Top 3 robotics innovations we discovered in the last decade

Robotics is a fascinating field of science. Technology has come a long way and has helped this sector to grow. This sector is huge and growing fast. Here are some outstanding discoveries made on this field in the past decade.

Asimo

Honda tried to invent an interactive walking robot since 1986. In 2000, it came up with Asimo robot. The robot is four foot, three inches tall and has an advanced technology. Its hip joints allowed it to walk and climb the stairs comfortably. It can also navigate surfaces that are uneven, grasp objects, avoid obstacles, recognize faces, and more.

Packbots

It is a shoebox-sized robot that can be controlled with a remote. It was manufactured by iRobot in 2001. It is used to respond to disasters. It was used in the September 11 attacks. At that time the buildings were too enclosed and it was difficult for people to get inside. So, this robot was used to find out the condition of the damaged buildings and take images. It also helped in searching for survivors through the rubble.

Roomba

It is a domestic robot made by iRobot. This cordless robot weighted seven pounds only. You can get this for only $200 and it can help you in your domestic works like vacuuming your room. This robot became very popular and about more 8 millions of them are sold so far.

We can expect more advancement in the robot technology in future. Many works that we do now will be replaced by the robots. Companies will become more productive and our lives will be easier with the help of these robots.

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4 benefits of 3D simulation and virtual reality

You should use 3D simulation and virtual reality as tools for teaching students or training your workforce. These are very effective forms of learning tools. Here are the benefits of virtual reality and 3D simulation.

Theory and practical

You can use these tools to provide theoretical and practical knowledge at the same time. You can understand a particular theory and then use virtual reality scenarios to test it under life-like conditions.

Real-life situations

Virtual reality can be used to form interactive scenarios that reflect the real-life situations. Using it you can imitate how a machinery works or equipment responds. You can also replicate human behavior.

Makes learning more interesting and fun

Virtual reality simulations make learning compelling, memorable and fun. The user experiences wonderful graphics, audio and interactive scenarios in a 3D environment. They get the sense as if they were actually present there.

Save on cost

If you have limited training resources and too many people to train then virtual reality will be your ideal solution. You can model your equipment and contribute to the training program. Though there is nothing like hands-on training, but virtual reality is a cost effective solution.

Virtual reality and 3D simulation make processes and systems easy. People can learn processes that would be difficult to learn otherwise. Research is still going on between 3D simulation and virtual environment. In future, we will be able to see more advancement in these technologies.

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5 ways you can support your child’s science learning

Children should be encouraged to learn about science at a very young age. Parents need to support their learning so that their interest grows. Here are some ways to influence your childn’s science learning.

 1. Hear your child’s questions carefully

Whenever your child asks a question, you should listen carefully you should respond in a way that inspires her scientific thinking. You should enjoy discussing such questions and always encourage your child to share their thoughts with you.

 2. Find out the answers together

It’s not possible to know all the answers to your child’s questions regarding science. If you don’t know the answer then find out together. This will stimulate the thoughts of your child and he or she might ask you more questions. This will enhance the learning experience.

 3. Give time and space to explore

Trial and error is the best way to learn science. You should give your child time to experiment and try different things. Don’t say the correct answer right away. Let them explore and find it out themselves.

4.  Encourage children to record their observation

You should encourage your child to record observation by writing, drawing or taking pictures. These way children will be able to keep track of what they see and hear. They can ask questions later on.

5. Use your electronic devices

There are many interesting apps available now that will help your child to learn. For example, you will find stunning pictures of animals along with the sounds they make. These are very effective learning tools.

Use these suggestions and make your child curious about science. Curiosity will lead to proper learning and open your child’s mind to new research areas.

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