Category Archives: Robotics

Students from across the region bond and compete in robotics challenge at NSU in Norfolk  13newsnow.com WVEC

Read more:

Students from across the region bond and compete in robotics challenge at NSU in Norfolk - 13newsnow.com WVEC

IIT Delhi to teach students on robotics, participation open to all Delhi schools  India Today

Visit link:

IIT Delhi to teach students on robotics, participation open to all Delhi schools - India Today

This Chennai-based robotics start-up wants to eliminate manual scavenging and build smart cities  Business Today

Go here to see the original:

This Chennai-based robotics start-up wants to eliminate manual scavenging and build smart cities - Business Today

What is robotics?

Robotics is a branch of engineering that involves the conception, design, manufacture and operation of robots. The objective of the robotics field is to create intelligent machines that can assist humans in a variety of ways.

Robotics can take on a number of forms. A robot may resemble a human, or it may be in the form of a robotic application, such as robotic process automation (RPA), which simulates how humans engage with software to perform repetitive, rules-based tasks.

While the field of robotics and exploration of the potential uses and functionality of robots have grown substantially in the 20th century, the idea is certainly not a new one.

The term robotics is an extension of the word robot. One of its first uses came from Czech writer Karel apek, who used the word in his play, Rossum's Universal Robots, in 1920.

However, it is science fiction author Isaac Asimov who has been given credit for being the first person to use the term in the 1940s by Oxford English Dictionary.

In Asimov's story, he suggested three principles to guide the behavior of autonomous robots and smart machines.

Asimov's Three Laws of Robotics have survived to the present:

However, it wasn't until a couple of decades later in 1961 -- based on designs from the '50s -- that the first programmable robot, Unimate, was created to move scalding metal pieces from a die-cast machine.

Today, industrial robots, as well as many other types of robots, are used to perform repetitive tasks. They may take the form of a robotic arm, robotic exoskeleton or traditional humanoid robots.

Industrial robots and robot arms are used by manufacturers and warehouses, such as those owned by Amazon, Devol, Best Buy and more.

To function, a combination of computer programming and algorithms, a remotely controlled manipulator, actuators, control systems -- action, processing and perception -- real-time sensors and an element of automation helps to inform what a robot or robotic system does.

Some additional applications for robotics are the following:

Machine learning and robotics intersect in a field known as robot learning. Robot learning is the study of techniques that enable a robot to acquire new knowledge or skills through machine learning algorithms.

Some applications that have been explored by robot learning include grasping objects, object categorization and even linguistic interaction with a human peer. Learning can happen through self-exploration or via guidance from a human operator.

To learn, intelligent robots must accumulate facts through human input or sensors. Then, the robot's processing unit will compare the newly acquired data to previously stored information and predict the best course of action based on the data it has acquired.

However, it's important to understand that a robot can only solve problems that it is built to solve. It does not have general analytical abilities.

Robotic systems are coveted in many industries because they can increase accuracy, reduce cost and increase safety for human beings.

In fact, safety is arguably one of robotics' greatest benefits, as many dangerous or unhealthy environments no longer require the human element. Examples include the nuclear industry, space, defense, maintenance and more.

With robots or robotic systems, workers can avoid exposure to hazardous chemicals and even limit psychosocial and ergonomic health risks. However, despite these benefits, there are several drawbacks to robotics as well.

There are certain tasks that are simply better suited for humans -- for example, those jobs that require creativity, adaptability and critical decision-making skills.

Also see: bot, software robot, uncanny valley, telepresence robot, mobile robot, social robot, probabilistic robotics, developmental robotics, smart robot and robot economy.

Originally posted here:

What is robotics? - TechTarget

Even if you already know what a robot is and have heard of robotics engineering, those definitions are probably inconsistent depending on who you ask. Especially if you talk to one person who is working on complex machine learning algorithms and another person who is maintaining industrial robots for a production line.

Theyre both Robotics Engineers, but they both do very different things.

So, the bigger question is, what is robotics engineering?

By the end, youll have a good understanding of the robotics engineering field, how to get a degree in robotics, and what job titles to look for when searching for a robotics career.

Robotics engineering is the field encompassing the development and improvement of autonomous devices, robots, and electro-mechanical systems. If youre thinking about becoming a robotics engineer, I recommend having excellent problem-solving skills, mechanical aptitude, and advanced math background.

Robotics is interdisciplinary, so youll need skills in three subjects:

Everyone wants to be a programmer these days, and coding for robots isnt an exception. Computer Scientists write the brains behind how robots sense, perceive and respond to their environment. Popular programming languages for robotics are Python, C++, and C. Not everyone in robotics is a software engineer; however, the majority of engineers working on robots have programming experience.

Programming and software development is vastly underestimated. You have to have a solid understanding of at least one programming language, plus the ability to apply that code to a particular area in robotics. Some popular areas of focus include machine learning, image processing, computer graphics, 3D geometry, and the Robot Operating System (ROS).

There are two main sectors of electrical engineering that you can get into in robotics. First is embedded circuits, controllers, and PCB design. The second is industrial circuits, PLCs, HMIs, and robot arms.

While electrical engineers could have either scope of work (and some work on both), they both require slightly different skills. One is focused more on low-level and low power systems and the other is more high-level and higher power systems.

If you plan on going into electrical engineering to work on industrial equipment, you may want to verify that your schools electrical engineering program has hands-on courses in PLCs, debugging and troubleshooting, and industrial robot arms. Alternatively, you could enroll in an online EE degree program and learn at your own pace.

The third area of robotics is mechanical engineering. Youll want to become comfortable with CAD modeling, kinematics, control theory, and material properties.

Some topics that go hand-in-hand with mechanical engineering are in manufacturing. They include CAD/CAM, Milling, Forging, 3D printing, and best practices in schematics and drawings. A lot of manufacturing skills are picked up on-the-job or in a more hands-on technical degree program. You can also opt for an online manufacturing course to further familiarize yourself with machining topics.

If you choose to complete a degree in any of these subjects, you can still work as a robotics engineer. If you know youre better at programming, then Id recommend pursuing a Computer Science degree and then look for jobs within robotics companies. Having a strong ability in one of these areas is better than being sort-of good at all of them.

However, if you find that you want cross-discipline coursework, then a robotics engineering program might make more sense than just a degree in computer science, electronics, or mechanics. Robotics degree programs are popping up around the country. Whether you want to get an Associates Degree, Bachelors Degree, Masters Degree, or a Ph.D. in robotics, theres a program for that.

If youre planning to go into research robotics or teaching MIT, UPenn, and the Colorado School of Mines also have Ph.D. programs in Robotics Engineering. If you want to be more hands-on with robots, check with your local community colleges and trade schools.

Many community colleges have (better) Industrial Robotics labs than the universities, and their programs align more with the type of work youd be doing in manufacturing. Check for programs like Manufacturing and Automation, Automation Certificate, or Robotics Associate degree.

Then, once you finish your degree, the next step is to search for a job.

With so many options in the robotics engineering field, there are just as many choices when it comes to working with robots. However you decide which robotics degree to pursue, the next big question is how to find a robotics engineering job.

While there are plenty of career experts out there, one of the methods Ive used is searching within very niche robotics fields. Become a highly-proficient robot programmer. Learn the ins and outs of mobile robot design with ROS. Pick a robotics subject youre interested in, then define the gaps and areas that you need to work on.

Once you fill these gaps and gain experience, robotics engineering careers are limitless. You can choose to stay within engineering as a Senior or Fellow Engineer, or you can migrate into Management, Operations, or Business.

Ive put together a list of niche robotics fields that you can use for inspiration:

Granted, this isnt a comprehensive list, but it should help you narrow down the field of robotics.

Controls and Automation engineers work in production facilities or for machine integrators. Manufacturing controls engineers spend their day troubleshooting electromechanical equipment, robot arms, and PLCs. They are also responsible for work cell documentation, operator training, and process improvement projects. Control engineers in a factory may also work closely with controls engineers from machine integrators.

Automation or controls engineers, that work at an integrator, design, build and program automated equipment for manufacturing plants. Theyre also responsible for installing, commissioning, and supporting machines in the factory. If you enjoy working with industrial equipment and want to create automated systems, then a controls or automation engineering job might be what youre looking for.

Alternative Job Titles: Manufacturing Engineer, Systems Engineer, Robot Programmer

However, if people arent your thing, and youre not a fan of climbing on machines, then being a software developer is probably a better fit. Programmers or Computer Scientists write sophisticated software for robots. These might include computer vision programs, APIs for web applications, or machine learning algorithms for mobile workstations.

This field requires a solid foundation in software development. If you want to be writing hardcore code for robots, then I recommend getting an advanced degree in computer science with a focus on development for robots. Youll also need a strong background in advanced mathematics if you want to work in fields like 3D graphics, machine control, or image processing.

Popular robotics programming languages are Python, C++, and C. Expect to spend a lot of time in Linux, so feeling comfortable in the terminal is a must. Lastly, code management is critical, so I recommend learning the software development lifecycle and version control.

Alternative Job Titles: Machine Learning Engineer, Computer Scientist (Robotics), Software Developer (Robotics), Applications Engineer

If youre more of a natural problem-solver and are good at fixing things, then Customer Support or Field Application roles are other options.

Many robotic integrators and companies need engineers who support the use of their robotics products. Rather than directly impacting the development of a robot, youll help customers use the product correctly. This includes documentation, manuals, phone, and in-person support.

Application Engineers also ensure that the customers needs are met by verifying that the robot they want to use is the correct fit for the job.

If youre looking for a robotics job that is more people-facing; then check out Application or Field Support jobs.

Alternative Job Titles: Application Engineer, Customer Service Engineer

The last category is reserved for robot platforms. If you want to work on a specific robot platform like Kiva or iRobot or FANUC arms, then you can look for robotics engineering jobs directly with those companies.

Because these are product development roles, expect to have an advanced robotics or software degree or many years of experience developing features for robots.

Some other interesting areas to consider are mobile robots, humanoid robots, military robots, and research robots. Again, these areas are highly technical, so while they rank high in cool factor, they also require years of becoming an expert in program and system design.

Alternative Job Titles: Robotics Engineer, Senior Robotics Engineer, Staff Engineer

In this article, you learned what robotics engineering is. But, frankly, if you ask three people about robotics engineering, youll probably get seven different answers. Just remember that robotics is a very wide field with a lot of opportunities. This can work to your advantage (or against you) depending on the skills you develop over time.

The next step is to determine if a career in robotics is for you. If so, I recommend jotting down the specific positions and job titles youre aiming for. You can use the guide above or think about some of the robots that inspired you to check out this article. Then, get to work learning these subjects. Figuring out what you want to do is the easy part. Actually grinding out for years and putting in the work is where most people get stuck.

Regardless of where you want to end up, robotics is a healthy field to enter.And, well if youre not quite ready to apply for that robotics engineering job, the best way to get started with robotics is to start building robots.

View original post here:

What You Should Know About Robotics Engineering

Robotics challenge injects technology into 4-Hs traditional ag program at Fort Worth Stock Show and Rodeo  Fort Worth Report

Originally posted here:

Robotics challenge injects technology into 4-Hs traditional ag program at Fort Worth Stock Show and Rodeo - Fort Worth Report

Indian robotics startup, Genrobotics takes on the future of clean-tech robotics at World Economic Forum 2023 i  Times Now

Read more:

Indian robotics startup, Genrobotics takes on the future of clean-tech robotics at World Economic Forum 2023 i - Times Now

IIT Delhi to train students from over 100 schools on robotics in next two months  The Indian Express

Read the original here:

IIT Delhi to train students from over 100 schools on robotics in next two months - The Indian Express

Drake (dragon in Middle English) is a C++ toolbox started by theRobot Locomotion Group at the MITComputer Science and Artificial Intelligence Lab (CSAIL). Thedevelopment team has now grown significantly, with coredevelopment led by the Toyota Research Institute. Itis a collection of tools for analyzing the dynamics of our robots and buildingcontrol systems for them, with a heavy emphasis on optimization-baseddesign/analysis.

While there are an increasing number of simulation tools available forrobotics, most of them function like a black box: commands go in, sensors comeout. Drake aims to simulate even very complex dynamics of robots (e.g.including friction, contact, aerodynamics, ), but always with an emphasis onexposing the structure in the governing equations (sparsity, analyticalgradients, polynomial structure, uncertainty quantification, ) and making thisinformation available for advanced planning, control, and analysis algorithms.Drake provides an interface to Python to enable rapid-prototyping of newalgorithms, and also aims to provide solid open-source implementations for manystate-of-the-art algorithms. Finally, we hope Drake provides many compellingexamples that can help people get started and provide much needed benchmarks.We are excited to accept user contributions to improve the coverage.

You can read more about the vision for Drake in this blogpost.

We hope you find this tool useful. Please seeGetting Help if you wish to share your comments,questions, success stories, or frustrations. And please contribute your bestbug fixes, features, and examples!

See the original post:

Drake: Model-Based Design and Verification for Robotics

Robotics event hosted by Ann Arbor District Library serves as tune-up for season  MLive.com

See the original post here:

Robotics event hosted by Ann Arbor District Library serves as tune-up for season - MLive.com