Accredited Online Robotics Degrees

Robotics engineering combines mechanical systems, electronics, and control technologies to create intelligent machines capable of performing tasks automatically or with minimal human input. From industrial robots and autonomous vehicles to advanced medical devices, robotics is revolutionizing how work is performed across multiple industries.

An online robotics engineering degree prepares you to design, build, program, and optimize robotic systems and autonomous technologies. This interdisciplinary field integrates engineering principles with automation engineering, artificial intelligence, and intelligent systems to improve efficiency, safety, and precision in manufacturing, healthcare, transportation, and beyond.

Ready to find your program? Browse over 20 robotics degree listings below.

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What Is Robotics Engineering?

Robotics engineering focuses on the design, development, and deployment of robots and autonomous systems that can sense, process information, and act effectively in the physical world.

Professionals in this field:

• Design and engineer robotic systems and automated machinery
• Integrate sensors, actuators, embedded systems, and control systems
• Develop control logic, machine learning algorithms, and system behavior
• Test, evaluate, and refine performance in real-world environments
• Build systems applied in manufacturing, health care, aerospace, and transportation

Unlike purely software-focused disciplines, robotics engineering centers on physical systems and their interaction with complex environments, combining mechanical design, electrical engineering, and computer science.

Students comparing all program options across fields can also explore

• Engineering Degrees Category
• All Online Degrees

What You Can Do With a Robotics Engineering Degree

This degree prepares you for technical roles that blend automation, system design, and intelligent machine development.

Common career paths include:

• Robotics engineer
• Automation engineer
• Mechatronics engineer
• Control systems engineer
• Systems integration engineer

Graduates find opportunities in diverse sectors such as aerospace, healthcare, defense, manufacturing, and the robotics industry.

Students exploring related fields may also consider:

• Biomedical Engineering Degrees
• Civil Engineering Degrees
• Computer Engineering Degrees
• Electrical Engineering Degrees
• Engineering Management Degrees
• Environmental Engineering Degrees
• Industrial Engineering Degrees
• Manufacturing Engineering Degrees
• Mechanical Engineering Degrees
• Software Engineering Degrees
• Systems Engineering Degrees

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Career Paths in Robotics Engineering

Robotics engineering offers a variety of specialized roles involving design, development, and implementation of robotic and autonomous technologies.

Examples include:

• Robotics Engineers
  Design, build, and maintain robotic systems for industrial, medical, or consumer applications
• Automation Engineers
  Develop and optimize automated production and control systems
• Mechatronics Engineers
  Integrate mechanical, electrical, and control systems into cohesive intelligent machines
• Control Systems Engineers
  Design systems enabling precise and autonomous machine operation

These roles require collaboration across multiple engineering disciplines and strong problem-solving skills.

Job Outlook and Salary Expectations

Robotics-related careers offer strong growth potential and competitive salaries.

• Many roles earn between $90,000 and $120,000 or more annually
• Demand is increasing rapidly due to advances in automation, AI, and autonomous systems
• Opportunities are expanding across manufacturing, healthcare, aerospace, and more

As industries adopt intelligent automation, professionals with robotics expertise are highly sought after.

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Why Choose Robotics Engineering

Robotics engineering is ideal for individuals passionate about cutting-edge technology and system design.

Key benefits include:

• Work on innovative technologies shaping the future of automation and intelligent systems
• Strong salary and job growth potential
• Opportunities in multiple high-tech industries
• Involvement in rapidly evolving fields such as artificial intelligence and autonomous robotics

What You’ll Learn in a Robotics Engineering Program

Coursework integrates mechanical engineering, electrical engineering, computer science, and software development.

Common topics include:

• Robotics design, kinematics, and mechanical design principles
• Control systems, automation engineering, and embedded systems
• Sensors, perception, and computer vision
• Programming, machine learning, and data structures
• Systems integration, modeling, and simulation

Many programs emphasize practical applications through hands-on projects and virtual labs using CAD software and simulation tools.

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Is Robotics Engineering Right for You?

This field suits individuals who enjoy both analytical problem-solving and hands-on technical work.

You may be a good fit if you:

• Have strong math skills, including linear algebra and modeling
• Enjoy working with mechanical design, electrical equipment, and control systems
• Are interested in artificial intelligence, machine learning, and automation technologies
• Like building, programming, and testing intelligent machines

Success in robotics requires creativity, precision, and interdisciplinary knowledge.

Education Path and Degree Options

There are several pathways to enter robotics engineering.

• Online bachelor’s degrees in robotics, mechanical engineering, electrical engineering, or computer science
• Online master’s degrees specializing in robotics, autonomous systems robotics, or mechatronics
• Certificates and online courses focusing on automation engineering, control systems, or AI

Many universities offer accredited online robotics degree programs that integrate theory and practical skills.

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Certifications and Career Advancement

Certifications can enhance career opportunities and demonstrate expertise.

Common options include:

• Professional Engineer (PE) license (where applicable)
• Certifications in automation engineering, control systems, or embedded systems
• Specialized credentials in robotics, machine learning, or computer vision

Continuing education is essential to stay current with evolving technologies.

Visit GetEducated's Engineering Career Center.  You may also wish to read the following engineering related articles:

• Best jobs for engineers
• How to become an engineering manager
• How to become an engineer
• How to become a civil engineer
• 13 highest paying engineering jobs
• How to become a systems engineer
• Best jobs for mechanical engineers

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How to Choose the Right Program

When selecting a robotics engineering degree, consider:

• Accreditation status (e.g., ABET accreditation)
• Curriculum balance between mechanical design, electrical engineering, and computer science
• Availability of project-based learning and practical applications
• Faculty expertise and research opportunities
• Flexibility of online courses and resources for remote learning

Programs with strong integration of artificial intelligence and autonomous systems robotics provide excellent preparation.

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Cost of Robotics Engineering Degrees

Costs vary depending on program level and format.

• Master’s degrees typically average around $28,000, with variations
• Online programs may offer cost savings by eliminating relocation and commuting expenses
• Financial aid options such as loans, work-study, and need-based grants may be available

Investing in a robotics degree can yield a strong return due to high demand in the robotics industry.

Compare Accredited Online Robotics Engineering Programs

Resources like GetEducated help prospective students find accredited online engineering degrees.

You can:

• Compare tuition, program features, and accreditation
• Explore robotics and automation specializations
• Find programs designed for working professionals balancing full-time jobs

Browse available programs to find the best fit for your career goals.

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Frequently Asked Questions

What is a robotics engineering degree?

A robotics engineering degree equips you with the knowledge and skills to design, build, and program machines that perform tasks autonomously using integrated mechanical, electrical, and control systems.

What do robotics engineers do?

Robotics engineers develop robotic and autonomous systems by integrating sensors, control algorithms, and intelligent software to automate tasks in manufacturing, healthcare, and advanced technology sectors.

Is robotics engineering the same as mechatronics?

They are closely related; robotics engineering focuses on robots and autonomous machines, while mechatronics broadly combines mechanical, electrical, and control systems for various applications.

What jobs can you get with a robotics engineering degree?

Career options include robotics engineer, automation engineer, control systems engineer, mechatronics engineer, and systems integration engineer.

How much do robotics engineers make?

Salaries typically range from $90,000 to $120,000 or higher, depending on experience and specialization.

Is robotics engineering a good career?

Yes. It offers strong job growth, competitive salaries, and opportunities in emerging fields like artificial intelligence and autonomous technologies.

Is robotics engineering difficult?

Yes. It requires proficiency in math, engineering principles, programming, and system design.

Can you specialize within robotics engineering?

Yes. Common specializations include automation, control systems, embedded systems, machine learning, and computer vision.