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Robotics Summer Camp

robotics summer camp 2021
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Robotics Summer Camp

Robotics Summer Camp

If you have a young child who shows interest in STEM and is excited to learn about how robots work or want to learn how to build a robot, the best place for your child to be is a robotics summer camp. Robotics summer camp gives campers the ultimate opportunity to dive deep into the amazing world of robotics and robots and how they function from top to bottom. The best robotics summer camp offers a unique opportunity for kids to experience and also learn all about robots while still enjoying all the benefits that come with traditional summer camps.

Robotics summer campers use a hands-on approach to teach kids how to design and also program robots and also enable them to be creative enough to solve problems they might encounter along the way. Robotics summer camp encourages kids to be creative enough to work on their very own ideas and create robots from Scratch into actual working prototypes. This teaches kids how to be confident in their abilities to create and perform tasks. Robotics summer camp rewards kids based on their performances and enables the kids to strive to be the best in whatever they put their minds on.

At robotics summer camp, children are able to make not just new friends but meet like-minded kids who share the same interest as a term and creates lifelong bonds. At robotics summer camp, children also use LEGO sets to design and create robots. This allows the children to explore their creativity.

Robotics summer camp teaches kids how to use Java to program robots built by kids to complete the tasks they were created for. At robotics summer camp, kids learn new skills that help them build a career mindset. Robotics summer camp also has STEM programs focused on kids as little as 6 to 7 years old, and it is geared to teaching kids the fundamentals of STEM programs.

Robotics summer camp can also be online for kids who can’t go to a robotics summer camp in their city. They have online classes that teach kids the fundamentals of robotics and also have a good student and teacher ratio. Online robotics summer camp is designed to accommodate kids between the ages of 4 and 8 years up as well as kids who are of the ages of 9 and 16. Kids have grouped in age-appropriate classes and have amazing experiences learning all about robots from the comfort of their own homes.

Robotics summer camp makes kids work as a team, normally in groups of 4 to 5, with a teacher assigned to each group to supervise their progress. In these groups, kids learn how to code, as well as to design and program robots. Kids of all skills and talent are always encouraged to attend robotics summer camp to help them discover their individual passions in the field of STEM and also put them on their various career path and help them network at a very young age and create a bond with other kids with similar interests. by the time children leave their robotics summer camp they are able to design, program and also build themselves their very own robots and most importantly, create lifetime memories that they can treasure.

Robotics summer camp consists of engineering programs held during the summer break and focuses on teaching kids of all ages the fundamentals of designing robots, building, programming as well as testing robots. Kids leave robotics camp knowing how to wire a robot, pneumatics as well as robot sensor operations. At robotics summer camp, children are taught how to also control robots using control panels and also how to fly drones.

Robotics summer camp trainees also learn the skill of bringing their ideas to life as they use robotic technologies to engineer solutions to real-world problems. Kids who attend robotics camp learn how to work as a team to build and also test out their own robot designs underwater in the sky or on land. Robotics summer camp designs an educational curriculum for the kids that focuses on the Childs individual ability.

The History of Robots & Everything about Robots Kids Learn At Robotics Summer Camp

A robot is basically a machine that can be programmed by a computer. Robots are designed to carry out complex tasks automatically. Robots can either be controlled remotely or be programmed to carry out an automated task without constant supervision by a human. The designs of robots are normally modelled after humans; however, the designs of a robot doesn’t matter as long as it can perform its given tasks.

Robotics can be defined as a brunch of technology that focuses on the design, construction, operation as well as various computer operating systems for their sensory feedback. Robot technology is automated and can take the place of humans in a very dangerous environment, production companies and factories and can be designed to take the shape of a human being and also have cognitive abilities.

In today’s society, robots are replacing humans in performing repetitive as well as extremely dangerous works, especially in production and construction. Most tasks performed by robots effortlessly are tasks most human might not be up for as a result of weighing limitations, harsh weather conditions, tasks at the deep part of the sea as well as tasks outside space. There is a growing concern about how robots are used in everyday production and how it has taken the jobs of humans. Robots are blamed for unemployment in factory workers. Also, the use of robots in most combat or warfare is a growing concern since it is said to be cruel and unethical.

The concept of robots predates recorded history. The modern word robot was derived from the Czech word, “robota” which can be defined as forced labor or a serf. The word robotics initially appeared in Isaac Asimov’s science fiction story Runaround, which made its way into theatres in the year 1942. Even though most robots take the forms of humanoids, most machines don’t have to have traits of humans to perform their tasks any better.

In the year 1954, the first industrial stationary robot was created. This robot was a programmable Unimate. It was electronically controlled by moving its hydraulic heavy lifting arm, which could repeat an arbitrary sequence of motion. This robot was designed by the American engineer known as George Devol and was produced by Unimation Inc., a company that was created in the year 1956 by another American engineer known as Joseph Engelberger. In the year 1959, the first prototype of the Unimate robot was sent to General Motors (GM) in Trenton, New Jersey.

In the subsequent years from 1960 to 1970, more advanced forms of a computer were developed that could control electric arms and were guided by sensors. This was done at the Massachusetts Institute of Technology (MIT) and also at Stanford University. The creators of this invention made use of cameras inside the robotic hand-eye research.

Most science fiction movies depict the revolution of robots or artificial intelligence (AI) in the future. These movies are wildly exaggerated, and even though humans are being replaced by most robots in their jobs, especially in production, robots will not be taking over the world anytime soon.

The Characteristics & Various Features of Robots

*Robots generally consist of mechanical construction. Robots are designed to help complete specific tasks they are programmed to do. For example, the NASA robot Rover has its wheels individually motorized and are made out of titanium tubing materials to help the Rover firmly grip its surfaces, which could also be harsh terrain on Mars.

*Robots are powered by electrical components. Robots need electricity or a battery to be able to work and perform tasks.

*Robots contain components of a computer to enable them to perform the tasks they are created for. Robots will just be like any piece of machinery without a set of written codes programmed into it. A robot knows its function or is able to carry out a task when you insert a program into the robot.

Even though the robotics industry has made amazing strides this last few decades, it’s still considered to be relatively young. Robots have been to places most humans couldn’t even imagine going. From the deepest parts of the ocean to the highest heights of outer space, robots have helped provide answers in the field of science and discovery where human effort just isn’t enough.

Robotics summer camp teaches kids the application of robots in everyday life

*Robots are used to fight forest fires. Some Drones are strong enough to carry gallons of water over the fire to help quench the flames during fire emergencies. Robots help speed up the process of putting off fire, especially bush fires.

*Cobots are robots that work alongside other humans in factories or manufacturing plants. Co robots help speed up production and also help make the job of the humans less tedious and stressful.

*Robots are built to also offer a form of companionship to the elderly. Robots are programmed to help the elderly perform basic tasks that will be otherwise tedious on an individual who can’t perfume certain tasks with ease as a result of age.

*Robots are commonly used in the medical field by surgeons during operations to help improve the accuracy and success rate of surgical procedures.

*Robots are used in the food industry to package, order and also deliver food.

Why Robotics For Kids

It is not wrong for many people to wonder what the big deal is when it comes to robotics for kids. Many adults have asked why robotics for kids is important in the first place. Well, that is normal because they don’t want their kids to be overburdened with a lot of Mars-like learning at a young age. They are not against it but just want to know the ins and outs of it on the topic of robotics for kids and why their kids should be involved. Why robotics for kids can be answered first by saying it is a hands-on, fun learning time for kids to be introduced to the concepts of STEM. STEM stands for (science, technology, engineering, mathematics) learning, a discipline that is fast catching on.

Robotics sessions for kids will mean they are making their own robots. Robotics is a branch of technology that focuses mainly on designing and programming robots to serve different purposes. The other reason that sometimes parents cannot relate to robotics for kids is that they did not experience it themselves in their time but only saw it on TV and also thought only engineers could do it and therefore their kids are too young to do it.

Robotics for kids aims to bring what is on TV to life! It is best to start off your kids and not deprive them of benefittingunderstanding, or experiencing this technology. Educators today have made getting into robotics educational and interesting. You would only have to give your kids the chance to indulge in this technology and find out things for themselves. In order to guide kids into learning about robotics, parents and tutors should understand why it is beneficial for kids. Also, they should know the right kits to buy for them to start them off well.

Robotics Is Good For Kids Because

Robotics helps kids to know how things are put together and how they work. It is a fun learning process and is not meant to make kids bored or frustrated. There are different reasons why robotics for kids at their early ages and even beyond is good. They will know how mathematics and geometry meet to enable their robots to perform tasks. They also program physical robots and learn how to control them. Robotics is for the future, and that opportunity is open for kids to learn today.

Robotics programs engage kids and increase their problems solving skills and also creativity. Kids can easily assemble simple machines and have to find a way around any hitches they meet in the process. This makes them persevere in solving real-life challenges. Their imagination is challenged, and they are positioned to solve problems for themselves. Robotics also improves their programming skills. Kids as little as 5 when they are introduced to robotics are in no time able to assemble. Middle school students are in an even better position to pick up fast with robotics. They have longer attention spans and are curious once they are introduced to it at their age. They can easily develop complex skills when introducing to robotics.

Also, kids enrolled in robotics programs are able to learn science and math concepts well, whether they are in or out of the classroom. Robotics is the connection between science and math concepts in the real world situation. When they are building robots, they encounter the different theories that are at work, like the concepts of electronics and how to power the robots. Tension and force are also introduced to them. In assembling, they also come across different math concepts like geometry.

Robotics For Kids Are Programs That Are Interesting

With high growing economies that have a high demand for STEM, it has become a priority for many countries to train the up and coming generation with skills that will help them make a difference in their world. That is why there is the creation of camps in robotics for kids. These robotics classes include workshops that are made for kids of different ages. They get the opportunity to dive deep into robotics and learn using computer programming and designing robots as a solution to all kinds of problems.

These interesting programs sharpen their STEM skills. They can build teams and complete the most fun of challenges giving them essential skills for life. There is junior robotics for kids as young as pre-kindergarten with kits like LEGO. These lessons make use of a mix of fun and imagination for kids. They also learn machine principles and make robots that perform simple tasks. The older kids are not left out, from about 3rd to 8th graders are have the chance to put to the test their creativity in robotics for kids their age.

Learning In Robotics For Kids Can Be Done With Robotic Kits

Robotics is an investigative field for kids and also trains them in STEM. To help them learn this, there is the existence of robotics kits that enable them to build different things. The likes of companies like LEGO have made robotics kits. They believe that if you give a child a means to build their own toy, they will have fun, but at the same time learn and grow in the process. Their robotics kids like the Lego Boost comes in pieces that can be assembled into five different things. To operate this robot, kids use an app to create instructions for the movement of the robots through programming. It is made simple for kids to be able to wrap their heads around.

There are also robotics kits for kids to build smart robot cars, which are operated with Arduino programming. The kit enables kids to connect to a smartphone or tablet to operate it via blue tooth. Kids can design fast with these kits and control their creation in different modes. Robotic kits are essentially the framework within which kids can build robots. It starts with getting them a construction kit for building robots, which many companies are creating. These kits for kids increasingly become easy to get, and kids can have them assemble them to learn robotics.

What To Look Out For When Choosing Robotic Kits For Kids

Kids need basic programming skills, but while at it, you have to get the best devices and kits for them to learn robotics with. Which device will be good and which one will be suited to them? Look out for some of these things, and you will be on your way to finding the right kit for them. Firstly, you should look out for the kits that are constructed with quality materials. Check out for metal and corrosion-free robotic kit materials as they are some of the best. Those made of polycarbonate and steel are robust and can withstand falls, rough play and other mishappenings.

Also, check the coding languages that they come in. It should be something that is within their age range. The simplest of robots use Arduino, Scratch and Blockly. Arduino is more for beginners, and Scratch is for kids aged 8-16. Also, check whether the kit is suitable for their age and skills as a kit beyond their age can leave them confused and frustrated. This will prevent them from becoming too frustrated with learning with it. It is best to look for features and designs of the robotic kits according to your kid’s age group and interests. Some of the robotic kits come in pieces where the child has to build up from Scratch, and with others, they are already assembled. You only have to program the remote to control it. Therefore not all robotics kids are suited for your child; you can only find the right ones by studying what they like and the age-specific kits that can help them to learn.

Summer Camps Are Beginning To Introduce Robotics For Kids Who Enroll

Summertime previously was either time for friends camping, sightseeing, video game tournaments, endless journeys to the mall, binge movie watching and more for kids if they did not go for camps. Now, there are even more exciting things incorporated into summer camps like robotics. How cool can that be! Kids who are eager to engage themselves in STEM disciplines will love robotic summer camps. They can delve into the world of robotics in and out. It offers a unique chance for them to learn in a focused environment and intensively.

They still enjoy the other benefits of the summer camp but with the new addition of learning robotics. Try your kids for these robotic summer camps and create exciting learning opportunities for them. The summer just got better for your kids. Let them become robotics pros at these summer camps. Robotics is fast catching on, and there are now “robotics summer camps” with the sole aim of making kids learn robotics at camp. Kids feel accomplished when they are able to create things. Therefore given the opportunity to make cool things like a robot will be an ecstatic experience for them.

*Autonomous home robots carry out various tasks such as vacuuming, mowing grasses and assisting with making daily tasks at home easier.

*Robots are very useful in warehouses. They assist with finding items among thousands of isles and acers or foot, and also, they help carry heavy objects humans will not be able to lift on their own. Amazon is a prime example of a company that utilizes robots for its daily task. This makes the daily production at amazon very efficient and effective, all because of the help of robots in their day to day tasks.

*During natural disasters, robots are used to going through the rabbles in order to help with search and rescue missions. This is mostly done during natural disasters or when buildings collapse, and as a result, there are only so many humans can do in situations like this. Therefore robots help save lives.

*Robots are used by the police and army to detect landmines or other forms of explosives in war zones. This helps soldiers stay careful in enemy territory.

How Intelligent Does a Machine Have to be to be considered a Robot?

A lot of systems are built to take in information from an outside source and then process that information, and after it can do as it has been command by outputting its action. For example, a commercial plane put on autopilot to fly on its own. A roboticist at the University of Northeastern defined robots as systems that could exhibit complex behaviours when programmed, which could include sensing as well as actuation. Even though it is argued that it’s not a robot based on these characteristics, because its every action is controlled by a human.

However, an autonomous machine is considered as a robot. There are various degrees or levels of autonomous intelligence in robots. It is a very simple task to program a robot only to respond to a single environmental input with a single output. As years go by and machines evolve, their learning algorithms will also improve. Robots will be able to react or respond to their external environment even in ways that their human programmers didn’t explicitly program them to perform.

This is the kind of intelligence that car companies such as Tesla Motors and Ford Motors use in producing self-driving cars that have autopilot features to get robot cars to drive us around. Another use of a highly intelligent robot will be to help out the elderly complete stressful daily tasks and also to be able to keep us company and act as a source of entertainment.

A robot is typically made up of the same components as a human being, just not as complex as humans. A robot is built with a moveable physical structure. Also, motors are built in it as well as advanced sensory systems that are generally powered by a computer which is considered to be the brain of a robot just like how humans have brains. Robots are basically man-made versions of living things or animal life because they are built or created to replicate human and also some animal behavior.

Robotics Summer Camp: Why Children Should Learn About Robots

In recent years robotics and the advancement of robots in our lives have been a big topic in the news and other huge platforms. There have also been discussions of artificial intelligence or (AI) turning against humans and taking over our lives. Kids need to be able to understand the fundamentals of robotics and also help give them the ability to choose what career paths they want to pursue when they become adults. It is never too early to think about your child’s future and what career he or she will like to pursue, which is why robotics summer camp is your best bet as a parent.

Here are some reasons why parents should consider sending their children to robotics summer camps.

*Robots are the future. Robots play a very big role in the lives of every human. Children should learn about science and technology at a very young age because it explains how the world we live in works. This will enable them to have an idea of how things work and also help answer a lot of questions they have. Technology and robots have become a major part of our day to day lives. Kids who learn how robots work at robotics summer camp will have more options in today’s society. They will literally have the ability to control the world around them and have the ability to think differently and be innovative.

*Robots are changing today’s job market. In recent times, robots have increasingly replaced humans in most jobs. Gas stations, as well as most supermarkets, have become fully automated and do not require the services of humans in most tasks. Low skill jobs have mostly been replaced by robots. Therefore it is very important to equip your child at a very young age to develop the right set of skills to work alongside robots in this evolving world. Many disciplines will eventually apply robotics within their industries.

*Robotics develops physical and also creative skills. We are all at a point in life where technology has taken us away from our present physical world and has kept us in more virtual reality. A lot of kids spend so much time on the screen and less time developing physical and creative skills. Therefore building robots at robotics summer camps are a great way for a child to develop spatial awareness, fine motor skills and also a practical understanding of engineering skills.

Robotics Summer Camp Teaches Children about the Types of Robots and their various Functions.

  1. Preprogrammed robots. Preprogrammed robots are created to perform simple or monotonous tasks in a more controlled environment. The mechanical arm in an automotive assembly line is an example of a preprogrammed robot. The automotive industry uses preprogrammed robots to assemble cars. The robotic arm serves only one function, which is to weld parts of a car also to insert certain parts into the engine, and so much more. The main purpose of this robot is simply to perform tasks faster, effectively and efficiently than a human mechanic.
  2. Humanoid Robots. Humanoid robots are robots that are built to look like as well as mimic the behaviour of humans. Humanoids are programmed to perform some human activities like talking, running, jumping, and carrying objects. Humanoids are commonly designed to look like humans and are even given human faces and expressions. The popular robot called Sophia is an example of an advanced form of humanoid. Sophia has been programmed to draw, express human emotions and also walk.
  3. Autonomous Robots. Autonomous robots are the type of robots that operate completely independent of humans. These types of robots are automated with their tasks and don’t need constant supervision by human operators. An example of an autonomous robot is the Roomba robot vacuum cleaner, which is equipped with high tech sensors to roam throughout the entire home without being controlled.
  4. Teleoperated Robots. Mechanical robots that are controlled by humans are known as teleoperated robots. These types of robots are designed to work in extreme or harsh weather conditions and geographical conditions. Some examples of teleoperated robots are human-controlled submarines that are used to fix pipe leaks underwater and also drones used to detect landmines on the battlefield during the war. Teleoperated robots are also used by the bomb squad to defuse bombs.
  5. They are augmenting Robots. Augmenting robots are designed and used to improve on the current human capabilities or replace the capabilities not available to a human. Examples of augmenting robots are exoskeletons used to lift heavy weights and also prosthetic arms or legs for people that have lost a limb in an accident.

Robot Toys for Kids

Robot tasks are created for the sole purpose of entertaining kids and not to perform complex tasks very reliably. The mechanical varieties of toy robots have existed for thousands of years. In the early 1980s, microprocessors that could control toys were built and could react in response to sounds or light stimuli.

In the 1990s, robot toys evolved to speaking and using words. In the year 1999, the company Sony Corporation launched to the public a dog-like robot called AIBO. AIBO was designed with more than 20 motors to help it move its legs, head, and also wag its tail. Two microphones were installed in the robot, as well as a coloured camera, all controlled by a very powerful microprocessor. AIBO was very lifelike and learned to recognize their owners and also kept learning each day as well as exploring its surroundings. This robot had the ability to chase colored balls. The very versions of AIBOs cost $2,500 each because they were groundbreaking and not like any toy on the market. Five thousand units were sold immediately online.

Other Opportunities Are Created In Robotics For Kids

Apart from the awesome part of creating cool things with the lessons in robotics, there are other things that kids are learning robotics get. They learn the basics of how to program robotics. Kids get skill and talent no matter their educational level when they are enrolled in robotics classes. By the time they are done with the lessons, they have become pros. They will get lifelong memories of things they were able to achieve. They meet fellow campers from all over the world who are also in the process of learning robotics. They get entry-level introductions into the field of electrical engineering and robotics. They now learn how to handle basic programming and how electronic circuits operate. With gradual knowledge, they can now advance to other areas of programming for robotics. LEGO is one of the foundation starting points when teaching kids robotics, but also they get to learn the hardware side, and then they are allowed to experiment in their robotics skills.

There Are Robotics For Kids & Engineering Academies To Train Them

The most gratifying feeling for kids is to see themselves build something. In these robotics and engineering academies, students can learn how to build and program robots as quickly as in the space of two weeks. They learn how to build robots and apply electrical engineering principles. Students start from basic levels and move into the advanced forms. They learn about circuit sensors and activating motion for the robots that they build. Robotics, for them, means creating a device that can perform some tasks. They are introduced to using unique coding for their robots. These academies train them to also use Python, the internet and Raspberry- Pi. Students are immersed in the fundamentals first and learn to complete their challenges. They make gadgets that border on the power of the internet and explore more in the robotics field, getting them excited about lessons with it.

Kids Can Have Virtual Robotics Sessions

Even though the basic aim will be to congregate in order for learning can go on, some circumstances can prevent this. Therefore, those who offer robotics lessons accommodate virtual lessons too. This is when the class is solely online. The class size can range from a one-on-one session to a sizable but not too large number. Tutors take students through the normal curriculum for the robotics lessons they have signed on to. They can interact for the stipulated hours that have been agreed on.

Students can ask any questions they have, just like in a classroom setting. This is an alternative way of learning, which also proves effective. The tutors have more time to explain concepts to the students as the class is not that huge. Assignments are given and submitted through the portals that will be created uniquely for the students. There are even pre-sign up webinars and meetings for parents to know exactly what their kids will be learning as they sign up for these new robotics for kid’s lessons. Tutors for virtual robotics lessons make themselves available through different avenues as much as possible as they know students will need their inputs. This will make up for discrepancies that the in-person lessons would have given.

Additionally, they make room for weekly mentorship with the kids where they can have personal sessions with them. Kids learn to collaborate in these virtual lessons. Students are even able to showcase their skills and projects through blogs, resumes and other online channels to their friends. Making them even extend to the area of media studies. Parents are also not left out of the communication loop. They are able to see the progress of their kids and give their inputs. Virtual lessons in robotics for kids do come with some fees to access the services for your child. They can be as interesting as the in-person sessions with a lot of lessons to be learned.

Robotics For Kids Include Knowing How To Build Autonomous And Self – Driving Robots

There are different kinds of robots that kids will learn in their journey of taking robotics lessons. Learning about autonomous robots is one of them. “Autonomous” is a term that is used in describing bots that are able to move through the environment with little to no human interaction. These robots navigate the environment on their own. To create this awesome bot, kids will need to learn some lessons in analog circuits. This will mean being introduced to the fundamentals of electrical engineering.

Also, they will have to learn how to code in Arduino, which will help them create programs that run on vehicles. This code controls areas such as speed control, lighting, signals of the robot. To build these autonomous bots, they will also be shown on robotics and how the sensors of the robot have to be. They will learn how to program the motors of the bot to be able to navigate in the environment on its own. MicroPython will also be explained to them how to read data from the device’s camera. This will help them control the camera of the bot if it has one and allow other operations. They, therefore, get to experiment with the most exciting concepts in robotics.

Different Paths Exist In Robotics For Kids

Kids who are able to go through the lessons of robotics and follow their interests in robotics can venture into some of the following areas. They can pursue robotics engineering where they build all-around robots that move, play sounds and use sensors. Also, they can be in robotics programming where they create several programs that run on one robot type but is also versatile and has varied functions. They can also become experts in visual programming where they blend visual robotic designs and concepts with programming skills they have acquired.

Robot designing is also an option for them. This is where they focus in great detail on the design. This is for those kids who want to build robots more than they want to code. They can also go on the path of display designers where they make programs that people can interact with the bot in more of an artificial intelligence-based way. Thus there is not only one pathway for kids who learn robotics. They will not only become programmers of robots but can choose other paths as they progress in their studies of robotics.

Kids Can Join Robotics Clubs To Learn About Robotics

Robotics clubs are gatherings of students with interest in working with robots and learning about robots. These clubs take place after school and in a classroom and can be moderated by the staff of the school. These clubs are to engage kids in the knowledge about robotics. Kids can design and build robots whilst competing in some challenges, both locally and internationally, through these clubs. Anyone can join a robotic club. They run for those as little as 5 to even postgraduate levels. It challenges kids and helps them to understand the concepts of robotics through kid-friendly means of learning. STEM learning has become a palatable field where educators are advocating for more people to venture into. It is exciting, and it offers several opportunities. Therefore areas like tutoring in robotics for kids are highly welcome. It has explained why there are so many clubs and groups that have developed in schools to get more kids to be interested in learning about robotics and all it stands for.

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