Robotics Engineer

Your Fit

Income

$118K

Preparation

Considerable

Growth

3.3%

Definition
Your fit with this career
How much they earn
What they do
Job satisfaction
How to become

What is a Robotics Engineer?

A Robotics Engineer designs, builds, and maintains robots and robotic systems that can perform a variety of tasks. They apply principles from mechanical engineering, electrical engineering, and computer science to create efficient, functional, and innovative robotic solutions.

Sample job titles:

Automation Engineer, Autonomous Vehicle Design Engineer, Design Engineer, Factory Automations Engineer

Your test results

Why this fit score?

The fit report shows your areas of fit and misfit with Robotics Engineer.

Fit report

Test scores

The scores report summarizes what we learned about you. It shows your results on everything measured in the career test.

Scores report

How much does a Robotics Engineer earn

According to the U.S. Bureau of Labor Statistics, typical income (in USD) in 2024 was...

Bottom 10%	Bottom 25%	Median (average)	Top 25%	Top 10%
$63K per year	$86K per year	$118K per year	$153K per year	$184K per year

Compared to other careers: Median is $68K above the national average.

See income by country/state/province

What does a Robotics Engineer do?

Work environment

Robotics Engineers typically work in research and development environments within manufacturing companies, private robotics firms, or government organizations. They may also work in academic settings or for companies specializing in automation and AI technology. The work often involves both computer-based design and hands-on work with robotics.

Quick task list

Designs and tests robotic systems and components.
Programs and codes software for robotic systems.
Troubleshoots and maintains robotic systems.
Collaborates with cross-functional teams on robot design and application.
Keeps up to date with advancements in robotics and related technologies.

See full list of tasks with expert relevance ratings

Areas of specialization

Industrial Robotics: Developing robots for manufacturing and production processes.
Medical Robotics: Designing robotic systems for use in medical and healthcare applications.
Aerospace Robotics: Specializing in robots for space exploration and aviation.
Artificial Intelligence in Robotics: Integrating AI technologies to enhance robot functionality.
Field Robotics: Building robots for use in various outdoor and unstructured environments.

Description

Robotics Engineering is at the intersection of various engineering disciplines, combining creativity with technical skills. It requires a strong foundation in mechanical and electrical engineering principles, as well as proficiency in programming and software development. Robotics Engineers must be innovative and analytical, capable of designing complex systems that are reliable and effective.

The field is rapidly evolving, with constant advancements in technology. Engineers must continuously learn and adapt to new tools, programming languages, and techniques. They work on a variety of projects, from small-scale automated devices to large industrial robots, and even sophisticated machines for space exploration.

Collaboration is key in this role. Robotics Engineers often work in teams with other engineers, technicians, and professionals from different fields. They need to communicate effectively and work well in a team to bring complex robotic systems from concept to reality.

Job Satisfaction

Sources of satisfaction

Being at the cutting edge of technological innovation.
The creative and intellectual challenge of designing and building robotic systems.
Seeing tangible results from one's work, especially when robots perform complex tasks successfully.

You might make a good Robotics Engineer if you are...

Fascinated by technology and automation.
Skilled in problem-solving and critical thinking.
Interested in computer programming and mechanical design.
Adept at working collaboratively on complex projects.
Enthusiastic about continuous learning and tackling new challenges.

Pros:

Working in a rapidly growing and technologically advanced field.
Opportunities for creativity and innovation in design.
High demand across various industries.

Cons:

The need for continuous education and skill development to keep up with technological advancements.
Potentially high pressure and demanding work environment.
Complex challenges that require multidisciplinary knowledge and skills.

How to become a Robotics Engineer

Typical education

A bachelor's degree in engineering, typically in mechanical, electrical, or robotics engineering, is required, amounting to about 4 years of post-secondary education. Advanced roles or specialized areas may require a master's degree or higher.

High school preparation

Courses:

Mathematics and Physics for foundational engineering concepts.
Computer Science for programming skills.
Engineering or Robotics classes, if available, for basic knowledge of mechanical and electrical systems

Extra-Curricular Activities:

Participating in robotics clubs or competitions like FIRST Robotics.
Engaging in programming or electronics hobby projects.
Joining science and technology clubs or attending related workshops and camps.

Preparation after high school

Pursuing a bachelor's degree in mechanical, electrical, or robotics engineering.
Gaining practical experience through internships or cooperative education programs in robotics-related companies.
Participating in robotics competitions or research projects at the university level.
Considering specialized training or certifications in areas like AI, machine learning, or advanced programming.

More resources

Institute of Electrical and Electronics Engineers Robotics and Automation Society (IEEE RAS) - Provides resources and a community for professionals and students in robotics and automation.
RoboCup Federation - An international robotics competition aiming to advance the field of robotics.
The Robot Report - Offers industry news, trends, and analysis in robotics.
Robotics Online - An online resource by the Association for Advancing Automation, offering information on industrial robotics and automation.
FIRST Robotics Competition - A robotics competition that challenges high school students to build and program robots.

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