An online master’s in artificial intelligence can help software developers, data professionals, engineers, technical leaders, and career changers build advanced skills in machine learning, deep learning, natural language processing, computer vision, generative AI, MLOps, and responsible AI systems.
The best programs combine rigorous technical coursework with flexible online delivery, transparent tuition, applied projects, and clear admissions guidance.
The key is choosing carefully. AI graduate programs vary widely: some are engineering-heavy, some are applied and business-focused, some emphasize machine learning theory, and others focus on product development or AI deployment.
Students should compare cost, prerequisites, GRE policy, curriculum depth, capstone options, faculty expertise, and career alignment before enrolling.
An online master’s in artificial intelligence can be worth it for students and working professionals who already have or are willing to build strong foundations in programming, math, statistics, data structures, and algorithms. It can support career movement into AI engineering, machine learning, data science, applied AI, AI product, cybersecurity automation, robotics, or research-adjacent roles.
However, the degree alone does not guarantee an AI engineer job. Outcomes depend on prior experience, portfolio strength, technical skill, domain knowledge, location, and hiring-market conditions.
Stanford HAI’s 2026 AI Index shows that AI adoption is spreading quickly, with organizational AI adoption reaching 88 percent of surveyed organizations and generative AI reaching 53 percent population adoption within three years.
The same report also notes uneven labor-market effects, including pressure on younger software developers in exposed occupations, which makes hands-on skill building and portfolio evidence especially important.
What Is an Online Master’s in Artificial Intelligence?
An online master’s in artificial intelligence is a graduate degree focused on building intelligent software systems. Students typically study machine learning, deep learning, algorithms, data science, natural language processing, computer vision, robotics, AI ethics, and AI deployment.
Compared with a certificate or bootcamp, a master’s degree is usually more comprehensive and academically rigorous. Compared with a bachelor’s degree, it is more specialized. Compared with a PhD, it is generally more career-focused and shorter, although some programs can support research preparation.
Online AI master’s courses may include recorded lectures, live sessions, coding assignments, cloud labs, exams, team projects, peer discussion, and capstones. Some programs are asynchronous, while others require scheduled online meetings.
Students should compare curriculum depth, prerequisites, faculty expertise, online support, and applied project opportunities rather than choosing based only on brand name.
Many AI master’s programs are not beginner-level. Applicants may need preparation in Python, probability, statistics, calculus, linear algebra, data structures, algorithms, and computer science fundamentals.
Tuition rates
Data from dozens of online Artificial Intelligence Master’s programs across various institutions reveals:
- 16 online options
- Average Total Cost: $42,530.
- Lowest Per-Credit Rate: $333.
- Highest Per-Credit Rate: $1,818.
Best Online Master’s in Artificial Intelligence Programs for 2026
- Program: Online Master's in Applied Artificial Intelligence
ARTiBA accreditation: No
Delivery method: Online & campus
Total tuition: $41,850
2026 Cost per credit: $1,395
Credits: 30
Learn more: Program details - Program: Online Master’s in Machine Learning and Artificial Intelligence
ARTiBA accreditation: No
Delivery method: Online & campus
Total tuition: $66,645
2026 Cost per credit: $1,481
Credits: 45
Learn more: Program details - Program: Online Master of Science in Artificial Intelligence
ARTiBA accreditation: No
Delivery method: Online
Total tuition: $28,875
2026 Cost per credit: $875
Credits: 33
Learn more: Program details - Program: Online Executive Master's in Artificial Intelligence
ARTiBA accreditation: No
Delivery method: Hybrid
Total tuition: $11,005
2026 Cost per credit: $355
Credits: 31
Learn more: Program details - Program: Online Master's in Artificial Intelligence
ARTiBA accreditation: No
Delivery method: Online & campus
Total tuition: $42,090
2026 Cost per credit: $1,403
Credits: 30
Learn more: Program details - Program: Online Master of Artificial Intelligence
ARTiBA accreditation: No
Delivery method: Online & campus
Total tuition: $53,400
2026 Cost per credit: $1,780
Credits: 30
Learn more: Program details - Program: Online Master of Artificial Intelligence
ARTiBA accreditation: No
Delivery method: Online
Total tuition: $35,574
2026 Cost per credit: $1,078
Credits: 33
Learn more: Program details - Program: Master’s in Artificial Intelligence (AI)
ARTiBA accreditation: No
Delivery method: Online & campus
Total tuition: $36,550
2026 Cost per credit: $1,075
Credits: 34
Learn more: Program details - Program: Online Master of Science in Artificial Intelligence
ARTiBA accreditation: No
Delivery method: Online & campus
Total tuition: $86,800
2026 Cost per credit: $1,808
Credits: 48
Learn more: Program details - Program: Online Master of Science in Applied Artificial Intelligence
ARTiBA accreditation: No
Delivery method: Online
Total tuition: $28,950
2026 Cost per credit: $965
Credits: 30
Learn more: Program details - Program: Online Master's in Artificial Intelligence
ARTiBA accreditation: No
Delivery method: Online
Total tuition: $54,550
2026 Cost per credit: $1,818
Credits: 30
Learn more: Program details - Program: Online Master’s of Artificial Intelligence
ARTiBA accreditation: No
Delivery method: Online
Total tuition: $10,000
2026 Cost per credit: $333
Credits: 30
Learn more: Program details - Program: Online Masters in Applied AI for Product Innovation
ARTiBA accreditation: Yes
Delivery method: Online & campus
Total tuition: $99,000
2026 Cost per credit: $3,299
Credits: 30
Learn more: Program details - Program: Online Master's in Artificial Intelligence (AI) & Machine Learning
ARTiBA accreditation: No
Delivery method: Online
Total tuition: $24,300
2026 Cost per credit: $675
Credits: 36
Learn more: Program details - Program: Master of Science in Artificial Intelligence
ARTiBA accreditation: No
Delivery method: Online & campus
Total tuition: $29,224.14 in-state | $42,599.04
2026 Cost per credit: $885.88 in-state | $1,290.88 out-of-state
Credits: 33
Learn more: Program details
These rankings were compiled from data accessed in January 2026 from Integrated Post-Secondary Education Data System (IPEDS) and College Navigator (both services National Center for Education Statistics). Tuition data was pulled from individual university websites and is current as of January 2026. If available, we also use additional criteria such as accreditation or designations by outside organizations or agencies.
2025 Rankings
Professionals with a master’s degree in AI have the potential to earn a very attractive salary due to their highly specialized skill set. Although the Bureau of Labor Statistics (BLS) does not have a separate listing for AI engineers, the median wage for computer scientists is around $145,080.
Online AI Master’s vs Computer Science, Data Science, and Machine Learning Degrees
| Degree path | Best for | Main advantage | Limitation |
| Online MS in Artificial Intelligence | Students focused on AI systems, ML, NLP, computer vision, and applied AI | Direct AI focus | May be too specialized for students needing broader CS foundations |
| Online MS in Computer Science with AI/ML specialization | Software engineers and CS graduates | Broad CS foundation plus AI depth | May require stronger CS prerequisites |
| Online MS in Data Science | Analytics, statistics, modeling, and business data roles | Strong applied data focus | May cover less robotics, AI systems, or advanced CS |
| Online MS in Machine Learning | ML engineering and model development | Strong ML specialization | Narrower than CS or AI |
| AI certificate | Upskilling without a full degree | Faster and cheaper | Less comprehensive and may not carry degree-level value |
Choose an AI master’s if your goal is to build or manage AI systems.
Choose computer science if you want broader software and systems depth.
Choose data science if your target roles center on analytics, statistics, modeling, and business data.
Choose machine learning if you want a narrower ML-focused path.
Choose a certificate if you need targeted upskilling rather than a full graduate degree.
Related Resources
Admissions Requirements and Prerequisites
Most online AI master’s programs require a bachelor’s degree, transcripts, resume, statement of purpose, and sometimes letters of recommendation. Some require the GRE, while others waive it or do not require it. Common prerequisites include:
| Requirement | Why it matters |
| Programming experience | AI coursework often uses Python, Java, C++, or R |
| Python readiness | Python is widely used for machine learning, deep learning, and data science |
| Data structures and algorithms | Needed for efficient software and model implementation |
| Calculus | Important for optimization and gradient-based learning |
| Linear algebra | Essential for vectors, matrices, neural networks, and embeddings |
| Probability and statistics | Needed for modeling, inference, validation, and uncertainty |
| Discrete math | Useful for algorithms, logic, and computational reasoning |
| Prior CS coursework | Helps students handle graduate-level technical material |
| Work experience | Often helpful for professional and executive AI programs |
Applicant Readiness Checklist
You are likely ready for an online AI master’s if you can write code, understand basic algorithms, work with data, interpret statistics, and commit time to projects beyond required coursework. You may need bridge courses if you lack programming, linear algebra, calculus, or statistics.
What You’ll Learn in an Online AI Master’s Program
| Curriculum area | What students learn |
| Machine learning | Supervised learning, unsupervised learning, model training, validation |
| Deep learning | Neural networks, CNNs, RNNs, transformers |
| Natural language processing | Text classification, embeddings, language models |
| Generative AI | LLMs, prompt engineering, multimodal AI, AI-assisted workflows |
| Retrieval-augmented generation | Vector databases, embeddings, search, grounding, evaluation |
| MLOps | Deployment, monitoring, versioning, CI/CD for models |
| Responsible AI | Fairness, bias, transparency, explainability, governance |
| AI security | Adversarial attacks, model misuse, data leakage, prompt injection |
| Computer vision | Image classification, object detection, segmentation |
| Robotics or autonomous systems | Perception, planning, control, reinforcement learning |
| AI product development | Human-centered design, business use cases, model evaluation |
| Capstone or thesis | Applied project, research project, or portfolio-ready AI system |
Common Courses in Online AI Master’s Programs
| Course | What students usually study |
| Artificial Intelligence | Search, planning, reasoning, agents, knowledge representation |
| Machine Learning | Regression, classification, clustering, model evaluation |
| Deep Learning | Neural networks, transformers, CNNs, RNNs |
| Natural Language Processing | Language models, embeddings, text classification, sentiment analysis |
| Computer Vision | Image classification, object detection, segmentation |
| Reinforcement Learning | Agents, rewards, policy learning, decision-making |
| Generative AI | LLMs, multimodal models, prompting, evaluation |
| Large Language Models | Transformers, fine-tuning, RAG, deployment concepts |
| Data Mining | Pattern discovery, preprocessing, feature engineering |
| Statistical Learning | Model selection, probability, inference, validation |
| Algorithms | Complexity, optimization, graph algorithms |
| Responsible AI | Bias, fairness, explainability, governance |
| AI Security | Prompt injection, adversarial ML, data leakage, misuse risks |
| MLOps | Deployment, monitoring, CI/CD, model versioning |
| Capstone or Thesis | Applied AI project or research-focused final project |
Generative AI, LLMs, RAG, and MLOps
Modern AI education should go beyond traditional machine learning theory. Students interested in applied AI engineering should look for programs that include:
- Large language models
- Prompt engineering
- Embeddings
- Vector databases
- Retrieval-augmented generation
- Model evaluation and benchmarking
- AI agents and workflow automation
- Cloud deployment
- MLOps pipelines
- Model monitoring
- AI security risks
- Responsible AI governance
A strong AI portfolio should show that a student can frame a problem, prepare data, choose a model, evaluate performance, deploy a system, monitor limitations, document risks, and communicate results to technical and nontechnical stakeholders.
Responsible AI and Governance
Responsible AI is now a core skill area, not an optional topic. AI systems can create risks related to bias, fairness, privacy, security, transparency, accountability, and misuse.
NIST’s AI Risk Management Framework identifies characteristics of trustworthy AI systems, including validity and reliability, safety, security and resilience, accountability and transparency, explainability and interpretability, privacy enhancement, and fairness with harmful bias managed.
Students comparing online AI master’s programs should look for coursework or projects covering:
| Responsible AI area | Why it matters |
| Bias and fairness | Helps identify unequal model performance across groups |
| Explainability | Helps users understand why a model made a decision |
| Transparency | Supports documentation, auditing, and accountability |
| Data privacy | Reduces risk from sensitive or personal data |
| Human oversight | Keeps humans responsible for high-impact decisions |
| Model documentation | Clarifies training data, limitations, and intended use |
| Governance frameworks | Helps organizations manage AI risk |
| AI security | Addresses prompt injection, data leakage, and adversarial threats |
| Ethical deployment | Supports safe and responsible use in real settings |
How Much Does an Online Master’s in AI Cost?
Online AI master’s tuition can range from about $10,000 at some public online programs to more than $60,000 at higher-cost private universities. The total depends on tuition per credit, total credits, required fees, software costs, cloud computing costs, and time to completion.
| Cost factor | What students should check |
| Tuition per credit | Rates vary widely by school and program type |
| Total credits | Most programs require 30 to 45 credits |
| Fees | Online, technology, graduation, proctoring, and student fees |
| Cloud and software costs | AI coursework may require cloud computing or specialized tools |
| Employer assistance | Many working professionals use tuition reimbursement |
| Military/veteran benefits | Verify GI Bill, Yellow Ribbon, or military-affiliated benefits |
| Scholarships | Check institutional and department-level aid |
| Time to completion | Longer programs can increase indirect costs |
Students should ask schools whether tuition estimates include all required fees. For example, CSU Global lists $675 per credit and 30 credits for its online MS in AI and Machine Learning, while the University of San Diego lists 30 units and $995 per online unit for its MS in Applied Artificial Intelligence.
Financial Aid, Employer Tuition Assistance, and Scholarships
Students in accredited graduate programs may be eligible for federal student loans by submitting the FAFSA.
Other funding options may include employer tuition reimbursement, institutional scholarships, military and veteran education benefits, department scholarships, graduate assistantships, payment plans, and professional development budgets.
Working professionals should ask their employer whether the program qualifies for reimbursement and whether course grades, annual maximums, or continued employment requirements apply.
What Jobs Can You Get With a Master’s in Artificial Intelligence?
| Role | Notes |
| Machine learning engineer | Often requires strong software engineering and ML deployment skills |
| AI engineer | Competitive role; may require production ML or generative AI experience |
| Data scientist | Often requires statistics, modeling, SQL, Python, and business context |
| Applied scientist | May require research experience or advanced math |
| AI research scientist | Often prefers or requires a PhD for research-heavy roles |
| NLP engineer | Requires language modeling, text processing, evaluation, and deployment |
| Computer vision engineer | Requires image processing, deep learning, and model evaluation |
| Robotics engineer | Requires perception, planning, controls, and systems knowledge |
| MLOps engineer | Focuses on deployment, monitoring, infrastructure, and automation |
| AI product manager | Combines AI literacy with product strategy and stakeholder management |
| AI governance specialist | Focuses on risk, policy, documentation, and responsible AI |
| AI security specialist | Works on model misuse, prompt injection, adversarial ML, and data leakage |
| AI solutions architect | Designs AI systems for business or enterprise environments |
Some roles may require prior work experience, domain expertise, publications, advanced math, security knowledge, cloud skills, or a stronger software engineering background than the degree alone provides.
AI Master’s Salary and Job Outlook
The Bureau of Labor Statistics does not have a single “AI engineer” occupation, so salary and outlook should be framed using adjacent roles.
| Career path | Current BLS proxy | 2024 median pay | 2024–2034 outlook | Degree context |
| AI research scientist / computer scientist | Computer and information research scientists | $140,910 | 20% growth | Master’s is typical; PhD may be needed for some research roles |
| Data scientist / ML-focused data scientist | Data scientists | $112,590 | 34% growth | Bachelor’s is typical, but AI/ML graduate training can help |
| Software developer / AI software developer | Software developers, QA analysts, and testers | $133,080 | 15% growth | Bachelor’s is typical; master’s can support specialization |
| AI security / security automation | Information security analysts | $124,910 | 29% growth | Bachelor’s is typical; security experience matters |
| AI product or technical leadership | Computer and information systems managers | $171,200 | 15% growth | Usually requires experience plus technical or management depth |
| AI systems implementation | Computer and IT occupations overall | $105,990 | Faster than average overall | Role-specific requirements vary |
Salaries vary by role, location, experience, industry, technical portfolio, prior work history, and whether the job is closer to software engineering, data science, research, product management, cybersecurity, or IT leadership. BLS data should be used as occupational context, not as a guaranteed salary outcome for AI master’s graduates.
How to Build a Job-Ready AI Portfolio During Your Master’s
A strong AI portfolio should show more than a notebook with model accuracy. It should demonstrate problem framing, data quality decisions, model selection, evaluation, deployment, documentation, and limitations.
Project ideas include:
| Portfolio project | What it can demonstrate |
| End-to-end ML model with deployment | Model training, API deployment, monitoring |
| LLM chatbot with RAG | Embeddings, vector search, grounding, evaluation |
| Computer vision classifier | Image preprocessing, CNNs, validation |
| NLP text analysis tool | Tokenization, embeddings, classification, explainability |
| Model evaluation dashboard | Metrics, error analysis, fairness checks |
| Responsible AI audit | Bias testing, documentation, governance thinking |
| AI product prototype | User needs, model behavior, UX, business value |
| Cloud-deployed ML API | Infrastructure, MLOps, reproducibility |
| MLOps pipeline | Versioning, CI/CD, monitoring |
| AI governance documentation | Risk management, model cards, intended use |
| Domain-specific AI project | Healthcare, finance, education, cybersecurity, operations |
Students targeting AI engineering should prioritize deployed projects, not just coursework. Students targeting research should add literature reviews, experiments, and reproducible code.
Certifications That Pair Well With an AI Master’s
| Goal | Useful certifications or credentials |
| Cloud AI | AWS, Google Cloud, or Microsoft Azure AI/cloud credentials |
| Data science | Databricks, SQL, Python, or analytics credentials |
| Machine learning engineering | Cloud ML, MLOps, and model deployment credentials |
| Cybersecurity and AI security | Security+, cloud security, or AI security-focused credentials |
| AI governance | Responsible AI, privacy, risk management, or governance training |
| Product or business AI | AI product management or analytics credentials |
Certifications should support a specific role. They should not replace graduate coursework, portfolio projects, internships, work experience, or strong technical fundamentals.
How to Choose the Right Online AI Master’s Program
| Factor | What to ask |
| Accreditation | Is the institution accredited? Is any programmatic accreditation relevant? |
| Program reputation | Is the program known for AI, CS, engineering, data science, or applied computing? |
| Curriculum depth | Does it include ML, deep learning, NLP, computer vision, and AI systems? |
| Generative AI | Are LLMs, RAG, prompt engineering, or AI agents covered? |
| MLOps | Does the program teach deployment, monitoring, and production ML? |
| Responsible AI | Are ethics, bias, fairness, governance, and AI risk included? |
| Capstone or thesis | Will you graduate with portfolio-ready work? |
| Faculty expertise | Do faculty have AI, ML, data science, or systems experience? |
| Online format | Is it fully online, hybrid, synchronous, asynchronous, or self-paced? |
| Prerequisites | Are Python, calculus, linear algebra, stats, or algorithms required? |
| GRE policy | Is the GRE required, optional, waived, or not accepted? |
| Bridge courses | Are there options for non-CS applicants? |
| Tuition and fees | Is the full cost transparent? |
| Career support | Are there career coaching, employer connections, or alumni resources? |
| Fit | Is the program best for engineering, research, product, leadership, or applied AI? |
Application Checklist
- Define your AI career goal.
- Compare AI, machine learning, computer science, and data science programs.
- Check prerequisites.
- Review math and programming requirements.
- Confirm online format.
- Compare tuition and fees.
- Check GRE requirements or waiver policies.
- Review capstone, thesis, or project options.
- Gather transcripts.
- Update your resume.
- Prepare a statement of purpose.
- Request recommendation letters.
- Ask about career support and portfolio opportunities.
- Verify accreditation and program data.
- Apply before priority deadlines.
Is an Online Master’s in Artificial Intelligence Worth It?
An online master’s in artificial intelligence can be worth it when the program is rigorous, affordable, flexible, and aligned with your goals. It is especially valuable for learners who already have technical foundations and want to move into AI/ML engineering, data science, applied AI, research-adjacent roles, or AI leadership.
| Student type | Worth-it assessment |
| Software engineer seeking AI specialization | Strong fit if the program includes ML, deep learning, MLOps, and generative AI |
| Data professional moving into ML | Good fit if it adds algorithms, deep learning, deployment, and AI systems |
| Technical professional applying AI in industry | Good fit if applied projects match the student’s domain |
| Student preparing for research or doctoral study | Good fit if the program includes thesis or research options |
| Working adult needing flexibility | Good fit if the program is asynchronous or part time |
| Beginner without math or programming preparation | Less ideal unless bridge courses are available |
| Student seeking the fastest entry-level job | A bootcamp, certificate, or focused portfolio path may be faster |
| Student unwilling to build projects outside class | Less ideal because AI hiring often requires portfolio evidence |
Frequently Asked Questions
Yes, an online master’s in artificial intelligence can be worth it for students with technical preparation who want graduate-level AI, machine learning, deep learning, generative AI, or MLOps training. It is less ideal for beginners who lack programming or math foundations.
Graduates may pursue roles in machine learning engineering, AI engineering, data science, applied AI, NLP, computer vision, MLOps, AI product management, AI governance, robotics, cybersecurity automation, or AI solutions architecture.
Not always, but most programs expect technical readiness. Applicants often need programming, statistics, calculus, linear algebra, data structures, algorithms, or bridge coursework.
Some require the GRE, some waive it, and others do not use it. Always verify the current GRE policy on the official admissions page.
Artificial intelligence is the broader field of building systems that perform tasks associated with intelligence. Machine learning is a subset of AI focused on systems that learn patterns from data.
Python is the most common language. Some programs may also use Java, C++, R, SQL, Julia, or cloud-based tools depending on the curriculum.
Some newer or updated programs cover generative AI, LLMs, RAG, prompt engineering, AI agents, and responsible use. Students should verify course descriptions because coverage varies widely.
Look for institutional accreditation, transparent tuition, strong AI/ML curriculum, generative AI coverage, MLOps, responsible AI, applied projects, clear prerequisites, flexible delivery, and career support.
Online AI degrees from accredited institutions can be respected, especially when the program is rigorous and the graduate can demonstrate strong projects, technical interviews, and relevant experience.
Strong projects include deployed ML models, RAG chatbots, NLP tools, computer vision systems, model evaluation dashboards, responsible AI audits, MLOps pipelines, and domain-specific AI applications.
Online Master’s in AI Program Listings
- ARTiBA accreditation: No
Delivery method: Online
Total tuition: $24,300
2026 Cost per credit: $675
Credits: 36
GRE requirement: Not required
Learn more: Program details - ARTiBA accreditation: No
Delivery method: Online & campus
Total tuition: $86,800
2026 Cost per credit: $1,808
Credits: 48
GRE requirement: Not required
Learn more: Program details - ARTiBA accreditation: No
Delivery method: Online & campus
Total tuition: $66,645
2026 Cost per credit: $1,481
Credits: 45
GRE requirement: Recommended for international students and for domestic students with a GPA below 3.0
Learn more: Program details - ARTiBA accreditation: Yes
Delivery method: Online & campus
Total tuition: $99,000
2026 Cost per credit: $3,299
Credits: 30
GRE requirement: Not required
Learn more: Program details - ARTiBA accreditation: No
Delivery method: Online & campus
Total tuition: $53,400
2026 Cost per credit: $1,780
Credits: 30
GRE requirement: Not required
Learn more: Program details - ARTiBA accreditation: No
Delivery method: Online
Total tuition: $54,550
2026 Cost per credit: $1,818
Credits: 30
GRE requirement: Not required
Learn more: Program details - ARTiBA accreditation: No
Delivery method: Online
Total tuition: $28,875
2026 Cost per credit: $875
Credits: 33
GRE requirement: Not required
Learn more: Program details - ARTiBA accreditation: No
Delivery method: Online
Total tuition: $35,574
2026 Cost per credit: $1,078
Credits: 33
GRE requirement: Not required
Learn more: Program details - ARTiBA accreditation: No
Delivery method: Online & campus
Total tuition: $42,090
2026 Cost per credit: $1,403
Credits: 30
GRE requirement: Required for individuals with degrees from international universities
Learn more: Program details - ARTiBA accreditation: No
Delivery method: Online & campus
Total tuition: $41,850
2026 Cost per credit: $1,395
Credits: 30
GRE requirement: Required
Learn more: Program details - ARTiBA accreditation: No
Delivery method: Online
Total tuition: $28,950
2026 Cost per credit: $965
Credits: 30
GRE requirement: Not required
Learn more: Program details - ARTiBA accreditation: No
Delivery method: Online
Total tuition: $10,000
2026 Cost per credit: $333
Credits: 30
GRE requirement: Required
Learn more: Program details - ARTiBA accreditation: No
Delivery method: Hybrid
Total tuition: $11,005
2026 Cost per credit: $355
Credits: 31
GRE requirement: Not required
Learn more: Program details - ARTiBA accreditation: No
Delivery method: Online & campus
Total tuition: $36,550
2026 Cost per credit: $1,075
Credits: 34
GRE requirement: Not required
Learn more: Program details - ARTiBA accreditation: No
Delivery method: Online & campus
Total tuition: $29,224.14 in-state | $42,599.04
2026 Cost per credit: $885.88 in-state | $1,290.88 out-of-state
Credits: 33
GRE requirement: Required
Learn more: Program details