CPD - Advanced Additive Manufacturing for Custom Building Components

The construction industry has evolved in using super technology. One of them is advanced additive manufacturing for custom building components. This technology can help people build their homes or structures easily because it can finish complex components. As a result, workers just need to apply the pieces or assemble them, which is easier than creating the structure from scratch.

Additionally, advanced additive manufacturing for custom building components can create building parts even with complex designs. Just in case a client requests a certain design for their building, using this technology can help the contractor meet the client's demand. If you are keen to know more, let’s dig deeper into this together!

What is advanced additive manufacturing for custom building components?

Advanced additive manufacturing for custom building components is the next level of technology that uses 3D printing to create building parts. This innovation helps contractors to make something that is not easy to build in a traditional way because of its complexity. It can make building parts of various sizes. Moreover, it can use different materials at the same time, depending on the needs.

The advantage of this technology is you can design flexibly. Even though the concepts are tricky to make, this tool can do that easily. The resources are also efficient because they only use the needed materials. With that in mind, it can reduce waste in the long run. Specifically, the production is faster than that of traditional methods, making this tool game-changing in this industry.

To wrap it up, advanced additive manufacturing for custom building components is remarkable. Besides the benefits that we have talked about, this technology can create unique building facades. This means it can make the outer layer of a building with artistic shapes. Moreover, it can also print the wall or roof sections that can be easily assembled. Hence, this technology can smoothen the work on the project.

Course Preview

In response to the increasing demand for building infrastructure, the CPD - Advanced Additive Manufacturing for Custom Building Components aim to help participants fasten their project’s work. This 3D printing is indeed one of methods that can revolutionise the construction industry in today’s time. Therefore, this course can help related backgrounds to deepen knowledge about this innovation. By this, they can achieve these goals after the course ends:

1. Understand the importance of additive manufacturing (AM) methods.
2. Mastering digital design for additive manufacturing
3. Be able to predict future trends in AM.
4. Fasten project work by applying AM in construction.

Syllabus

This programme covers deep knowledge about advanced additive manufacturing for custom building components. Participants will explore key technologies that are mainly used in this method, such as concrete 3D printing. This also discusses theoretical knowledge with practical skills to equip professionals with the ability to use AM in the project. Here are the topics the speaker will cover:

• Historical evolution of AM technologies in construction
• Comparison of many AM techniques
• Additive manufacturing materials
• Bio-based material innovations
• 3D modelling integration with AM
• Robotic 3D printing techniques
• Challenges and future developments

Enrolment Criteria

The CPD - Advanced Additive Manufacturing for Custom Building Components is suitable for manufacturers and people with construction backgrounds. However, as this course is open to anyone, people with zero knowledge can also apply. Participants just need to be interested in this topic to take part thoughtfully. You can fill out the form and submit it on this page.

7 types of additive manufacturing

Advanced additive manufacturing for custom building components worked by layering materials to make physical objects. It usually layered materials like metal, plastic, and concrete in order to make the structure strong and durable. This process mainly uses software and special equipment, as details will be provided later in this course. Here are the seven types of AM that will be thoroughly discuss together:

1. VAT photo-polymerisation
2. Material jetting
3. Binder jetting
4. Material extrusion
5. Powder bed fusion
6. Sheet lamination
7. Directed energy deposition

These advanced additive manufacturing for custom building components require some work before they can create high-quality physical components. This is because the designs are mainly formed digitally using special software. After that, the equipment will take the files and do their work to layer each material. However, the result and finished output vary based on the techniques and materials used.

What are the advanced materials for additive manufacturing?

The advanced materials for additive manufacturing are composites, high-performance polymers, metals, and ceramics. These substances are generally difficult to form, making them best suited for production using AM. In addition, advanced additive manufacturing for custom building components can help those materials to be easily applied in the structure. Here is the overview of those components:

• Composites: This is the combination of certain materials, such as carbon fibre, glass fibre, and so on. These substances are mainly used for AM due to their complexity.
• High-performance polymers: These materials have high temperature and high-stress resistant thermoplastics that need to be taken care of.
• Metals: As we know, metals are hard substances that require skilled workers to combine them; therefore, using this approach is the best practice.
• Ceramics: Technical ceramics such as aluminium oxide and similar are difficult to shape, making it best to use AM instead of traditional ways.

The use of advanced additive manufacturing for custom-building components

Advanced additive manufacturing for custom building components in construction allows companies to produce complex structures with various materials. Moreover, AM also helps contractors to make components according to their function. Notably, it can automate the process using just a digital model. Sometimes, the machine was big, making it another challenge to its usage.

Historically, AM was aimed at small projects. It was also only for factory purposes. But as technology evolves, AM in construction contributes to a project’s progress, but the large robots make it struggle to adapt to the task easily. Therefore, the machine shall be still on the manufacturer, and the physical design can be done at the factory before it is applied on the project site.

On the contrary, people also have a solution for those who want to have advanced additive manufacturing for custom building components on-site. It is robot arms that can move more freely compared to the large one. It only needs minimum space, but it is harder for humans to control. Therefore, it can be put on things that can help the machines move by themselves to cover more area and avoid crashes.

Getting more knowledge about advanced additive manufacturing with CCM 

The College of Contract Management offers participants in-depth knowledge regarding advanced additive manufacturing for custom building components. This technology is remarkable due to its ability to create the physical output just by seeing it digitally. As the other name is 3D printing, people in construction and related backgrounds need to be more aware of this innovation.

Therefore, joining this CPD - Advanced Additive Manufacturing for Custom Building Components can also be the answer. They can ask a professional speaker in this field to learn more about this solution. The college has collaborated closely with experts in the industry to ensure the credibility of the material learning. Wait no more and enrol now!

This programme schedule will be available on this page soon. As the final content is being prepared, those who have completed the payment process will receive access afterwards. If you have any questions, feel free to contact the CCM team via live chat or email. They are here to help anytime.