Advanced Design Strategies for AM:
Mastering FFF and LPBF systems
Intermediate Course • Academia
Jointly offered by
Jointly offered by
Quick Details
Intermediate Level; Relevant to engineering students
Live Online Interaction with Industrial Experts
Linkedin Shareable Certificate
17th and 24th February 2024
10:00 am to 2:00 pm
Online, Live
₹5000/-
(18% GST Extra: Total ₹5900/-)
Prerequisites
Foundational knowledge of AM and general manufacturing / engineering background
Familiarity with some Engineering CAD software
Learning Level: Intermediate level with 7 modules
Learning type: Online LIVE, interactive sessions with industrial experts
Verified Certificate: Shareable via LinkedIn and Social Media
Online
Link will be shared to registrants via email
17th and 24th February, 2024 –
10 am to 2 pm
8 hours total
Collaboratively Offered by Additive Academy
and Wipro 3D
Overview
In this comprehensive Additive Manufacturing Workshop, we dive deep into the world of design for Laser Powder Bed Fusion for Metal, drawing parallels and contrasts with the familiar FFF form of 3D printing. The aim is to equip you with the knowledge and skills to excel in engineering-based industries. From understanding the various AM technologies and design principles like Generative Design and Lattices, to exploring real-world applications and pre/post-processing techniques, this workshop covers design strategies for LPBF and FFF technologies in a whole new light.
What You’ll Learn
- Understand the principles and benefits of Additive Manufacturing, especially LPBF, based on the back of a solid understanding of FFF
- Learn fundamental design principles in AM
- Compare LPBF with FFF in terms of design, workflow, and applications
- Gain proficiency in CAD strategies for AM, including advanced design techniques
- Understand computational design methods like Topology Optimization and Generative Design
- Explore the design and application of lattices and architectured materials such as auxetics
Modules
There are 7 modules in this workshop
1. Introduction to AM and LPBF
- Overview of Additive Manufacturing
- Introduction to LPBF technology
- Benefits of AM in modern engineering and design
2. Fundamentals of AM Design Principles
- Basic design rules for AM
- Understanding material constraints and capabilities
- Design for manufacturability in AM
3. LPBF vs FFF: A Comparative Study
- Technical comparison of LPBF and FFF
- Workflow:
- CAD
- Build preparation
- Build simulation (part orientation, support structures)
- Inspection and validation
- Post-processing
- Case studies highlighting the advantages and limitations of both technologies
4. CAD Strategies for AM
- Advanced CAD techniques for AM
- Design complexities and how to address them using CAD tools
- Practical session with a CAD software
5. Computational Design in AM
- Introduction to Topology Optimization and Generative Design
- Practical examples and software demonstration
- Applications in real-world scenarios
6. Lattices and Architectured Materials
- Designing with lattices and architectured materials
- Applications of auxetics in AM
- Case studies and practical applications
7. Q&A and Workshop Wrap-up
- Open session for questions
- Summary of key takeaways
- Guidance on further learning resources and paths
₹5000/-
(18% GST Extra: Total ₹5900/-)
Overview
In this comprehensive Additive Manufacturing Workshop, we dive deep into the world of design for Laser Powder Bed Fusion for Metal, drawing parallels and contrasts with the familiar FFF form of 3D printing. The aim is to equip you with the knowledge and skills to excel in engineering-based industries. From understanding the various AM technologies and design principles like Generative Design and Lattices, to exploring real-world applications and pre/post-processing techniques, this workshop covers design strategies for LPBF and FFF technologies in a whole new light.
Learning Outcomes
- Understand the principles and benefits of Additive Manufacturing, especially LPBF, based on the back of a solid understanding of FFF
- Learn fundamental design principles in AM
- Compare LPBF with FFF in terms of design, workflow, and applications
- Gain proficiency in CAD strategies for AM, including advanced design techniques
- Understand computational design methods like Topology Optimization and Generative Design
- Explore the design and application of lattices and architectured materials such as auxetics
Modules
There are 7 modules in this online workshop
1. Introduction to AM and LPBF
- Overview of Additive Manufacturing
- Introduction to LPBF technology
- Benefits of AM in modern engineering and design
2. Fundamentals of AM Design Principles
- Basic design rules for AM
- Understanding material constraints and capabilities
- Design for manufacturability in AM
3. Understanding FFF and LPBF design philosophies
- Technical comparison of LPBF and FFF
- Workflow:
- CAD
- Build preparation
- Build simulation (part orientation, support structures)
- Inspection and validation
- Post-processing
- Case studies highlighting the advantages and limitations of both technologies
4. CAD Strategies for AM
- Advanced CAD techniques for AM
- Design complexities and how to address them using CAD tools
- Practical session with a CAD software
5. Computational Design in AM
- Introduction to Topology Optimization and Generative Design
- Practical examples and software demonstration
6. Lattices and Architectured Materials
- Designing with lattices and architectured materials
- Applications of auxetics in AM
- Case studies and practical applications
7. Q&A and Workshop Wrap-up
- Open session for questions
- Summary of key takeaways
- Guidance on further learning resources and paths
Advanced Design Strategies for AM:
Mastering FFF and LPBF Systems
Accelerate Your Engineering Success with AM! This is an immersive online course to gain the expertise to leverage key additive manufacturing technologies, design for AM, explore real-world applications, and unlock unlimited possibilities
₹5000/-
(18% GST Extra: Total ₹5900/-)
Prerequisites
Foundational knowledge of AM and general manufacturing / engineering background
Familiarity with some Engineering CAD software
Need a custom programme for your industry or university?
Need a custom programme for your industry or university?