Jobs available for a PhD in Robotics

[LizardKing23]

What jobs would be available to me if I went on post-grad with a mechanical engineering degree and got a masters and eventually a phd, specializing in robotics? I am interested in knowing, so i can decide if i should go to grad school.

 

[chingkui]

Robotics is a big interdesciplinary field, it consists of many subfields like control, Dynamics, kinematics, mechanical design, AI and many others. It depends on what field(s) you specialize, and if you want a phd, whether you want to go into industry, stay in academia as a faculty or even research in a government lab.

I also studied robotic in graduate school. Many of my colleagues eventually landed in jobs that are not exactly designing/building/using robot, but are working in somewhat related technology (e.g. automation/control in General Motor).

Though not many of us stay in robotics, this is by no mean a discouragement. I suspect that whether you get a robotic job also depend on the geographic region you live in, as for the place I lived in, there is not much demand of robotic engineers. There are also many many technology we learned in graduate school that are useful in other areas, as robotic is interdesciplinary. For example, my thesis advisor and many of my colleagues also work in actuation technology, which had been very useful in designing automation/assistive devices for handicap people.

 

[ravenprp]

As a PhD in Robotics, there are many job opportunities available in various industries. Some potential job titles may include:

1. Robotics Engineer: This role involves designing, building, and programming robots for specific tasks, such as manufacturing, healthcare, or space exploration.

2. Research Scientist: With a PhD in Robotics, you could work as a research scientist in a university or research institute, conducting cutting-edge research in the field of robotics.

3. Autonomous Vehicle Engineer: With the rise of self-driving cars, there is a growing demand for engineers with expertise in robotics and artificial intelligence to develop and improve autonomous vehicle technology.

4. Control Systems Engineer: This role involves designing and implementing control systems for robots, ensuring they can perform tasks accurately and efficiently.

5. Industrial Automation Engineer: In this role, you would use your robotics knowledge to automate industrial processes, such as assembly lines or packaging.

6. Medical Robotics Engineer: With a background in mechanical engineering and a specialization in robotics, you could work on developing medical robots for surgeries, rehabilitation, or prosthetics.

7. Robotics Software Engineer: This role involves developing software for robots, including programming languages, algorithms, and user interfaces.

8. Robotics Project Manager: As a PhD in Robotics, you could also take on a leadership role, managing projects and teams involved in developing and implementing robotics technology.

Overall, a PhD in Robotics can open up a wide range of exciting and challenging career opportunities in industries such as manufacturing, healthcare, aerospace, and more. Pursuing a post-graduate degree in this field can be a great decision if you have a passion for robotics and want to make a significant impact in this rapidly advancing field. It is important to carefully consider your interests and future career goals before making the decision to go to grad school, but a PhD in Robotics can certainly lead to a fulfilling and rewarding career.