnesses the capabilities of robotic hot-wire cutting.

  • Acquaint yourself with the complete workflow, starting from digital design and simulation, transitioning through robotic tool path generation, and culminating in the actual robotic operation and installation assembly.

  • Gain insights into the technological advancements, potentials, and limitations of robotic hot-wire cutting through engaging activities.

  • Participate in dynamic discussions centred on future innovations, applications, and broader implementations of these techniques.

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Join us for an enlightening session that bridges the gap between digital design aspirations and physical construction realities, leveraging the power and precision of robotics.

SCHEDULE​

PREREQUISITES

Basic command of Grasshopper is essential. For XJTLU students, successful completion of Rhino Essentials, Rhino Designer from ArchiStar Academy is advisable.

 

Up to 10 participants

Day 1 (November 11th)

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  • Introduction to Robotic Hot-wire Cutting (RHWC)

  • Introduction to Fabrication-aware Modelling Techniques (Ruled Surfaces)

  • Hands-on exercises with Digital Tools

  • Introduction to the Design – Fabrication Workflow

  • Hands-on exercises with Small Scale Hot-wire Cutting

  • Discussion on the Final Design, Construction Planning, and Preparation

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Day 2 (November 12th)

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  • Robotic Hot-wire Cutting in Production

  • Standalone pieces design (Benches, Stools, etc.)

  • Final Assembly

  • Documentation, Archiving, and Discussion

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