Degree in Artificial Intelligence Online

Introduction

Unlike traditional degrees in software development, these online programs, which focus on AI, emphasize deep learning, automation, and real-world applications. For 2025, career opportunities in artificial intelligence remain in high demand across industries, making this the perfect time to prepare for leadership in a future-driven career.

Highly Ranked Degree in Artificial Intelligence Online

Finding the right degree in artificial intelligence online requires weighing affordability, academic reputation, and applied learning. In 2025, many respected universities will offer flexible online degree programs designed to develop real-world expertise. Each school brings unique strengths, enabling students to tailor their studies to their career goals and long-term ambitions in artificial intelligence.

Dakota State University
Offers an AI-focused online program that emphasizes machine learning, data analysis, and algorithm design. Offers flexible pacing, hands-on projects, and industry-ready training to equip students for technology-driven roles.

Strayer University
Delivers an accessible AI degree online that combines programming, data management, and applied analytics. Emphasizes practical applications, with flexible study options that support working professionals seeking advancement in emerging technology fields.

Indiana University
Provides a forward-thinking AI curriculum with applied projects in automation, predictive modeling, and intelligent systems. Focuses on innovation, flexibility, and preparing graduates for leadership roles in evolving digital landscapes.

Degree in Artificial Intelligence Online: Program Aspects & Considerations

• Curriculum: Look for programs that cover key areas such as machine learning, robotics, natural language processing, and ethical AI practices.
• Specializations: Consider options in deep learning, computer vision, predictive analytics, or AI-driven business solutions to tailor studies to career goals.
• Tuition Cost: Expect tuition to vary widely; compare per-credit rates, hidden fees, and financial aid opportunities to determine affordability.
• Admission Requirements: Research prerequisites include a bachelor’s degree in a related field, minimum GPA requirements, personal essays, and letters of recommendation.
• Accreditation: Choose universities with recognized accreditation to ensure academic quality, employer credibility, and eligibility for financial aid.
• Career Paths: Prepare for versatile roles in industries adopting AI-driven solutions, including healthcare, finance, technology, education, and government sectors.
• Faculty & Resources: Look for experienced instructors engaged in AI research and strong access to online labs, libraries, and technical support.
• Program Structure: Choose between flexible, asynchronous formats or structured, cohort-based learning, depending on your learning style and scheduling needs.

Best Degree in Artificial Intelligence Online

Finding the best degree in software development online programs involves reviewing schools that combine strong academics with flexible online formats. These programs focus on coding, system design, software security, and applied problem-solving to prepare graduates for technology-driven industries. In 2025, top universities will offer accessible, career-focused online pathways that strike a balance between affordability, accreditation, and student support, making them excellent choices for learners seeking to advance in dynamic software development careers. Below are the top online programs recognized for their quality instruction, affordability, and preparation of graduates for high-demand roles in technology-driven industries.

Source: Data Collected from Integrated Post Secondary Education Data System & University Data
***NA – Data Not Available

Our Ranking Methodology

At computerdegrees.org, the process for selecting the best degree in artificial intelligence online programs is based on key academic and career-focused factors. Accreditation remains a top priority, as it ensures adherence to recognized standards and fosters trust among employers and job seekers. Cost and financial accessibility are reviewed by analyzing tuition structures, scholarships, and aid availability. Student outcomes, including graduation statistics and job placement, highlight real-world effectiveness. Faculty expertise and industry engagement strengthen program credibility, while flexibility in course delivery, pacing, and student support ensures accessibility for diverse learners.

Why Earn a Degree in Artificial Intelligence Online?

Pursuing an online degree in software development is a smart investment for those seeking a rewarding and future-focused career. The tech industry continues to grow at an impressive pace, with software playing a central role in driving innovation across sectors. Students can balance education with work or personal responsibilities while building practical expertise through projects and applied learning. With competitive salaries and strong job security in 2025, this degree creates opportunities for advancement in both technical and leadership roles.

Key Benefits of Online Learning

 Online learning provides unmatched flexibility, allowing students to study at their own pace while balancing work, family, and personal commitments. Tuition is often more affordable compared to traditional programs, allowing learners to save on housing and commuting expenses. Access to top universities across the country expands opportunities for quality education, while online platforms support interactive learning experiences, networking, and professional growth.

High Demand for [Professionals in this Field]

The U.S. Bureau of Labor Statistics projects a 17% job growth for software developers and related roles from 2022 to 2032—far higher than average. This surge is fueled by increased reliance on cloud computing, artificial intelligence, cybersecurity, and mobile platforms. As industries adapt to digital transformation, employers seek professionals who can design, test, and manage advanced systems. Graduates with software development training are well-positioned to secure stable, high-paying roles, contribute to innovation, and lead technology-driven initiatives across sectors. 

Industries and Sectors Hiring Artificial Intelligence Experts

Artificial Intelligence graduates are highly sought after in multiple industries, including:

• Healthcare and Life Sciences: AI is transforming patient care with predictive diagnostics, drug development, customized treatment plans, and robotic-assisted procedures.
• Finance and Banking: AI professionals support fraud detection, automated trading systems, algorithmic risk evaluation, and tailored financial guidance.
• Information Technology and Computer Services: This sector drives AI innovation, focusing on software development, cloud computing, and advanced data analysis roles.
• Manufacturing: AI enhances production efficiency through automated production lines, optimized supply chains, predictive equipment maintenance, and quality monitoring.
• Retail and E-commerce: Companies leverage AI for personalized shopping recommendations, chatbots, and demand forecasting to streamline operations.
• Education: AI tools enable personalized learning paths, automated administrative processes, and intelligent tutoring solutions.
• Cybersecurity: AI enhances defense against cyber threats through real-time monitoring, vulnerability detection, and improved system security.
• Media and Entertainment: AI aids content creation, audience targeting, personalized streaming recommendations, and multimedia generation.
• Transportation and Logistics: AI powers autonomous vehicles, optimizes shipping routes, and manages complex logistics networks efficiently.

Career Advancement and Salary Potential

Earning an online degree in software development can significantly enhance professional growth and earning potential. Graduates gain advanced technical skills, problem-solving abilities, and leadership competencies that make them strong candidates for promotions and higher-level responsibilities. The combination of specialized knowledge and practical experience increases marketability, supports long-term career stability, and positions professionals to benefit from competitive salaries, industry recognition, and opportunities for advancement in rapidly evolving technology-driven sectors.

Artificial Intelligence Curriculum and Learning Outcomes

An online degree in Artificial Intelligence equips students with both theoretical knowledge and practical skills to design, develop, and implement intelligent systems. Graduates gain expertise in data analysis, algorithmic thinking, and problem-solving while mastering tools for real-world applications. Programs emphasize critical thinking, collaboration, and ethical decision-making, ensuring students can tackle complex challenges. Hands-on projects and applied learning experiences prepare learners to translate AI concepts into innovative, industry-relevant solutions.

Core Courses You’ll Take

• Introduction to Artificial Intelligence: This course provides a foundation in AI principles, exploring intelligent systems, machine learning basics, and problem-solving strategies. Students learn how AI algorithms function, the ethical considerations of AI, and practical applications across industries. Emphasis is placed on understanding core concepts to prepare for advanced AI topics and hands-on projects.
• Introduction to Prompt Engineering: Students learn techniques for designing effective prompts to optimize AI model outputs, particularly for natural language processing systems. The course covers prompt structure, iterative testing, and context management, enabling learners to guide AI behavior accurately. Practical exercises focus on improving AI responses, enhancing creativity, and refining problem-solving through prompt engineering strategies.
• Python Programming for Artificial Intelligence: This course teaches the fundamentals of Python and its applications in AI development. Students explore data structures, libraries, and frameworks critical for machine learning, neural networks, and AI automation. Emphasis is placed on writing efficient and scalable code, as well as implementing AI models in real-world scenarios, thereby preparing learners for practical programming challenges in the field of AI.
• Deep Learning and Neural Networks: Learners study advanced AI techniques, including neural network architectures, deep learning algorithms, and methods for model training and optimization. The course emphasizes designing, testing, and optimizing networks for tasks like image recognition, natural language processing, and predictive analytics. Hands-on projects reinforce theoretical knowledge and develop skills for practical AI applications in diverse industries.

Electives and Concentration Areas

Electives and concentrations allow students to tailor their AI studies toward specific interests. Options may include machine learning, natural language processing, robotics, data analytics, and computer vision. Choosing a focus area helps learners gain specialized expertise, deepen technical knowledge, and align coursework with career goals, preparing graduates for roles in emerging AI-driven industries with targeted skills that enhance employability and professional growth.

Capstone, Research, and Hands-On Projects

Capstone projects and research experiences provide students with opportunities to apply AI concepts in real-world settings. Examples include designing intelligent systems, building predictive models, or developing automation tools. These projects enhance problem-solving, collaboration, and project management skills while showcasing real-world experience. Graduates emerge with portfolios that demonstrate applied knowledge, preparing them for immediate contributions to the industry or further advanced studies.

Skills You’ll Graduate With

• Programming Proficiency: Mastery of languages like Python and tools for AI development.
• Algorithmic Thinking: Ability to design and implement efficient AI algorithms.
• Data Analysis: Skill in processing, interpreting, and visualizing large datasets.
• Problem-Solving: Apply analytical methods to complex, real-world challenges.
• Project Management: Coordinate AI projects, manage resources, and meet deadlines.
• Communication Skills: Translate technical insights into clear, actionable information.
• Adaptability: Stay current with evolving AI technologies and industry trends.

Specializations in Artificial Intelligence

Specializations enable students to focus their studies on a specific area, developing in-depth expertise and targeted skills. Artificial Intelligence itself is a specialized field, and within it, learners can focus on areas such as machine learning, natural language processing, robotics, or computer vision. Concentrating on a niche prepares graduates for specific industry demands, enhances employability, and equips students with advanced knowledge to tackle complex, real-world challenges in their chosen domain.

Admission Requirements for a Degree in Artificial Intelligence Online

Admission to an online degree in Artificial Intelligence ensures students are prepared for advanced technical coursework. Requirements typically include a bachelor’s degree in computer science, IT, mathematics, or a related field, along with a competitive GPA. Applicants may be required to submit official transcripts, a personal statement, and letters of recommendation.

General Prerequisites

Most programs expect applicants to hold a relevant undergraduate degree and maintain a minimum GPA, usually between 2.5 and 3.0. Submission of official transcripts and a completed application is the standard requirement. Additionally, a personal statement outlining career goals, motivation for studying AI, and alignment with program objectives is often required. Some institutions may request academic or professional references to support the applicant’s qualifications and potential for success in the AI program. purpose explaining professional goals. Letters of recommendation may also be required to demonstrate potential.

Professional Experience Recommendations

While not always mandatory, relevant work experience in software development, IT, data analysis, or related technical fields strengthens an application. Practical experience demonstrates problem-solving skills, technical competence, and readiness to apply AI concepts in real-world environments. Some programs may also accept applicants without technical degrees if they possess substantial professional experience, emphasizing the value of hands-on knowledge alongside formal academic preparation in the field of Artificial Intelligence.ept applicants without a technical degree if significant professional experience demonstrates comparable expertise.

Program Cost and Affordability

The cost of an online degree in Artificial Intelligence varies depending on the institution, program structure, and residency status. Tuition may be calculated on a per-credit basis or through flat-rate pricing per term. Students should also account for additional expenses such as technology fees, software, and learning materials. Evaluating total costs alongside available financial aid, scholarships, and employer tuition assistance helps ensure the program is both affordable and a strong investment in future career growth.

Tuition and Fees Breakdown

Tuition for AI programs is often charged per credit, with degree requirements ranging from 120 to 125 credits. Costs can vary widely, from approximately $400 to $1,200 per credit. Some universities offer flat-rate pricing for full-time enrollment, providing predictable costs for each term. Additional mandatory fees, such as registration or lab access, can impact the total program cost and should be factored into your budget for completion.

Hidden Costs (Technology, Online Access, Materials)

Beyond tuition, students should also prepare for expenses such as reliable internet access, software licenses, virtual lab fees, and proctoring fees. Required textbooks, cloud tools, and AI-specific platforms can also add to costs. While these fees may seem minor individually, they accumulate over the course of the program. Planning for these hidden costs ensures students can complete their degree without unexpected financial burdens or disruptions to their studies.

Comparing Costs Across Universities

Affordability varies between institutions offering AI degrees. Comparing per-credit tuition, flat-rate options, and additional fees is essential. Some universities offer cost-effective, competency-based pricing, while others adhere to traditional tuition structures. Evaluating scholarships, employer tuition assistance, and federal aid programs helps students choose a program that balances financial feasibility with educational quality, minimizing debt while maximizing career return on investment.  

Financial Aid and Funding Options

Pursuing an online degree in Artificial Intelligence can be a significant investment, but multiple funding options help ease costs. Scholarships, fellowships, employer tuition reimbursement, and federal aid programs make higher education more accessible while reducing reliance on personal savings or high-interest loans. Understanding available financial resources ensures students can complete their studies without undue financial stress. Planning for aid opportunities helps maximize benefits and make the program more affordable while advancing career goals.

Scholarships and Fellowships

Scholarships and fellowships are available through universities, professional associations, and nonprofit organizations. These awards often target students with academic excellence, leadership potential, or financial need. They do not require repayment, making them a highly attractive funding source. Applying early and researching multiple opportunities increases the likelihood of receiving financial support for tuition, materials, and program-related expenses.

Employer Tuition Assistance

Many employers offer tuition reimbursement or sponsorship programs to support professional development. Employees pursuing advanced technical degrees can leverage these benefits to offset costs while aligning educational growth with career advancement. Employer support may cover part or all of tuition, depending on the company’s policies, and can significantly reduce out-of-pocket expenses for online students.

Federal Aid, FAFSA, and Student Loans

Completing the FAFSA enables students to access federal financial aid, including grants, work-study programs, and low-interest loans. Federal funding often provides flexible repayment plans, reducing financial strain. Private loans may supplement federal aid when tuition is not fully covered. Understanding eligibility and application requirements ensures maximum assistance and supports the timely completion of the degree.

Program Length and Flexibility

Online degrees in Artificial Intelligence can typically be completed in 2–4 years, depending on enrollment status. Full-time students often complete their coursework more quickly, while part-time learners balance their studies with professional or personal commitments. Many programs offer flexible pacing, including self-paced formats for independent study or cohort-based models for structured collaboration. Flexibility allows students to maintain a work-life balance while progressing through rigorous technical coursework. Planning a consistent study schedule, prioritizing assignments, and leveraging online resources can help manage time effectively and ensure successful program completion.

Accelerated Online Degree in Artificial Intelligence Programs

Accelerated AI programs enable motivated learners to complete degrees in as little as 18 to 24 months. These options feature condensed courses, heavier workloads, and shorter academic terms. Ideal for students with prior credits, professional experience, or strong technical skills, accelerated programs allow learners to enter the workforce or advance careers quickly while gaining comprehensive AI knowledge and practical expertise in a streamlined timeframe.

Careers with a  Degree in Artificial Intelligence Online

Graduates of an online degree in Artificial Intelligence gain access to high-demand, technology-driven roles across multiple industries. The degree equips students with advanced problem-solving, analytical, and technical skills, preparing them to design, implement, and manage intelligent systems. Strong foundational knowledge in AI, machine learning, and data analysis enhances adaptability in rapidly evolving workplaces, providing opportunities for professional growth, leadership, and competitive compensation in a field driven by innovation and technological advancement. Some of the domains where a graduate of degree in Artificial Intelligence online  can find employment include:

Job Title	Average Salary (BLS, 2024)	Job Growth	Key Responsibilities
Machine Learning Engineer	$122,798	No Data Available	Design, implement, optimize machine learning models.
Big Data Engineer	$89,838	No Data Available	Develop, maintain, and optimize data pipelines.
Data Scientist	$112,590	34%	Analyze, interpret, visualize, model complex datasets.
Artificial Intelligence (AI) Researcher	$130,089	No Data Available	Research, develop, test, improve AI algorithms.
Database Administrators and Architects	$123,100	4%	Manage and organize data systems for reliability and accessibility

Top Job Roles for Artificial Intelligence Graduates

Graduates of online AI programs are prepared for positions that require problem-solving, analytical thinking, and innovation. Opportunities span multiple industries, from creating intelligent systems to optimizing existing technologies. Employers value professionals who can design efficient solutions, improve data-driven processes, and maintain secure operations. These roles offer career stability, opportunities for continuous learning, and the ability to work across diverse sectors while contributing to transformative technology projects.

Long-Term Career Growth and Leadership Opportunities

Earning an AI degree builds a strong foundation for career advancement and leadership. With experience, graduates can progress into roles managing teams, leading complex projects, or shaping strategic technology decisions. Combining technical expertise with communication, problem-solving, and organizational skills enables professionals to drive innovation, inform business strategy, and secure long-term career stability in competitive, rapidly evolving industries.

Accreditation and Why It Matters

Accreditation ensures the quality and credibility of AI programs. Regional or programmatic accreditation validates academic standards, fosters employer recognition, and supports financial aid eligibility. Accredited programs also facilitate credit transfer and provide opportunities for future graduate studies. Choosing a properly accredited degree protects students’ investments, enhances their employability, and ensures that their education aligns with industry and regulatory expectations.

How to Choose the Right Degree in Artificial Intelligence Online Program

Selecting an online AI program requires careful evaluation of quality, reputation, and career alignment. Accreditation confirms the legitimacy of a program, while institutional recognition signals the trust of employers. Review faculty expertise, research projects, and hands-on learning opportunities. Consider tuition and potential return on investment to ensure financial value. Strong student support services, including mentorship, technical assistance, and career guidance, further enhance professional readiness and success.

Accreditation and Reputation

Prioritize programs approved by respected accrediting agencies and recognized for academic excellence to ensure credibility and financial aid access.

Faculty and Research Opportunities

Select institutions with experienced instructors who are actively engaged in research and industry projects to gain real-world insights and practical skills.

Cost vs. Return on Investment

Evaluate tuition, available scholarships, and projected career earnings to identify programs that deliver maximum long-term financial value.

Student Support and Career Services

Look for programs offering advising, technical support, internships, and career counseling to strengthen academic achievement and professional preparedness.

Frequently Asked Questions About Artificial Intelligence Online Degrees

Conclusion

Pursuing a Degree in Artificial Intelligence Online equips students with advanced technical skills, problem-solving abilities, and industry-relevant knowledge. Flexible online programs allow learners to balance work, life, and education while preparing for high-demand technology careers. Accredited programs from reputable universities ensure credibility, career readiness, and long-term growth, making this degree a strategic investment for professional advancement in [2025] and beyond.