Planning a Career in Robotics? Top Job Roles You Should Watch Out For
Whether at work or home, every aspect of life is impacted by robotics technology. Robotics can improve people's lives and work habits by increasing efficiency and safety and providing better service.?
Furthermore, robotics is set to become the driving technology for a new generation of autonomous devices and cognitive artifacts that, via their learning capabilities, interact seamlessly with their surroundings, linking the digital and physical worlds.?
The expansion of a robotic workforce has benefited various industries significantly, such as automotive, healthcare, aerospace,? consumer goods and many more.
The interdisciplinary field of robotics is already underpinning employment and has a huge demand for trained professionals with sound knowledge of Computer Science and Engineering.?
In this article, we have discussed top courses and salaries for different job roles within this sector.
Scope of Robotics as a Field and a Career
In today’s world, almost every industry is getting more inclined towards robotics technology, be it healthcare, manufacturing, automotive or electrical. Robotics is an interdisciplinary career, which means you do not need to pursue a particular degree, but you can come from any background: computer science, biotechnology or engineering.
According to a Mordor Intelligence report, the Global Robotics Market was valued at USD 27.73 billion in 2020 and is expected to reach USD 74.1 billion by 2026. This leads to unlimited avenues for a career in robotics, with tremendous opportunities available for professionals with real-world skills.?
Robotics is an ever-growing industry and is currently changing the world with its implementation in various sectors. With the technological rise, the demand for experienced professionals has also increased proportionally.
Career Opportunities in Robotics
In this section, we will discuss the roles and responsibilities, skills required and the average annual salary figure for different job roles in robotics.?
Robotics Engineer
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Mechanical Engineer
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Robotics Technician
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Robot Programmer
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Design Engineer
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Top Courses to Get You Started in Robotics
Below mentioned are some of the best-handpicked courses offered by different course providers -
This course by Coursera is intended for professionals who look to hone technical aspects concerning RPA for crisis management and situations. This course ensures that learners gain professional skills like programming, robotic process automation, motion planning, robotics, Matlab and computer vision. The USP of the course lies in hands-on training and capstone projects allowing learners to access a holistic training experience. There is no particular background necessary to opt for this program; however, some knowledge of engineering and mathematics is helpful.?
This course by Coursera is curated for undergraduates who should understand freshman-level physics, linear algebra, some calculus, partial derivatives, basic linear ordinary differential equations, and programming experience. It leverages professional skills like testing automation, robotic process automation, design thinking, strong mathematics & mechanics, process control and automation. The course USPs include instructor moderated discussions and capstone projects, allowing learners to access a holistic training experience.
This course by Udacity helps the candidates to develop professional-level skills focused on developing and deploying software robots. It is recommended to students who can use Microsoft apps, understand data manipulation, understand basic logical sequence flows (like Visio) and have proficiency and scripting in a programming language to review, implement, and modify code. The course also offers assistance and guidance related to jobs. The course contains a capstone project that helps you enhance your knowledge.?
This course by edX focuses on professional skills like robotic process automation, sensor work, model selection, motion planning and robotics. The prerequisites for this course are knowledge of college-level introductory linear algebra, introductory calculus, basic knowledge of computer programming and projects are carried out in the Python language, with C++ as an option. This course includes USP's instructor moderated discussions, post-course interactions and international faculty providing a holistic training experience.
This course by edX leverages methodologies to curate and design dynamic models of mobile robots and robot manipulators (quadrotors). The course will be covering robot dynamics, trajectory generation and motion planning. This course will provide the necessary theoretical tools to create control algorithms. You will use MATLAB to apply the knowledge gained through a series of projects involving real-world robot systems.