New Technologies Behind the Maker Movement

One of the most common drives that you can experience as a human being is the impulse to create. Human beings are incredibly creative, and this has been proven since time immemorial. People use materials available in their environments to develop solutions to problems they may be experiencing. The rise of civilizations has led to further progress in the technologies that we use to create.

The presence of accessible technology and the ability to share with others online has further led to an evolutionary spurt. Tools such as robotics, e-textiles, microprocessors, artificial realities are a few of the latest tools resulting from these technologies. These tools are critical in revolutionizing various sectors of the economy, including the manufacturing and education sectors.

The maker movement has enjoyed and continues to garner support from people in all various sectors, and here are some of the latest technologies in the maker movement.

Digital fabrication

1.Digital fabrication

Desktop 3D printing, also known as digital fabrication, has made it possible to fabricate various metals and plastics. When you combine 3D printing and open-source microelectronics, it is also possible to create auto-replicant printers. Digital fabrication also includes a variety of subtractive fabrication technology, such as laser cutting.

To create your 3D designs, you need tools such as the X-Carve Pro. Such design tools are mostly easier to use and come at a reasonable price. Using programs such as an online project repository will give you access to some functions of 3D printing, even if you cannot do your own design work.

2.Cloud technology

Cloud computing is made up of tools that are essential to the maker movement in several ways. Cloud computing is beneficial in; increasing collaboration between creatives, enhancing digital workflow, the better sharing economy, and distributed manufacturing. Initially, this type of technology did focus on software. However, it has expanded to open-source hardware with time, which is assisted by both licensing agreements and online plans in the cloud.

Examples of cloud-based tools are collaborative platforms that are version-controlled, online project repositories, and knowledge sharing platforms.

Physical computing

3.Physical computing

Physical computing is another vital technology behind the maker movement. It refers to the ability to embed intelligence or interactivity into everyday items and objects. Perhaps the more popular form of physical computing is robotics. The types of robotics that feature physical computing are known as microcontrollers. The circuitry is more transparent and visible in microcontrollers, unlike some robotics. Microcontrollers enable individuals, especially students, to increase their knowledge of electronics.

Furthermore, microcontrollers expand your range of potential projects. They can be combined with various objects that you already have, such as crafts materials and broken toys, to develop new inventions that interact with these same environments. Lastly, microcontrollers are very affordable, which makes them accessible to a broader audience.

Other new technologies in the maker movement include funding platforms and traditional hand tools. These technologies, plus those mentioned above, play a crucial role in the maker culture. When one of these technologies is unsuitable for a specific project, another technology will suffice.

Author: Robin Gupta