The creative minds out there are constantly churning our feasible, affordable, and easily available embedded boards for tech buffs to experiment and discover better solutions. Designing an embedded system is one part of the innovation story. Accessorizing them to enhance their performance is another part of the story.
Some of the embedded systems lack generic interfaces and that’s where accessorizing comes into the picture.
The Innovation Lab at Moonshot Junior designs and creates tools that can be interfaced with the embedded boards to augment its performance. Their creation – Embedded Learning Board – is one of those tools that enhances the performance of embedded systems. Before going further and elaborate upon the learning kit, first find out about Embedded System Design.
An embedded system embeds hardware and software together for a particular function. The microcontroller is the key element of an Embedded System Design. External Processor, Internal Memory, and Input/Output components are interfaced with the microcontroller.
What makes these boards popular is its small size and that it consumes less power. Embedded Systems are classified into four different categories based on performance and functional requirements:
Here are the elements of Embedded Systems:
An embedded system helps in:
Evolution is an integral part of technology business and just like any other technological field, the embedded systems industry is constantly developing and the experts say that it will continue to grow, that too at a brisk pace. That’s the reason Moonshot Jr team is researching and providing learning kits to aid youngsters in their creative and innovative endeavors.
The team Moonshot Jr pulled off a feat with Embedded Learner Board, which targets the young tech enthusiasts. It is an electronics board that can help in gaining hands-on experience in coding, electronics, and IoT by simply connecting it to Arduino, Raspberry Pi, or ESP using jumper wires. The key components of the Embedded Learning Board are:
Embedded Hardware and Software such as Arduino, Raspberry Pi, and Robotics are quite popular among tech enthusiasts. The Embedded Learner Board provides practical knowledge in such embedded hardware and it also instills technical skills to help them independently handle their initiatives.
It is very easy to work with the Embedded Learner Board. Connect this board with jumper wires to any Arduino or Raspberry Pi model and gain practical experience in Coding, Electronics, and IoT. Interestingly, the board has scope for experimental learning for the users while working on it.
The experience helps in acquiring the right aptitude and skill, an asset for the future.
The next thing that comes to mind is where one can use the Embedded Learner Board. It familiarizes students with innovative technology and helps them in taking control of their learning. If you love experimenting, this learning kit will come in handy in the following activities:
Technology is constantly developing. It advances so quickly that every invention needs a regular update to maintain its relevance in the fast-changing landscape. It is easy to innovate, difficult to sustain, and extremely challenging to remain relevant.
Therefore, to keep pace with changing conditions, the first-hand experience in learning is important for young learners. It helps them in understanding how constant research and development can keep their product relevant.
The mentors and researchers at Moonshot Junior have taken upon this formidable task of simplifying the learning process through the Innovator Program by blending ease and fun into it. So far, they have been successful in their endeavors. Their innovations are lapped up by the end-users. For instance, electronics enthusiasts prefer Embedded Learner Board because it helps them in getting started with their experiment.
Eventually, they learn and grow.