Robotics Master’s Degrees: Best Programs, Jobs, and Salaries

Robotics is a dynamic field in the tech industry. With each passing year, new technological innovations are conceived and implemented. Your success in the robotics field is determined by how easily you can observe your environment, think radically, keep up with trends, and apply innovative techniques to designing and engineering.

If you are interested in advanced roles in this lucrative field, check out this article detailing the best robotics master’s degrees. We also included descriptions of some of the career opportunities an advanced degree can help you gain access to.

What Is Robotics?

Robotics is a field of technology concerned with the integration of scientific modeling, artistry, and engineering into the design, construction, and automation of machines to carry out programmed tasks. Robots are amplified systems designed to replicate human features, attributes, and thought processes.

What Is a Robotics Master’s Degree?

A robotics

master’s degree

is an advanced degree built around the conceptual and practical use of artificially-intelligent systems and devices. This degree covers aspects of computer science, engineering, machine learning, and applied mathematics. Students learn to design self-directed machines that can replicate human efforts using complex code.

Master’s degree students are educated in core courses like deep learning, robot modeling and simulation, research, computing,

software development

, motion planning, algorithmic analysis, bionics, human-robot interaction, automation, programming, computer image processing, ergonomics, and systems engineering.

Robotics Master’s Degree Requirements

To pursue a Master’s Degree in Robotics, you should have a conceptual and practical knowledge of computer science, mechanical engineering, electrical engineering, and biomedical engineering. Application requirements include a bachelor’s degree and real-life work experience in a related field. Usually, a Master’s Degree in Robotics requires about two years of study.

You can also opt for an online graduate degree program in robotics engineering. This could allow you to pace your learning according to your schedule. To succeed in a robotics program you need advanced skills in creativity and critical thinking, as well as in areas like web design and algorithmic computations.

How Much Does a Robotics Master’s Degree Cost?

According to the National Center for Education Statistics,

a master’s degree program costs

an average of $18,416. This number will differ depending on the program you choose. A public university usually costs less to attend than a private institution.

Robotics Master’s Degree Financing Options: How to Pay for Your Robotics Degree

You can finance your robotics master’s degree program through scholarships, private loans, or employee sponsorships. Graduate students often work as research assistants for added income to offset their tuition costs.

Best Robotics Master’s Degree Programs and Schools: Overview

Best Colleges for Robotics: Top Robotics Master’s Degree Programs

The field of robotics has a lot to offer, especially regarding career growth and financial security. A Master’s Degree in Robotics will enable you to explore your potential and capabilities. Learn more about these best-ranked robotics programs to earn a master’s degree below.

Master of Science in Robotics

| Carnegie Mellon University

This Master of Science in Robotics at Carnegie Mellon University provides an integrated and coordinated research approach to gaining knowledge in robotics. The curriculum depth is modified to suit the interests of the participants. Topics such as machine learning, field robotics, haptics, and robotics vision are major parts of the coursework.

Master of Science in Robotics

| Georgia Institute of Technology

This master’s program is intended to introduce competent and knowledgeable computer engineers into the robotics industry. Robotics students learn how to design efficient robots and provide effective automated solutions. They are taught the concepts of robotics research and how to apply them to real-world problems.

Master of Science in Engineering – Robotics

| Johns Hopkins University

The Master of Science in Engineering – Robotics degree offered by Johns Hopkins University is a research-led program directed at students with practical experience in engineering, mathematics, and computer science. Through this program, you’ll learn how to design and deploy advanced robotic systems by participating in intensive robotics laboratory projects.

Master of Science in Robotics

| Northwestern University

The master’s degree program offered by Northwestern University provides a hands-on approach to learning robotics. Students learn about artificial intelligence and different aspects of robotics including mechanical, biomedical, and electrical engineering. At the end of the program, you will have built a market-led project portfolio.

Master of Science in Mechatronics and Robotics

| NYU Tandon School of Engineering

This master’s degree focuses on two major subjects, namely mechatronics and robotics. Mechatronics is centered around synergizing concepts in mechanical engineering, computer science, control theory, and electronics. Robotics emphasizes the integration of mechanical structures, programming, electromechanical sensors, and actuators.

Master of Science in Robotics

| University of Delaware

The University of Delaware is a public institution. Prospective students of this robotics engineering degree should have a bachelor’s degree involving mathematical foundations and engineering, especially biomedical or mechanical engineering.

You’ll be introduced to core courses in algorithm design and analysis, linear systems, and field robotics. You’ll also have the opportunity to study elective courses in artificial intelligence, biomechatronics, and cutting-edge technology.

Master of Science in Robotics

| University of Michigan

The Master of Science in Robotics offered by the University of Michigan in Ann Arbor trains graduate students to implement the latest technologies in solving real-life problems, whether in a research lab or an industrial factory. As part of the program, you’ll participate in a study project in a focused aspect of robotics like artificial intelligence, autonomous systems, and motion planning.

Master’s Degree in Robotics

| University of Pennsylvania

The robotics master’s program offered by the University of Pennsylvania exposes students to a research-based experience in one of the top robotics research facilities in the world, the GRASP Lab. This program focuses on implementation, automation, human perception, vision, motion control, and machine learning in robot development.

Master of Engineering in Robotics

| Washington University in St. Louis

The focus of this master’s program is equipping students with the professional expertise necessary to contribute positively to the advancement of engineering fields. This is done by ensuring that students can leverage their technical skills acquired through an undergraduate degree program in engineering or physical science.

Master of Science in Robotics Engineering

| Worcester Polytechnic Institute

The Master of Science in Robotics Engineering offered by Worcester Polytechnic Institute allows students to participate in innovative robotics projects. Students learn how to convert theoretical knowledge into practice in building interactive robotics. Students explore robotic manipulations, biomechanics, voice recognition, and more.

Best Online Robotics Master’s Degree Programs and Schools: Overview

Best Colleges for Robotics: Top Online Robotics Master’s Degree Programs

There are several advantages to online graduate programs in robotics. These programs equip you with the knowledge to work in fields of engineering, health care and, medical robotics, software engineering, and more. These are the top online master’s programs for robotics.

Master’s in Robotics and Automation

| Bircham International University

The online robotics graduate program offered by Bircham International University enlightens home-based and international students on the place of robotics in the industry. You’ll be introduced to a core curriculum comprising mechatronics, motion planning, sensing and control, hydraulics and pneumatics, and computer vision and recognition.

Master of Science in Robotic Software Engineering

| Brandeis University

This online robotics software engineering degree equips students with the skills needed to reshape the future of technology by applying coding techniques in designing intelligent robotic software. This online program will broaden your knowledge of modern C++, machine learning, and robotics frameworks by ensuring you’re exposed to relevant additional courses.

Master of Science in Artificial Intelligence and Machine Learning

| Colorado State University

This public research university offers an online master’s program that prepares students for careers in artificial intelligence, machine learning, software development, and computer science. Students learn to apply logic and probability analysis to problem-solving. You’ll also learn to apply best practices to the design of applications, data processing, robotic control, and data mining.

Master’s Degree in Computer Science – Vision, Graphics, Interaction, and Robotics

| Columbia University

The online Master’s Degree in Computer Science – Vision, Graphics, Interaction, and Robotics offered by Columbia University offers training in computer vision, computer graphics, human interaction and automation, and dynamical systems to students who wish to build successful careers in robotics.

Master of Science in Artificial Intelligence and Robotics

| European School of Data Science and Technology

This online robotics engineering degree allows robotics students to apply the concepts of artificial intelligence in designing intelligence systems and robotics. Your courses include business statistics, computer vision and image recognition, and programming for artificial intelligence and robotics.

Master of Science in Computational Science and Engineering

| Georgia Institution of Technology

This online computational science and engineering degree ensures that students build competencies in core and advanced elective courses in systems and software modeling, simulation, visualization, data mining, and systems integration.

Master of Engineering in Robotics

| Stevens Institute of Technology

Online students in the robotics master’s program offered by Stevens Institute of Technology are equipped with in-depth training in robotic modeling, analysis, and the software designing skills needed to excel in the robotics industry. Students will be taught the computational aspects of robotics as well as engage in a capstone project as part of their core coursework.

Master of Computing and Information Technology

| University of Pennsylvania

The online graduate program in computer and information technology offered by the University of Pennsylvania encompasses concentration options like computer systems programming, software design, artificial intelligence, software analysis, foundations of robotics, and computer vision.

Master of Science in Computer Science – Software Engineering

| University of Southern California

The master’s degree in software engineering equips students with comprehensive knowledge in software development and systems engineering so they can design software-intensive systems using trends in high assurance, agile, and COTS integration.

Master of Science in Robotics Engineering

| Worcester Polytechnic Institution

This online Master’s Degree in Robotics Engineering allows robotics students to design intelligent robotic systems and autonomous vehicles that can solve real problems through experiential learning. You’ll master the concepts of computer and mechanical engineering, robotic control, and project management.

What’s the Average Robotics Master’s Degree Salary?

The

average salary for a robotic master’s degree holder

is $90,000 per year, according to Payscale. Your salary will depend on several factors including years of relevant experience, job title, location, and which specific field you work in.

Top Robotics Master’s Degree Jobs and Salaries: Overview

Best Robotics Master’s Degree Jobs Explained

Machine Learning Engineer

• 
  Average Salary:
  
  $130,530
• 
  Job Outlook:
  
  22%*
• 
  Number of Jobs:
  
  33,000
• 
  Highest-Paying States:
  
  California, Virginia, Washington, New York, Oregon
  

Machine learning engineers apply principles of artificial intelligence, particularly data modeling and algorithmic analysis, in designing systems and software that function without human interference.

Computer Research Scientist

• 
  Average Salary:
  
  $126,830
• 
  Job Outlook:
  
  
  22%
  
• 
  Number of Jobs:
  
  33,000
• 
  Highest-Paying States:
  
  California, Virginia, Washington, New York, Oregon
  

Computer researchers conduct complex research to solve problems in computing and technological developments. They develop models and standards for solving computing problems. These experts design software and hardware components to facilitate the use of technological devices.

Data Scientist

• 
  Average Salary:
  
  $119,413
• 
  Job Outlook:
  
  22%*
• 
  Number of Jobs:
  
  33,000
• 
  Highest-Paying States:
  
  California, Virginia, Washington, New York, Oregon
  

These are experts who employ their advanced skills in computing, research, and analysis in exploring large volumes of data. These professionals use algorithms and modeling to provide useful insight into computer trends and technologies.

Aerospace Engineer

• 
  Average Salary:
  
  $118,610
• 
  Job Outlook:
  
  
  8%
  
• 
  Number of Jobs:
  
  61,400
• 
  Highest-Paying States:
  
  Washington DC, Maryland, Virginia, Washington, and Texas
  

Aerospace engineering is concerned with the design and building of aerospace machines and devices such as spacecraft, missiles, aircraft, and satellites. Professionals in this role develop machine prototypes and test their reliability. They define product quality standards and design procedures based on client requirements.

Sales Engineer

• 
  Average Salary:
  
  $108,830
• 
  Job Outlook:
  
  
  8%
  
• 
  Number of Jobs:
  
  63,800
• 
  Highest-Paying States:
  
  Maryland, Virginia, Colorado, Arizona, Washington DC
  

Sales engineers

are skilled sales and marketing professionals who specialize in the sale of engineering products and services to businesses. They have extensive knowledge about the functions and performance of these engines and it allows them to properly define the system requirements.

Software Engineer

• 
  Average Salary
  
  : $99,729
• 
  Job Outlook
  
  :
  
  22%
  
• 
  Number of Jobs
  
  : 1,847,900
• 
  Highest-Paying States
  
  : Washington, California, New York, Massachusetts, Washington DC
  

Software engineering uses various programming languages and fundamental aspects of systems engineering to design and build software applications and devices. These professionals combine their skills regarding software design, programming experience, and computer engineering in designing applications for mobile and web use.

Robotic Engineer

• 
  Average Salary:
  
  $91,531
• 
  Job Outlook:
  
  7%**
• 
  Number of Jobs:
  
  299,200
• 
  Highest-Paying States:
  
  New Mexico, Washington DC, Maryland, California, Louisiana
  

Robotic engineering is a branch of mechanical engineering concerned with the design of advanced robotic technologies.

Robotic engineers

create robotics systems that are self-automated, process large amounts of information and imitate human interaction, and apply thought patterns in solving complex problems and assisting humans in performing activities.

UX/UI Designer

• 
  Average Salary:
  
  $91,500
• 
  Job Outlook:
  
  
  13%
  
• 
  Number of Jobs:
  
  199,400
• 
  Highest-Paying States:
  
  Washington, California, Georgia, Massachusetts, New Jersey
  

These web designers create useful graphical interfaces and user experience applications to facilitate the use of software and systems devices. They achieve this through extensive market research and by employing their creativity, communication skills, and psychological analysis to complete the app’s development.

Mechanical Engineer

• 
  Average Salary:
  
  $90,160
• 
  Job Outlook:
  
  
  7%
  
  **
• 
  Number of Jobs:
  
  299,200
• 
  Highest-Paying States:
  
  New Mexico, Washington DC, Maryland, California, Louisiana
  

These professionals develop and manage mechanical tools, engines, and devices. They conduct research and complex analysis to determine how and what sensors and devices can be used in solving real-world problems. Mechanical engineers design upgrades for devices based on research and trends.

Computer Programmer

• 
  Average Salary:
  
  $89,190
• 
  Job Outlook:
  
  
  -10%
  
• 
  Number of Jobs:
  
  185,700
• 
  Highest-Paying States:
  
  Washington, Washington DC, California, Virginia, Texas
  

Computer programmers are experts who write code and scripts that define how software applications and systems operate. They install new code, configure, and test for operational efficiency. They work with development teams to design efficient and reliable software and systems.

*This job title is grouped under computer and information research scientists by the US Bureau of Labor Statistics.

**This job title is grouped under mechanical engineers by BLS.

Robotics Bootcamp vs Robotics Master’s Degree: Which Is Better?

The choice of which robotics institute or educational program is ideal for you can be quite challenging. While a master’s degree provides advanced robotics courses, it is not the only approach to gaining knowledge in robotics. A bootcamp can provide you with job-ready tech skills for an entry-level job in the field of robotics.

Benefits of a Robotics Master’s Degree

• 
  Advanced Robotics Courses.
  
  A master’s in robotics will offer you the opportunity to broaden your knowledge in the design and deployment of robots and multi-robot systems, automation, autonomous machines, and robotic control systems.
• 
  Industry Positioning.
  
  A master’s degree in robotics will position you as a leader in the tech industry. You’ll be sought after by potential employers because of your vast knowledge in the field of robotics and automation.
• 
  Flexibility in Career Options.
  
  A master’s level educational experience in robotics ensures you can diversify into artificial intelligence, mechanical, electrical, and computer engineering roles in key industries.
• 
  Research-Led Robotics Curriculum.
  
  Master’s programs curricula include vast research options. You might complete an artificial intelligence laboratory project or conduct market research analysis to better understand the business development process in building robots.
• 
  Hands-On Learning.
  
  Robotics students are often required to complete a capstone project that is based on real-life experiences. They are taught by industry experts who base their classes on practical training so students can immediately begin their professional journey upon graduation.

Benefits of a Robotics Bootcamp

• 
  Result-Oriented.
  
  You don’t need a degree in engineering to start out in the robotics industry. Bootcamps offer prospective students the opportunity to gain hands-on experience using the latest technologies taught by expert industry instructors.
• 
  Career Services.
  
  Most bootcamps offer career and professional development services such as career counseling and mock interview opportunities for students.
• 
  Fast-Paced Learning.
  
  Bootcamps are known for their accelerated learning programs. A master’s degree program will take you years to complete, but a bootcamp will help you graduate within months after enrolment.
• 
  Specialization.
  
  Bootcamps typically specialize in one aspect of a broad field. Courses are tailored to provide students with the most in-demand tech skills.
• 
  Networking.
  
  Robotic bootcamps are a great place to meet professionals in the field who might help you progress in your career down the road. Many bootcamps have extensive alumni networks, and some provide career transition training to help students stay relevant in the industry.

Should You Get a Master’s Degree in Robotics?

Yes, you should get A Master’s Degree in Robotics if you are hoping to open up career paths in the industry. Advanced degrees in robotics can provide you opportunities no other educational pathway can in the discipline of robotics, and can provide you with the knowledge to create new and exciting technology.

The average pay for robotics graduates is encouraging. Combine that with a positive job outlook for engineers and scientists in artificial intelligence roles, and you can be certain that you’re on the right path.

Robotics Master’s Degree FAQ