Want to become an Additive Manufacturing Expert?

A premium training course to help you master Additive Manufacturing 

Want to become a Additive Manufacturing Expert?

A premium training course to help you master Additive Manufacturing 

Select the module that you would like to gain knowledge on

(Choose only the modules you need! While we offer four options, selecting all of them is not required)

Registration Ends in

--
Days
--
Hours
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Minutes
--
Seconds

AM
Fundamentals

Dive into real-world examples of how additive manufacturing is applied across industries like aerospace, automotive, healthcare, and consumer goods.

Gain an understanding of the current trends and growth drivers in the additive manufacturing market. Learn about the future opportunities and the challenges that might impact the widespread adoption of AM technologies.

Explore the different additive manufacturing technologies. Learn about their specific capabilities, differences, and the types of applications they are best suited for.

Discover the complete additive manufacturing workflow, from designing parts using CAD to selecting materials, printing, and post-processing, all the way through to delivering the final product.


Design for AM for LPBF technology

Explore real-world examples where DfAM principles have been applied. Understand how industries like aerospace, automotive, and medical have successfully leveraged LPBF for innovative solutions.

Gain insights into how to optimize designs for LPBF, focusing on enhancing part performance, reducing material usage, and achieving cost-effective production while maintaining functional integrity.

Learn the essential principles of DfAM, specifically tailored for LPBF technology. Discover key considerations such as part orientation, support structures, and the impact of material properties on design decisions.

Participate in a practical design exercise. apply DfAM principles to create a part for LPBF technology. Experience first-hand the challenges and techniques involved in optimizing designs for additive manufacturing.


Material and LPBF Process Parameters

Understand the different types of metal powders used in Additive Manufacturing (AM), including properties such as particle size, shape, distribution, and flowability, and their impact on the LPBF process.

Explore the key properties of metal materials used in LPBF, such as tensile strength, hardness, and fatigue resistance, and learn how these properties are characterized and tested to ensure qualityDiscuss factors to consider when selecting metal powders for specific applications (e.g., strength, corrosion resistance).

Dive into the critical process parameters in LPBF, including laser power, scan speed, layer thickness, and powder bed temperature, and understand how they influence part quality, microstructure, and mechanical properties.

Learn about the development and optimization of LPBF process parameters through experimentation and testing, focusing on how to adjust parameters for specific materials to improve part performance and reduce defects.


Parts
Identification

Review the technical specifications required for parts identification, and explore relevant databases that store part details, material requirements, and manufacturing constraints for AM.

Understand the economic factors involved in parts identification, such as cost-efficiency, material selection, production time, and scalability in Additive Manufacturing (AM).

Investigate the various software tools and technologies available for parts identification, including CAD tools, part recognition systems, and data management platforms.

Engage in a hands-on exercise where participants practice identifying parts based on technical specifications, databases, and software tools, applying the principles discussed earlier.

Structured
Content

Technology and brand-agnostic

Access to AM experts

Industry exposure

Best suited for

  • ALL, who want to stay ahead in an evolving industry with Additive Manufacturing (AM).
  • THE ONE, exploring AM innovation potential within your organization.
  • AN ASPIRANT, pursuing a position focused on Additive Manufacturing (AM).
  • CHANGE-MAKERS, making an impact with AM by acquiring essential skills.

Don’t take our word for it,
listen to what our learners are saying.

"I would like to share my heartfelt testimonial about the workshop experience.

The additive manufacturing workshop program offered by WIPRO 3D was of tremendous value. The instructors were incredibly knowledgeable, engaging, and approachable. The staff was collaborative, helpful, and enthusiastic, creating a positive and supportive learning environment. This training provided hands-on experience that gave me a deeper understanding of AM finished parts and machines. The entire program was well-structured, offering a comprehensive 360° overview of the processes and the industry at large. I feel confident in applying this newfound knowledge to my professional work.

Once again, I thank WIPRO 3D for the wonderful experience.”

“Thank you so much for a wonderful session of metal and polymer AM. Looking forward to the next session in November month.” 


“Good experience, and very informative. Explained very well by the Wipro 3D Team. Overall, I am very satisfied with this AM Foundation Course. Thank you for this opportunity given by Wipro 3D. Looking for further interactive courses which will be beneficial for us. Thank you once again.”

Aarka Laser Technologies.

Select the module that you would like to gain knowledge on

(Choose only the modules you need! While we offer four options, selecting all of them is not required)

Contact us for offers by filling out the enquiry form

Registration Ends in

--
Days
--
Hours
--
Minutes
--
Seconds

AM
Fundamentals

Dive into real-world examples of how additive manufacturing is applied across industries like aerospace, automotive, healthcare, and consumer goods.

Gain an understanding of the current trends and growth drivers in the additive manufacturing market. Learn about the future opportunities and the challenges that might impact the widespread adoption of AM technologies.

Explore the different additive manufacturing technologies. Learn about their specific capabilities, differences, and the types of applications they are best suited for.

Discover the complete additive manufacturing workflow, from designing parts using CAD to selecting materials, printing, and post-processing, all the way through to delivering the final product.


Design for AM for LPBF technology

Explore real-world examples where DfAM principles have been applied. Understand how industries like aerospace, automotive, and medical have successfully leveraged LPBF for innovative solutions.

Gain insights into how to optimize designs for LPBF, focusing on enhancing part performance, reducing material usage, and achieving cost-effective production while maintaining functional integrity.

Learn the essential principles of DfAM, specifically tailored for LPBF technology. Discover key considerations such as part orientation, support structures, and the impact of material properties on design decisions.

Participate in a practical design exercise. apply DfAM principles to create a part for LPBF technology. Experience first-hand the challenges and techniques involved in optimizing designs for additive manufacturing.


Material and LPBF Process Parameters

Understand the different types of metal powders used in Additive Manufacturing (AM), including properties such as particle size, shape, distribution, and flowability, and their impact on the LPBF process.

Explore the key properties of metal materials used in LPBF, such as tensile strength, hardness, and fatigue resistance, and learn how these properties are characterized and tested to ensure quality

Dive into the critical process parameters in LPBF, including laser power, scan speed, layer thickness, and powder bed temperature, and understand how they influence part quality, microstructure, and mechanical properties.

Learn about the development and optimization of LPBF process parameters through experimentation and testing, focusing on how to adjust parameters for specific materials to improve part performance and reduce defects.


Parts
Identification

Review the technical specifications required for parts identification, and explore relevant databases that store part details, material requirements, and manufacturing constraints for AM.

Understand the economic factors involved in parts identification, such as cost-efficiency, material selection, production time, and scalability in Additive Manufacturing (AM).

Investigate the various software tools and technologies available for parts identification, including CAD tools, part recognition systems, and data management platforms.

Engage in a hands-on exercise where participants practice identifying parts based on technical specifications, databases, and software tools, applying the principles discussed earlier.

About Wipro 3D Addwize Team

Wipro 3D's addwize goes beyond advice, actively partnering with organizations and academia to implement the technology. It's not just about sharing information, but about collaborating closely to exchange knowledge, expertise, and skills.

For businesses, addwize also offers a unique blend of technical, commercial & market insights that allows you to ramp up your commitment and investments at the right speed and time.

For academia, it equips students and faculties with essential AM technology, operational knowledge, and project management skills.

Ready to learn Additive Manufacturing from the expert?

  • Book all four modules, the fourth module is free 
  • Contact us for offers by filling out the enquiry form

Note: At any time only one offer is applicable

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