The makers movement is not only popular in Europe and the United States but it is also becoming very popular in most parts of Asia. In fact, Hong Kong held its 2nd annual Maker Faire to support the growing maker scene of the country. In the previous Maker Faire, the venue was very held in an area in a very limited space. However, the second fair was established in a larger venue that can hold 2,500 participants.
The growth of the maker movement in Asia is very impressive and with many people having more access in technology, the maker movement looks very promising in this continent. Aside from showcasing the different technology, the fair also aims to provide maker movement education.
Today, the maker movement in Asia is not only observed in Hong Kong but also in other cities such as Seoul, Tokyo, Taiwan and Singapore. In fact, these cities have held their own individual maker faire in the past. What the region lacks is to have a region-wide maker faire to let like-minded people meet up with one another, exchange ideas and take advantage of the maker movement education.
The maker faire is a great way to exchange new ideas with other people. Moreover, it is also a great place to apply for a maker booth especially if you want other enthusiasts to let them know why you are interested with the movement.
In order to promote the maker movement in Asia the maker faires established all over Asia specifically in Hong Kong offers the fair for free. This means that people who are interested in the makers movement as well as those who are curious about this movement can enter the fair for free. This is a great step of the organizers to promote the maker movement to other people. Hopefully, the organizers want to establish the maker movement in Hong Kong and other parts in Asia so that the succeeding fairs will attract more people.
The makers movement in Asia does not only promote showcase of technology but it also promotes maker movement education by organizing workshops to those who are interested. Currently, the maker movement in Asia looks very promising and we have to thank dedicated people who want to introduce this movement to other people. It will not be long when Asia can also be at par with the maker movement in the US and Europe.
In Louisville, Kentucky surgeons have effectively used a 3D printer in creating a customized 3D heart model for a 14 month old boy with heart defect and consequently saving the boy’s life.
In the case of this little boy, named Roland, had multiple heart defects, it was not enough to use modern imaging systems of the heart to precisely pinpoint the problem. In a normal operating procedure, what surgeons typically do is to explore the heart and repair the damage—all in one surgery.
However, Dr. Austin had an extraordinary idea and with the help of the University of Louisville’s engineering school along with the toddle’s 2D CT scan they were able to replicate the boy’s defective heart and made it bigger than its normal size for easy studying. As stated by the engineering school this was not their first time to create a model for surgical procedures. They have made models for spinal defects and tumors and the cost of creating these 3d printing models on MakerBot was just $600.
To make the story short, the baby boy had a deformed pulmonary artery, aorta and a hole in his heart when he was born. But with the help of the 3D printer model, Dr. Austin was able to come up with a customized solution that circumvented a lot of cuts and surgeries by creating a pathway between the ventricle and the aortic valve.
This news story gives hope to the medical world on finding new and creative solutions without repetitive opening and closing a person. With the help of 3D printed models, expensive exploratory surgery will take second stage since 3D printed models is reasonably priced and a larger than life scale can be achieved and this entails enormous impact for the advancement of surgical science.
Cheap 3D printing models can print different types of prototypes such as scale models of buildings and prosthetics. However, there is more to 3D printing than making conventional things. Currently, there are many DIY enthusiasts who developed other functions of 3D printers.
One of the most ingenious ways to use 3D printers as an equipment to make ice cream. In fact, MIT students have created a 3D printed model of edible ice cream. This is one of the innovations of the 3D printer aside from the 3D pancake printer which MIT students have also created.
The cheap 3D printing ice cream maker is a brainchild of three MIT students named David Donghyun, Kristine Bunker and Kyle Hounsell. However, this printer is unlike any other 3D printer that you might be familiar with. The 3D printed model edible ice cream is made from connecting the 3D printer filament to series of machines like the Cuisinart Softserve Machine Maker, Liquid Nitrogen Compressor Tank and a big freezer.
So how does this printer works? It works following a very simple mechanism. The soft ice cream is extruded on a surface which is then exposed to liquid nitrogen to make the cream solid within a short period of time. Once the cream freezes, the next layer of the ice cream is squirted thus forming a 3D printed model edible treat.
So what inspired the students to create such innovation? They noted that they have the desire to make something that will draw the attention of kids towards the 3D printing technology. Apparently, kids are not easily convinced to like this technology with what it can currently do. Thus the 3D printer that can create delicious ice cream is one way of drawing the attention of kids to be interested towards this technology.
By using 3D printing technology, it can inspire kids to pursue their own scientific undertakings so that they can also develop other functions of 3D printers. This is an ingenious way of making 3D printing technology popular among many children. And the developers are very effective in their endeavors. On the other hand, the students who developed the cheap 3D printing ice cream maker wants to use this technology to improve the food manufacturing industry by incorporating 3D printers in making food. In the future, it will be long before people especially children can create their own food creations using the cheap 3D printing technology.
We all know that Home Depot is the place for DIY projects. Now, they have upped the ante, bringing a whole new meaning to DIY! As part of a pilot project, Home Depot now offers 3D printers for sale in 12 of their stores. Although 3D printers have been sold at Home Depot websites for three months running now, this is the first time that these 3D Printers are available in their physical stores.
Quoted from Joe Downey, a Home Depot merchant, “We are continually looking to bring the latest innovation to our customers. MakerBot 3D Printers are yet another great technology that can serve particular needs of specific customers.”
So what does this news mean to you and me? It simply signals the beginning of 3D printing trying to join the mainstream. For now, the MakerBot 3D Printer sells at $1,375 which is a huge step down from its expensive predecessors that ranged from hundreds of thousands of dollars to no less than five thousand dollars. Although it’s not a bad price, however consumers feel that it’s still pricey and not that affordable for the average consumer. It is hoped that soon, for the 3d printer to be considered mainstream, it has to reduce its price further so that majority of consumers can afford it.
A whole new learning experience awaits every child when they become involved in activities maker movement kids are engaged in. It’s an entirely exciting and a relatively new approach to promote brain development of kids alongside with emotional and psychomotor enhancements. If you have not started yet, here are great ways on how you can jumpstart this exciting learning scheme.
Maker Movement Education: Be As Open As Possible
One of the ultimate goals of maker movement education is to promote an entirely new portal of learning by allowing each student to utilize their imagination to its utmost potential. Being the case, schools should be open to all possible projects that each student will be designing. If you are still in the early stage of developing your own program, it is best to scout as many projects as possible. This is best achieved by allowing your students to be in charge. Give them time to think about what they have in mind, things that they want to invent or produce. In this way, you do not limit the learning experience of each student but ensure that each are working on the project they are most interested on.
Maker Movement Kids’ Teachers Should Continuously Pose Encouragement
Although you allow your students to become independent maker movement kids, this should not however hinder the teachers to guide the students every step of the way. Let the students to work on any project but do not leave them on their frustrations. Instead, let them bank on their imaginations but if you think there is a great need for improvement or the initial plan wasn’t perfected, then it is high time that you inject your encouraging words on them. Teachers are one of the persuasive individuals known therefore it is likely that your students will listen to you and will never stop until they end up with the best output on their projects.
Cheap 3D printing is well within everyone’s reach these days. Those who have a MakerBot Replicator 3D printer have been enjoying the luxuries attached to outputs of printing in 3D. But for those who have not experienced or tried cheap 3D printing, it’s high time that you actually try it. For individuals with iPad, a new application, MakerBot Printshop is the perfect guide to help you start on your 3D printing experience.
Cheap 3D Printing Made Easy
The application MakerBot Printshop is free for everyone and can be readily downloadable. People who have not tried 3D printing will love this app as it comes with an easy to understand step by step procedure on how to perform 3D printing. Text buttons are user friendly and first printing exercises are quite enticing including printing of rings, bracelets and other simple objects. As newbies work on simple objects, their initial 3D printing experience will never be a disaster.
Why Will You Love the iPad Application for Cheap 3DPrinting
MakerBot PrintShop application is another manifestation that 3D printing is for everyone as 3d printer cost could be reduced by using this application. This application comes with unique features and the icons on the screen and plainly clear. It comes with three options for users to choose: Type Maker for designing objects that are flat but comes with raised text, together with Bracelet and Ring Maker. The Type Maker provides users with an interface similar to a placard where you can write the texts and manipulate its appearance by changing the height of the words or its orientation. The Bracelet Maker begins with a circular outline and playing on the slider adds features on the bracelet. The user can also maneuver the width and height of the circle such that it fits on the user’s wrist. It can be full circle or made half-closed for better designs.
Space exploration has never been as exciting as before. Each year seem to be far more exciting than the previous. Although space exploration robots are constantly subjected to tests to further enhance their capacities, there are still a number of significant restrictions that were addressed including enhanced communication mechanisms as well as data processing. The inclusion of smartphones in space robots seemed to address this.
The Limitations That Were Observed From Former Robots Used in Space
Former space robots like SPHERES (Synchronized Position Hold, Engage, Reorient, and Experimental Satellites) were pretty much limited. This space robot was designed with precise movement but all its other features like communication, data gathering capacity seem to be relatively of low quality. This resulted to a poor resolution of photos taken and limited information.
How Robots With Smartphones Enhanced Data Collection
The inclusion of smartphones in robots used in space like those of SPHERES made data gathering in space more efficient. The smartphone that is implanted on the soccer-ball sized robots seem to act as its brain and eyes. The smartphones used contains motion-tracking camera, so far better photos with improved resolution is expected to be collected and will provide enhanced data for the scientists to analyze. The phone is also built with infrared depth sensor similar to those found in Xbox developed by Microsoft’s Kinect. The sensors will enhance the resolution of the photos as it is capable of perceiving sharp angles in space which is difficult to capture by a space robot with plain camera only. Aside from sharp images, the smartphone can also produce 3D maps which can permit the robots to navigate more areas in space. In this sense, wider areas would mean more information in order for humans to understand further the nature of the space beyond our planet.
In the next few years, scientists will be able to develop robots in space that have bio-inspired designs so that they can also learn just like living organisms do. Although using robots in space is very advantageous, the problem is that when they get damaged, there is no other way but to replace the entire thing.
For this reason, several robotics researchers are now developing robots that have self-repair mechanism as well as brains that will help them learn new information from calculated observation.
The idea of self-healing robots in space still remains a far reality but the researchers are very much excited with the idea of putting up such robots in space exploration. This idea was heavily inspired by the lowly jellyfish which is a simple creature that only has the ability to heal itself as well as learn information directly from its environment. Researchers hope to develop small satellites that could interact with one another to deliver full abilities of modern satellites.
This ambitious plan of making smart and independent robots can bring a lot of advantage to space explorers. First, they do not need to constantly check the robots for reports thus saving time and money and, second, they can work over uninterruptedly thus researchers will be able to take full advantage of the robot.
Although ambitious, technology as well as funding to create such robots in space exploration is still a decades away. There are only a few learning software developed that can run such robots and developing a prototype can cost a lot of money. Moreover, developing a system that will make the robot self-sustaining and self-repairing still, unfortunately, remains in science fiction books.
Even if this is the case, scientists and researchers still remain optimistic about the prospect. In fact, there are many complex biological movements that they wish to apply when creating efficient robots in space.
The makers movement is gaining traction today as more and more people are interested in building their own technology to solve their problems. This is the reason why there are many supporters who lobby the incorporation of the maker movement in education. On the other hand, this movement has also given birth to different trends and people are not only making new things but also doing other things. Below are the trends of this movement that are also becoming popular today.
Developing your own hardware to run your own technology is becoming popular thanks to the abundance of open source hardware projects that are present online. A good example of hardware hacking is making your own 3D printers out of spare computer and printer parts. Moreover, building your own drones using microcontrollers is also another example of hardware hacking.
Permanent Maker Places
The only event that supports this movement is the Maker Faire but in the future, there will be many permanent events or places where
enthusiasts can meet and build their own dream projects. Before the maker movement became popular, many people are contented to work in their garage but working in the garage can be limiting.
Makerspaces In Classrooms
Although there are some schools that have adapted the maker movement in education, there are still many schools that are not conducive for this movement. In the future, however, more and more schools will be able to support the movement to encourage young minds to be more creative.
The maker trends are embraced more by young people who are creative enough to innovate something from ordinary materials. This movement is considered a DIY activity but in the future there will be many applications of the maker movement in big industries like manufacturing and probably space and medical engineering.
The maker movement education is making a lot of noise not only in the United States but also in other parts of the globe. In fact, many social researchers have tried to explore the maker movement and its potential role towards society particularly to the young people.
The maker movement manifesto is clearly geared to the young generation who attend the limiting four walls of the educational system. The reason for this is that young people are more engaged when it comes to the designed dimension of how they view the world.
One of the benefits that the maker movement brings to young society is that it fosters creativity among young people thus empowering them to stretch their creativity. Young people are encouraged to build, tinker, reverse engineer and hack in order to create innovative things out of ordinary items.
Aside from stretching their creativity, the maker movement education also influences children to become more positive when it comes to viewing the world. Since they are trained to view society as something that has limitless opportunities but limited resources, they become proactive.
Moreover, it also helps children to become more selfless as the maker movement manifesto encourages people to share their information to the rest of the people who are also interested in the same projects. In fact, the maker movement has also influenced the software community to develop open-source programs for the benefit of other people who also want to build their own technology.
The do-it-yourself mindset developed by the maker movement also trains young minds to become problem solvers. The incorporation of maker movement in education encourages children to think of solutions to their own problems.
The rising popularity of the maker movement and its incorporation to the education system looks very promising and this will eventually affect the society in the future in such as way that people become more open, creative and willing to take more risks.