For those who are aspiring to major in robotics, or those already on this path, you might be curious as to what you can do with a degree in such a field. That’s why we’ve compiled a list of potential and possible careers you can end up in if you continue pursuing this path.
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Moving along, here’s what you can do with a robotics degree:
Overview: What is Robotics?
Robotics is an interdisciplinary field that encompasses a plethora of different specializations, such as:
- Machine learning, AI, physics, advanced computer science, and math,
- Information engineering, electrical engineering, mechanical engineering, and so on.
Since making a robot is a complex process, this is to be expected.
Of course, the creation of such robots is typically driven by the goal of making efficient machines that can help humans with their own work or replace human labor in mundane and repetitive jobs. While many people might cringe at this concept, this actually has the potential to allocate a human being’s time to something more worthwhile.
Robotics is basically the study of robots. While it is quite a young industry, it is filled with many talented, innovative, and exceptionally smart individuals who are paving the way to the future. There are huge expectations of what the future might hold for the robotics sector, and hopefully, it won’t be too close to the plot of the Matrix.
1. Robotics Engineer
Well, the first thing you can think of doing with a degree in robotics is, you guessed it, make robots. Enter robotics engineers. They design, develop, build, and test robots. The aim is typically to create robots that are helpful and safe.
Robotic engineers often work together with software developers and market scientists when making robots since this streamlines the process and fills up each position needed to make the robot (programming, resourcing).
If there’s one career and field worth studying robotics for, it’s to become a robotics engineer and work directly with making such machines. And since technological demands are not slowing down, more and more robots are being used for all sorts of labor.
In our opinion, this is the best career path to pursue if you have a robotics degree, and especially if your passion includes robots. It is a challenging path but might be fulfilling for the right person.
2. Robotics Navigation and Perception Specialist
These specialists are responsible for working with the sensors that robots use in order to perceive the world and to move and travel effectively. This is a tough path. You’ll need a doctorate in robotics and some real-time work experience since it’s advanced engineering.
3. Electromechanical Technician
This professional’s job is to read blueprints in order to translate the schematics and diagrams. The diagrams provide guidance on the proper way to assemble machines, parts, and other equipment. Electromechanical technicians have the technical expertise and knowledge to know if an assembly has been done correctly. They make sure the assembly works.
Electromechanical technicians can be found in the aerospace industry, the robotics industry, computing, and many more fields.
4. Design Engineer
In a more purely creative role compared to robotics engineers, design engineers create and come up with what the robot is going to look like. Design engineers make blueprints and schematics and then collaborate with other engineers to streamline the process and development.
Design engineers are more responsible for the aesthetics and the visuals of a robot; however, this doesn’t mean they lack technical expertise. Most of them will need to have advanced computer science knowledge. Design engineers are capable of understanding how their designs impact the whole functionality of the machine/robot.
5. Machine Learning Specialist
Machine Learning Specialists solve data processing problems and issues. They facilitate live machine analysis and find ways for robots/projects to break through uncharted territory in order to revolutionize it. Machine learning is about evolving robotic projects so that they may be capable of doing more complex tasks. And so that these projects can get better results.
6. Mechanical Engineer
Similar to robotics engineers, these professionals design, develop, build, test, and maintain mechanical systems. They also do this with devices. However, in the robotics field, they usually develop sensors and other useful devices for the robotics engineers during the physical installation of a machine/robot.
7. Electrical Maintenance Engineer
Electrical maintenance engineers care for and repair electrical systems in the robotics field. They can assess present electrical systems issues and what may have caused them. They also create and design electrical systems and can improve them.
8. Hardware Engineer
These professionals create computer hardware for robots to use to work, and they typically help in many other areas during the creation of a robot. They help in prototyping and development, and once a robot has been created, they help test it. Simultaneously, they analyze the robot’s systems and can lead a team to make any important modifications.
Final Thoughts
Robotics is a challenging but promising field to pursue, and the creation of robots is a fascinating process that requires technical skill, knowledge, and creativity simultaneously. So, if any of the above careers sparked your interest and passion, we encourage you to follow this path or continue along it.
We hope our article has given you some fresh ideas about what you can do with a robotics degree, and we hope you find what you’re looking for in your career.