Read full review of

It looks like it’s time to find out about the latest news from the world of technology and engineering. If you would like to get a top from us, we would recommend you to stay on top of the technological progress. Even today you can often read about the possibility of robots working with us and simplifying our everyday tasks. There are no limits to the imagination and practical implementations of the modern engineers. They keep finding new ways of making robotics an essential part of our lives. It might sound like a science-fiction movie now but the chances are we will see it in the nearest future. If you experience some difficulties with this subject, try to use the engineering assignment help and tutoring here. We have the best experts to learn from.

Artificial Skin for Robots

If you think that robots are just pieces of metal and can’t feel anything, think again. Thanks to the scientists from the University of Houston, it may soon be possible for robots to sense the difference between hot and cold. The leading researcher Cunjiang Yu, Bill D. Cook Assistant Professor of mechanical engineering and his team have an idea of how to create a semiconductor in a rubber composite format that allows electronic components to stay functional even after getting stretched. They tested their ideas and got the first prototype of an artificial skin. The tests showed that a robotic hand could differentiate hot and cold water and even reproduce the signals received from a computer as American Sign Language. An artificial skin for robots is not the only way to use the newly discovered material. It can also be used in health monitors, medical implants, and human-machine interfaces. This stretchable material will be able to change someone’s life for the better and that means a lot.

Robotics’ Bright Future

How cool would it be if we all could have a personal robot that could change its shape to do every task we give it more effectively? It would be like watching Transformers movie but in real life. Well, you will be surprised but this future is not that far from us. Researchers at the Université libre de Bruxelles have found a way to develop robots that can merge, split and self-heal. Sounds impressive, right? It means that in a few years from now, there will be robots that can re-arrange themselves to cope with any task with ease. The problem of creating a modular robot is that the nervous system of it is not flexible enough and is limited to its original shape. But if we can create a modular robot with multiple units that interact with each other and even can re-arrange themselves autonomously, it is a success. This is exactly what Marco Dorigo and his colleagues did. The future will bring us universal robots that will be able to do anything we want them to and not just a particular task they were designed to do.

DNA Nanorobots

The funny videos about robots creating a mess instead of tidying up are very popular. Although the current models lack accuracy and precision, their improved versions won’t. You will have a robot that sorts your socks and cleans up in your room someday. The scientists at Caltech have created a nanorobot that can pick up certain molecules and drop them at the specified locations. The robot is made of a single strand of DNA and is an impressive discovery. The discovery can also be widely used in medical industry. In the future, it will be possible to build a similar robot but make it much bigger.

Urgent Help with Social Interactions

Children with autism spectrum disorder (ASD) find it difficult to socialize and keep long conversations with others. Azadeh Kushki, Assistant Professor at the Institute of Biomaterials and Biomedical Engineering at the University of Toronto, and Scientist at the Bloorview Research Institute, Toronto, Canada decided to simplify the process. A new prototype software application that works with Google Glass will serve as an impromptu for children with ASD. While having a conversation, they will see a list of possible answers to the questions asked by their conversation partners. Apart from the obvious benefits this software brings, it also helps children socialize with real people rather than training in front of a computer or any other digital device. It is a great way to practice the theoretical knowledge the children get during therapeutic settings. The further engineering improvements of Google Glass device will open new opportunities to programming it to help people.

That’s It for Today

Stay tuned to get a new portion of the exciting news. If you have suggestions or questions, please leave your comments.