4 answers
Hariharan
Student
Chennai, Tamil Nadu, India
1
Question
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As I am a mechatronics engineering student, which career would be apt for me?
I am currently in my final year of undergrad college. I always had immense interest in robotics, physics, mechanics and computers. But now, I seem to be far behind than my peers regarding skills and projects. Only my degree will act as a credible experience in mechatronics. I need some advice on how to reset or move forward in the mentioned domains, so that I can acquire and hone my skills, and land on a career.
(This question might be vague, but I'm honestly clueless on what to do)
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4 answers
Sandeep Khandelwal
Software Engineer
145
Answers
San Ramon, California
Updated
Sandeep’s Answer
Hello Hariharan,
It’s completely normal to feel unsure in your final year, so don’t worry as you’re not alone.
Since you enjoy robotics, physics, mechanics, and computers, careers like robotics engineering, automation engineering, embedded systems, or mechatronics design could be a great fit. Even if you feel behind, you can start building skills by doing small projects, learning programming (like Python or C++), and exploring robotics platforms such as Arduino or ROS.
It’s completely normal to feel unsure in your final year, so don’t worry as you’re not alone.
Since you enjoy robotics, physics, mechanics, and computers, careers like robotics engineering, automation engineering, embedded systems, or mechatronics design could be a great fit. Even if you feel behind, you can start building skills by doing small projects, learning programming (like Python or C++), and exploring robotics platforms such as Arduino or ROS.
Chad Bowers
aviation maintenance, avionics technician, factory automation,
2
Answers
Cabot, Arkansas
Updated
Chad’s Answer
I would probably recommend spending 2 yrs as a mechatronics technician, automation technician, etc. You learned the ideas about how things work, now go see how they actually work in the real world. See what is and isn't inefficient, see where the folks working on it day in and day out run into problems with it, and servicing it. I work with 2 automation engineers that were techs first, and not only do the command more respect from their tech counterparts, but they have far more innovative ideas than the strictly tech or engineers that work there. It'll make you more rounded, and add invaluable real world experience to your resume. And you certainly won't be behind your cohorts after that. Most places provide the tools and equipment you'll need. The jobs are out there. 2 yrs is probably optimal. You'll be able to do the job blindfolded at that point, and won't get much more out of that location after that in that tech slot. If you like it then you can always see if they have engineering openings at that company to slide into. Cheaper to hire an inside employee than one off the street. And if not, you'll have a resume that will get you picked up elsewhere pretty easily.
Thank you so much for the advice.
Hariharan
Chinyere Okafor
Educationist and Counseling Psychologist
1403
Answers
Port Harcourt, Rivers, Nigeria
Updated
Chinyere’s Answer
vHi Hariharan,
Even while it may not appear that way from the outside, many final-year students experience just this. Your career is not off course just because you feel behind your peers. It just shows that you're growing more conscious of the abilities needed in the profession, which is essentially the first step in making up lost ground.
Because a degree in mechatronics combines mechanics, electronics, and computing, you already have a solid basis. Several professional pathways, including robotics engineering, automation engineering, embedded systems, control systems, industrial robotics, and manufacturing automation, are made possible by this. Problem-solving skills and practical projects are more valuable to many robotics and automation organizations than having the "perfect" student portfolio.
If you want to start over and go forward, start by focusing on one or two things that most interest you, such as automation or robotics. Next, begin building modest but useful projects. For instance, you could program sensors and motors, automate a basic mechanical process, construct a small robotic system, or work with Arduino or Raspberry Pi. Employers can see your abilities in just two or three well-documented projects.
Additionally, it helps to hone a few essential technical abilities that are highly desired in your industry, such as CAD tools, basic electronics, control systems, and programming (particularly Python or C/C++). You may gradually improve these skills through online classes, open-source robotics projects, and engineering groups.
Finding internships, trainee positions, or entry-level technical jobs in robotics, manufacturing, or automation industries is another sensible course of action. Even positions as a robotics lab assistant, automation assistant, or junior technician can help you advance your career and obtain practical experience.
Above all, make an effort to avoid comparing the starting point position to the growth of others. Many successful engineers didn't develop their strongest skills until after college, since engineering careers are lengthy. Right now, what counts is making a decision, developing a few solid projects, and continuously improving your abilities.
You're just at the point where your career path is beginning to become clearer, so you're not as far behind as you may believe. Continue taking things one step at a time.
Best wishes!
Even while it may not appear that way from the outside, many final-year students experience just this. Your career is not off course just because you feel behind your peers. It just shows that you're growing more conscious of the abilities needed in the profession, which is essentially the first step in making up lost ground.
Because a degree in mechatronics combines mechanics, electronics, and computing, you already have a solid basis. Several professional pathways, including robotics engineering, automation engineering, embedded systems, control systems, industrial robotics, and manufacturing automation, are made possible by this. Problem-solving skills and practical projects are more valuable to many robotics and automation organizations than having the "perfect" student portfolio.
If you want to start over and go forward, start by focusing on one or two things that most interest you, such as automation or robotics. Next, begin building modest but useful projects. For instance, you could program sensors and motors, automate a basic mechanical process, construct a small robotic system, or work with Arduino or Raspberry Pi. Employers can see your abilities in just two or three well-documented projects.
Additionally, it helps to hone a few essential technical abilities that are highly desired in your industry, such as CAD tools, basic electronics, control systems, and programming (particularly Python or C/C++). You may gradually improve these skills through online classes, open-source robotics projects, and engineering groups.
Finding internships, trainee positions, or entry-level technical jobs in robotics, manufacturing, or automation industries is another sensible course of action. Even positions as a robotics lab assistant, automation assistant, or junior technician can help you advance your career and obtain practical experience.
Above all, make an effort to avoid comparing the starting point position to the growth of others. Many successful engineers didn't develop their strongest skills until after college, since engineering careers are lengthy. Right now, what counts is making a decision, developing a few solid projects, and continuously improving your abilities.
You're just at the point where your career path is beginning to become clearer, so you're not as far behind as you may believe. Continue taking things one step at a time.
Best wishes!
David Allen
Consultant
124
Answers
Dallas, Texas
Updated
David’s Answer
Since you have an interdisciplinary background in mechatronics, your most "apt" career paths are roles that sit at the intersection of your interests, such as Robotics Engineer, Automation Engineer, or Control Systems Engineer. These positions allow you to combine physics and mechanics for hardware design with computer science for the logic that drives it. If you feel behind in skills, a strong move is to target entry-level apprentice or Mechatronics Technician roles. These positions are specifically designed for recent graduates with a strong theoretical foundation but limited professional experience, providing the mentorship needed to bridge the gap between classroom learning and industrial application.
To "reset" and build a credible portfolio quickly, start a small-scale integrated project immediately, such as a PID-controlled balancing robot or a robotic arm using an Arduino or Raspberry Pi. Documenting the entire process—including your code on GitHub and your CAD designs in a digital portfolio—will serve as the "credible experience" you currently feel is missing. Additionally, consider earning a recognized certification in a high-demand tool like AutoCAD or SolidWorks (CSWP) to prove your technical proficiency to employers right away. Networking through LinkedIn or joining a local robotics club can also help you find "hidden" opportunities that aren't listed on major job boards.
To "reset" and build a credible portfolio quickly, start a small-scale integrated project immediately, such as a PID-controlled balancing robot or a robotic arm using an Arduino or Raspberry Pi. Documenting the entire process—including your code on GitHub and your CAD designs in a digital portfolio—will serve as the "credible experience" you currently feel is missing. Additionally, consider earning a recognized certification in a high-demand tool like AutoCAD or SolidWorks (CSWP) to prove your technical proficiency to employers right away. Networking through LinkedIn or joining a local robotics club can also help you find "hidden" opportunities that aren't listed on major job boards.