If you don't know what you want to do in the future, and you like mechanics, robotic and computer science, then this article is for you. You will learn all you need to know if you want to become a robotic engineer. Things like where do robotic engineers work, how much they get paid, what kind of training they need, how to become a robotic engineer, you'll also learn about the dangers involved in the job, when can you expect to retire, and how you can make a difference in the lives of the people you work for.
Robotic engineering is a highly dynamic, interdisciplinary, and challenging career that combine mechanical, electrical and software engineer to design, build and test autonomous machine.
A robotic engineer handles the creation, assembly, and maintenance of robotics' technology. They help people complete jobs faster, way more efficiently and more safely with automation of some repetitive tasks who do not require being done by a human.
Robotics engineers spend part of their day sketching ideas, creating designs on the computer, and planning how a robot should move or what tasks it should do. They work with a lot of tools, sensors, motors and circuits to build robots. They spend a lot of time testing their robot parts and seeing if everything works as intended.
You find robotics engineers primarily in manufacturing or industrial environments that use robotic equipment or machinery, like factory, processing plant, or assembly lines. Most robotics engineering positions are indoors, and they spend their time both at the location of the robotic equipment and their office.
To become a robotic engineer, you need to earn a bachelor's degree in robotic engineering at the university. Some people also decide to continue after that to obtain a master's degree and even a doctorate.
Robotics engineers make an average salary of around $114 000 per year in Canada.
They need additional training in specialized software, AI (and machine learning to understand how the AI works), advance mechanics, and control systems.
Robotics engineers face a lot of dangers on the job. First of all, there are physical dangers from malfunctioning machinery such as crushing, trapping, or electrical shock during a maintenance. They can also a risk of burnout due to long hours of work and high-pressure environments.
Since robotic engineering require a lot of creative intelligence, which can't be artificially recreate, there is small to no chance that robots will replace robotics engineers.
They usually retire between ages 60 and 70.
To conclude, next year will be my first year as a robotic engineer student. After my four and a half years bachelor's degree, I would like to obtain a master's degree in aerospace engineer and then maybe continue to the doctorate.
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Authority: research journal
Date: still relevant
Accuracy: probably true
Relevance: relevant for this document
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