Professional fields like robotics have never been more sought after. If you have the skills and passion to pursue this career path, go for it! The sooner you start, the sooner you'll reap the benefits!
These steps will get you to your goal without taking detours, putting you on the train of robotics while it continues to gain momentum.
1. Understand the job
Having a stable job and playing with robots sounds like a dream come true. But it's more nerve-wracking than that, and you should know what you're getting into before you jump on board.
Over the past few decades, as the general public has become more aware of robots, the robotics industry has gradually become integrated into society. The machines in Isaac Asimov's short stories, which once seemed far-fetched, now appear to be an imminent reality.
Technology has seamlessly integrated robotics into our world, sometimes without us even noticing its presence. However, the behind-the-scenes work of robotics experts requires a great deal of brainpower and sweat to make the technology work.
What exactly do robotics experts do?
The world relies on robots to function, and robotics experts are key to achieving this goal. From the smallest tasks, such as automatic coffee machines, to giant machines exploring space, robots are everywhere.
As a robotics expert, you will be responsible for designing and developing products that can identify problems and provide solutions. Your work will involve hardware, software, and connectivity. How much of these factors you will handle will depend on your engineering priorities.
Mechanical engineers work with hardware and design systems using gears, hydraulics, and pneumatics. Software engineers use computer science to create algorithms that move hardware. Electrical engineers design the connections that enable robots to operate.
Robotics is an interdisciplinary field. You could work as a technician, software developer, computer scientist, or even a sales engineer.
However, regardless of your job title, you should expect to have knowledge in the following areas.
CAD/CAM
automation
Two-dimensional and three-dimensional vision systems
Internet of Things (IoT)
Artificial intelligence and machine learning
Programming languages and control systems
Hydraulic system
pneumatic system
Robot Operating System (ROS) skills
Industry knowledge relevant to your specific role
Therefore, if you plan to pursue a career in robotics, start learning these topics now. They will only make you a more valuable asset when you apply for jobs later.
What is a typical salary for a robotics engineer?
As a robotics engineer, your starting salary will vary depending on your experience, skills, and the company that hires you. Compensation will also differ by location and whether you are working part-time or full-time.
According to LinkedIn, the average income for a robotics engineer is approximately $84,000 per year.
However, choosing a lifelong career shouldn't be just a matter of money. Think about whether you really want to do this job.
For robotics engineers, the typical rating for job satisfaction is 4.2 out of 5. When giving these ratings, the surveyed engineers were asked to consider salary and the meaning of their work, as well as how the job matches their personality and skills.
When it comes to overall job satisfaction, robotics experts rank in the top 4% of employees, so if this is an area of interest for you, you're on the right track.
2. Enhance your university preparatory courses
You don't need a robotics degree to work for a company that makes robots. For example, many mechanical engineering jobs only require a high school diploma and some training courses.
However, even if you don't plan to go to college, you can start preparing for your career before graduating high school. The more advanced math and science courses you take, the better.
Online courses can give you a solid foundation, preparing you for higher education. The more of these courses you take, the easier your university life will be.
physics
Computation and Programming
Design and technology
Mechatronics
Mechanical Engineering
Biotechnology
Electrical and Electronic Engineering
computer Science
kinematics
Don't hesitate to take similar courses, especially if they are free or inexpensive. You'll learn something new in every class. All of this will lay a solid foundation for a career in robotics engineering.
3. Obtain your bachelor's degree
If you don't want to go straight into the workforce as an engineer without going to college, you have some options. Career paths like programming, working as a technician, or becoming an engineering designer are open to those with the right skills, even if they don't have a degree.
However, for most entry-level robotics jobs, you need a bachelor's degree.
University robotics courses teach students how to design robots that can perform a variety of tasks. Students gain experience through the following methods.
Conduct their own experiments
Assisting professional projects in action
Analyze data
Solving real-world engineering problems
Once you graduate from high school and obtain a diploma or equivalent GED score, you can enter this career by starting an undergraduate program.
Please note that some more advanced and competitive schools may require you to complete certain advanced prerequisites before admission, including pre-calculus.
Related. 11 robotics projects by engineering students.
4. Enhance your internship
The idea of being required to complete an internship is exciting for some, but nerve-wracking for others. It's part of your college education, where you study and "work" but don't get paid.
Some engineering internships do offer a nominal salary. However, by definition, interns are there for the experience. This makes it difficult for those who have to complete their university studies on their own without assistance.
If you do it right, an internship is an important part of your career. It's an opportunity to build a network, establish your reputation, and learn what to do and what not to do in your profession.
Some interns, after seeing the job descriptions, decided it wasn't for them. They went back to their university advisors and completely changed their career paths. This is challenging right now, but it's better than graduating with a degree you don't intend to use.
Make the most of your internship. The knowledge you gain during your internship is invaluable in your career, and these skills can also be added to your resume.
Many engineering and robotics companies that hire interns also see these students as potential future employees. When you do an excellent job and earn a reputation for being a willing learner and proactive individual, you've already got one foot in the door.
Even if you don't seek employment at the company where you interned, your supervisor and colleagues can still write you letters of recommendation.
5. Finally, apply for the job.
Unless you intend to pursue a master's degree, you can start applying for jobs once you have your bachelor's degree. In the robotics industry, entry-level positions are generally available with any degree, from electrical engineering to mathematics.
With the growing influence of computer intelligence and data on the future, more and more robotics companies are emerging every year. Experts predict that by 2030, robots will be able to handle almost everything humans can do (and do it more efficiently). Entering this industry as someone close to the bottom allows you to enjoy the energy and excitement. The robotics field has tremendous momentum, especially if you are employed in a cutting-edge facility.
If you have a degree and talent that sets you apart from the crowd, you can be picky about where you work. These are now considered some of the best companies to work for as a robotics expert.
