Why study AI + X at BGSU in Ohio?
- Innovative, interdisciplinary approach. BGSU’s AI + X bachelor’s degree puts you at the forefront of educational innovation by combining in-demand AI skills with a secondary area of specialization – something few programs offer.
- High-demand career preparation. AI talent is in high demand. BGSU’s AI + X bachelor’s degree equips you with deep expertise in artificial intelligence and the ability to apply it in another field to solve complex problems. Employers value this powerful combination.
- Personalized program. Tailor your degree to your passion and career goals. We empower you to take advantage of all that BGSU has to offer by integrating AI with fields such as natural sciences, social sciences, business, humanities and the arts.
- Focus on ethics. Our degree in artificial intelligence emphasizes the societal and ethical implications of AI. It ensures you graduate as a thoughtful, responsible innovator.
- Expanded network. You’ll be able to engage deeply with faculty across multiple departments and build a rich network of support and perspectives.
Public university in the nation for career prep
The Wall Street Journal
Career - what can you do with a degree in AI?
The BGSU AI + X bachelor’s degree addresses the growing demand for professionals skilled in artificial intelligence across a multitude of disciplines. Computer and information-related roles – including AI positions – are projected to grow 23% from 2022 to 2032. This significantly outpaces the average for other occupations. (U.S. Bureau of Labor Statistics)
Our Bachelor of Science in AI equips you with a robust set of skills that integrate artificial intelligence with a diverse range of fields. You’ll be able to apply your skills in:
- Roles specific to AI, providing expert support for AI-driven tools and applications
- Roles that blend AI with other subject areas, such as those who design solutions in scientific research, social policy, creative industries and business analytics
Job postings requiring AI skills have grown 3.5 times faster than for all jobs.
– PwC
Career paths
- AI developer or engineer
- Data scientist or analyst
- Intelligent systems analyst
- Machine learning engineer
- Computational historian
- AI-driven media analyst
Quick Facts from the Bureau of Labor Statistics
Curriculum
The Bachelor of Science AI degree curriculum includes:
- Foundational knowledge in AI
- Machine learning
- Natural language processing
- Data analysis
- Data visualization
- Specialized expertise in a complementary field (the "X")
- Experiential learning opportunities such as co-ops, internships, field experiences or research project that provide hands-on application of AI concepts
- A capstone that integrates AI and a chosen discipline and enables you to apply AI in solving real-world problems in that field
The best degree programs in artificial intelligence also teach you how to employ AI responsibly. The BGSU AI degree program has a strong focus on ethical and societal implications of AI technologies.
Sample courses
- Introduction to AI/ML with its Applications
- The Ethics of AI and Technology
- Introduction to Machine Learning
- Introduction to Data Visualization with AI
- AI in Education
- Machine Vision in Robotics
- AI & New Technology in Advertising
- Politics of AI
- Internship in AI Applications
The AI + art program combines creative practice with computational methods. Students develop skills in visual communication, digital imaging, creative coding and digital fabrication, using both traditional tools and AI-assisted approaches.
The program emphasizes hands-on making and experimentation, and students learn to evaluate critically how AI tools affect the artistic process.
Career pathways include:
- Digital artist or designer
- Creative technologist
- Digital fabrication specialist
The AI + computer science program offers a comprehensive blend of foundational AI techniques and core computer science principles. This interdisciplinary training prepares students to tackle complex computing challenges, build AI-driven applications and design intelligent systems that power modern technology.
Career pathways include:
- Software developer
- AI engineer
- Systems analysts in technology-driven industries
The AI + economics program combines core AI skills with economic theory. Students learn to analyze economic data, model market behavior, evaluate policy impacts and build predictive models. They apply these methods to problems such as pricing, forecasting, finance, unemployment and international trade.
You will be prepared for roles as:
- Economic or data analysts
- Financial analysts
- Policy analysts in government and nonprofit organizations
- Pricing and forecasting analysts
In the AI + education program, you learn how people learn and how AI and machine learning can support instructional design and assessment. Students apply these tools to personalize instruction and study the ethical use of AI in schools and other learning environments.
Graduates are prepared to work in:
- Instructional design
- Educational technology integration
- Learning analytics
- Corporate training and development
The AI + history program combines AI proficiency with historical inquiry. It enables students to apply machine learning and data analysis to large historical datasets. Students explore how AI can uncover patterns, support digital humanities projects and generate new historical insights.
Graduates are equipped for careers in:
- Digital archiving
- Research analysis
- Public history
- AI-assisted historical journalism
In the AI + journalism program, you learn to apply AI tools to enhance media creation, audience analytics and investigative reporting. With AI transforming the media landscape, students learn to automate content, identify trends and engage audiences through data-driven storytelling.
Graduate are prepared to work in:
- Investigative journalism
- Newsroom data analysis
- Audience engagement strategy
- Multimedia storytelling
The AI + manufacturing program combines engineering principles with intelligent systems. Students learn core AI concepts and techniques and apply them to manufacturing, robotics and electronics to improve efficiency, safety and product quality. The program emphasizes hands-on experience with industrial applications.
Graduates are suited for roles in:
- Manufacturing automation and robotics
- Quality control and inspection
- Industrial data analysis
- Process improvement
The AI + mathematics program combines AI knowledge with advanced mathematical theories and methods. It equips you with the analytical skills needed to design and optimize complex AI algorithms.
This program is ideal for students interested in applying AI to solve problems in scientific research, finance and other mathematically intensive industries. You will be prepared for roles as:
- Data scientists
- Quantitative analysts
- Researchers in AI-intensive fields
The AI + physics program merges AI techniques with the laws of physics. It prepares students for roles in scientific modeling, simulation and data analysis. Students learn to apply AI to real-world systems in areas such as energy, climate science and space exploration.
Graduate are suited for roles in:
- Space and energy sectors
- Tech companies working on physical systems
- Research institutions
The AI + public relations program equips students to apply technologies in strategic communication, media analysis and audience targeting. Students learn to develop data-informed PR campaigns that adapt to digital trends and evolving public sentiment.
Potential career roles include:
- PR specialists
- Communications analysts using AI tools
- Digital media strategists
University in Ohio – big or small, public or private – students would choose again
The Wall Street Journal
Updated: 10/06/2026 02:56PM