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How to become an AI engineer

AI engineers oversee the development, application, and management of AI for organizations and businesses. Discover more about this in-demand career, and learn how you can enter the field with an online education.

Key takeaways

  • To become an AI engineer, you need a degree in computer science or a related field, plus skills in programming, data analysis, and machine learning.
  • edX offers AI courses and professional certificates that build skills in machine learning, data processing, and AI systems through flexible online learning.
  • AI engineering roles draw on high-demand skills in automation and machine learning, with strong growth tied to a 20% increase in computer and information research roles from 2024–2034, according to the BLS.

What is an AI engineer?

AI engineers are responsible for developing, implementing, and managing systems for data analysis, application development, machine learning, and other related tasks.

Their responsibilities may include:

  • Algorithm design
  • Data processing management
  • Machine learning development and administration
  • Systems and network setup and supervision

However, being a successful AI engineer requires more than programming, designing algorithms, and data management. You must also be a problem solver and a critical thinker. Strong communication skills and a willingness to collaborate with others are essential. If you lead an AI implementation team, you can also benefit from project management and leadership skills.

Job growth (2024-34)
Total openings per year

Source: BLS


How much do AI engineers earn?

The Bureau of Labor Statistics (BLS) does not offer specific salary data for AI engineers, but it does provide information on computer and information research scientists.

In 2024, the median salary for computer and information research scientists was $140,910. The highest 10% earned over $232,120, while the lowest 10% earned $80,670 or less. Salaries vary by experience, education, location, and industry.

The Bureau projects employment for computer and information research scientists will grow by 20% from 2024 to 2034, significantly faster than the 3% average for all occupations.

How to become an AI engineer

With training and hands-on experience, it's possible to forge a career in artificial intelligence even if you don't have a degree. However, some employers may only consider candidates with relevant formal education.

Step 1: Explore the field of AI and computer engineering through an online course

In our spring 2025 survey, more than 50% of respondents said AI skills were important for remaining competitive in their careers. If you're among those who want to explore AI but aren't sure where to start, edX AI courses may be the answer.

If you want to deepen your knowledge, you can stack multiple related AI courses into a professional certificate in the fundamentals of AI. An edX program can help you build AI skills and determine if this career path is a good fit for you without the time and financial commitment of a traditional degree program.


Programs that can prepare you for an AI engineering role

Stand out in your field
Use the knowledge and skills you have gained to drive impact at work and grow your career.
Learn at your own pace
On your computer, tablet or phone, online courses make learning flexible to fit your busy life.
Earn a valuable credential
Showcase your key skills and valuable knowledge.

What do you need to work as an AI engineer?

Technical skills

  • Computer programming
  • Data analysis
  • Data management
  • Machine learning
  • Full-stack development

Soft skills

  • Communication
  • Critical thinking
  • Problem-solving
  • Leadership

Required education

AI engineers typically need at least a bachelor's degree in software engineering, computer science, or a related field.

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"Being a computer scientist, it is very important to stay up to date with new technologies in that field. With edX, I have full control of my own training program. I have tried other ways to stay current with technology, including other online courses, but have found my edX courses to be most effective. The level is quite high, so you don't get bored, and the homework makes sure you get the hands-on experience."

Sandy Van den Borne | Antwerp, Belgium | BerkeleyX, Descriptive Statistics and Software as a Service


Software engineering industry insights

AI engineering and other AI-related careers are rapidly emerging fields that were nearly unheard of a few years ago. Now, the field of AI is growing much faster than other occupations. Jobs across occupations are projected to grow by 3% between 2024 and 2034.

Yet, the BLS projects jobs for computer and information research scientists to grow by 20% and positions for software developers, quality assurance analysts, and testers to grow by 15% during this period. This growth is at least partially due to the increased demand for AI tools and automation software.

AI engineer salaries, by industry

Software publishers
Annual median wage (May 2024)
$237,990
Computer systems design and related services
Annual median wage (May 2024)
$166,620
Research development in the physical, engineering, and life sciences
Annual median wage (May 2024)
$153,430
Federal government
Annual median wage (May 2024)
$123,340
Colleges, universities, and professional schools
Annual median wage (May 2024)
$85,290

Source: BLS

Explore top AI engineer salaries by state

Find out how much AI engineers make in your state.

Read the map data
Alabama
Annual median wage
$108,180
Arizona
Annual median wage
$128,520
California
Annual median wage
$156,290
Colorado
Annual median wage
$111,930
Connecticut
Annual median wage
$128,180
District of Columbia
Annual median wage
$153,630
Florida
Annual median wage
$117,250
Georgia
Annual median wage
$89,270
Hawaii
Annual median wage
$140,150
Idaho
Annual median wage
$161,130
Illinois
Annual median wage
$135,120
Indiana
Annual median wage
$83,590
Kentucky
Annual median wage
$82,860
Louisiana
Annual median wage
$111,880
Maryland
Annual median wage
$141,540
Massachusetts
Annual median wage
$166,910
Michigan
Annual median wage
$105,960
Minnesota
Annual median wage
$131,770
Mississippi
Annual median wage
$108,560
Missouri
Annual median wage
$109,910
Nebraska
Annual median wage
$116,600
New Hampshire
Annual median wage
$117,730
New Jersey
Annual median wage
$146,290
New Mexico
Annual median wage
$178,120
New York
Annual median wage
$197,390
North Carolina
Annual median wage
$124,490
Ohio
Annual median wage
$135,640
Oklahoma
Annual median wage
$92,580
Oregon
Annual median wage
$180,010
Pennsylvania
Annual median wage
$128,960
Rhode Island
Annual median wage
$118,870
South Carolina
Annual median wage
$120,970
Tennessee
Annual median wage
$105,680
Texas
Annual median wage
$101,990
Utah
Annual median wage
$94,830
Virginia
Annual median wage
$153,340
Washington
Annual median wage
$221,990
West Virginia
Annual median wage
$170,750
Wisconsin
Annual median wage
$166,690

Source: BLS 2024
Note: Wage data from multiple states was excluded due to non-reporting by the BLS.

AI engineer career track

AI engineering is a relatively new field, emerging just within the last few years. As a result, many AI engineers have generalist computer engineering skills and specialize in artificial intelligence through courses, certificate programs, and hands-on experience. Like other software engineers, AI engineers build, test, and evaluate software, focusing on AI and automation systems.

Even entry-level AI engineering roles often require prior experience in general computer programming, data analysis, and software engineering. Some employers require or prefer a master's degree in computer science or a related subject for these roles.

After you get more experience building and evaluating AI software programs, you can advance to management positions, guide AI strategy, and lead teams of junior engineers.

Early career roles
1-4 years

  • Junior software engineer
  • Junior engineer
  • Junior machine learning engineer

Mid-career roles
5-10 years

  • Machine learning engineer
  • AI evaluations engineer
  • AI applications engineer

Late career roles
11-15 years

  • AI engineer manager
  • Principal AI engineer

AI engineer vs. AI developer

There is some overlap between AI engineers and developers, but these careers are not identical.

Both roles require strong communication and problem-solving skills as well as knowledge of programming languages and application programming interfaces (APIs). However, they differ in the following ways:

Focus
AI engineer
Establishes AI system frameworks, considers scalability, and manages the implementation of AI solutions
AI developer
Codes, tests, and optimizes AI models and algorithms
Skills
AI engineer
Extensive knowledge of cloud computing, AI architecture, and infrastructure tools (e.g., TensorFlow)
AI developer
Extensive knowledge of programming languages, such as Python and C++
Responsibilities
AI engineer
Projects may include designing AI systems for large-scale use, such as self-driving cars, task-performing robots, and analytics tools for healthcare.
AI developer
Projects may include creating customer service chatbots, recommendation systems, and voice assistants.

Launch your career in AI engineering

Explore additional AI engineering resources

Frequently asked questions

Are AI engineers paid well?

Yes, AI engineers make more than double the annual average salary for all occupations, according to BLS data from May 2024. The median annual salary for all occupations was $49,500. For computer and information research scientists, the median annual salary was $140,910 during the same year. Software developers earned $133,080.

How long does it take to earn an AI engineering degree?

An undergraduate degree can take anywhere from 4-6 years to earn, while a master's degree may take 12-24 months for full-time students. Part-time enrollment may extend your timeline further.

Can I earn an online master's in AI engineering?

Yes, many schools have online options if you're interested in earning a master's in AI engineering. These online degree programs cover machine learning, systems development, AI ethics, programming languages (Python, C++, R, and Java), and other topics.