Design For 3D Printing in Concrete-Based Applications

This intensive 3-day workshop is designed to equip participants with the knowledge and skills required to excel in the field of 3D printing for cement-based applications. The course covers the principles of design for additive manufacturing (DfAM) with a focus on concrete-based 3D printing, advanced 3D modeling and slicing techniques, and strategies to improve structural integrity, minimize material waste, and enhance efficiency. 

Participants will gain hands-on experience in designing and printing complex structures, and understand the role of simulations, testing, and validation in 3D printing design workflows.

WHAT YOU'LL LEARN?

• Understand the principles of design for additive manufacturing (DfAM) with a focus on cement-based 3D printing.

• Develop advanced skills in 3D modeling and slicing for optimized printing.

• Explore design strategies to improve structural integrity, minimize material waste, and enhance efficiency.

• Gain hands-on experience in designing and printing complex structures.

• Understand the role of simulations, testing, and validation in 3D printing design workflows.

• Gain Hands-On Experience of Concrete 3D printing at work.

WHO IS THIS COURSE FOR?

• Designers and CAD Specialists: Those who are involved in the design and modeling of structures and are interested in learning advanced 3D modeling and slicing techniques for optimized printing.

• Architects and Engineers: Professionals looking to expand their knowledge and skills in 3D printing technology, specifically for cement-based applications.

• Researchers and Academics: Individuals conducting research in the field of additive manufacturing and looking to gain hands-on experience and practical insights into 3D printing with cement-based materials.

• Students and Enthusiasts: Learners and hobbyists who are passionate about 3D printing and want to explore its applications in the construction industry.

COURSE OUTLINE

Day 1: Fundamentals of Design for 3D Printing

• Principles of Design for 3DP

• Layer-Based Design Thinking

• Material-Efficient Design

• Differences between Traditional and 3D Printing Design Approaches

• Overview of CAD Software

• 3D Modeling with Onshape Software

• Parametric and Generative Design

• Design for Cement-Based Printing

• Introduction to Slicing Software

• Case Study and Group Discussion

Day 2: Advanced Design and Optimization

• Structural and Material Considerations in Design

• Advanced CAD Techniques

• Simulation and Validation Tools

• Practical Applications and Group Exercise

Day 3: Hands-On Design and Printing

• Preparing a Full Design Workflow

• Hands-On Printing of Designed Structures

• Innovations and Future Trends in Design for 3D Printing

• Final Review and Wrap-Up 

WHAT'S INCLUDED?

• Certificate of Completion (signed and dated)

• Hands-on access to 3DCP equipment

• Safety gear and protective equipment

• Light refreshments and lunch

INSTRUCTORS

All our trainers are senior 3DCP (3D Concrete Printing) specialists with at least 4 years of experience in concrete printing projects across the GCC. They bring a wealth of practical knowledge and expertise to ensure participants receive the highest quality training.

CERTIFICATE

• Signed by the lead instructor and stamped by 3DVinci Creations

• This certificate serves as a formal recognition of the skills and knowledge acquired during the workshop. It not only validates the participant's expertise in 3D printing for concrete-based applications but also enhances their professional credentials

• Verifies hands-on training on certified 3D construction printing systems

Location

TamVinci Manufacturing Hub at Dubai Industrial City:

Map Link

FEES

• AED 7,500/ person 

• Group Pricing is available for 3 or more people.

• A 10% Early Bird discount will be applied to registrations that are fully paid at least 30 days before the course start date.