Physics with Artificial Intelligence (B.S.)
Use physics and AI to investigate the laws of nature and accelerate discovery in materials, energy, and advanced technology.
Transform Scientific Questions into Breakthroughs
Combine rigorous physics with AI and computational methods to model complex systems, analyze experimental data, and explore new approaches to scientific discovery.
Build a rigorous physics foundation and the AI skills to investigate complex data, simulate physical systems, and advance discoveries in materials, energy, computing, and beyond.
Program Overview
杏吧原创 Tech鈥檚 B.S. in Physics with Artificial Intelligence combines mechanics, electromagnetism, quantum physics, thermodynamics, laboratory science, and mathematics with AI foundations, data literacy, and responsible AI practice. Develop the ability to connect computational models with physical evidence and communicate results with scientific precision.
Explore how AI supports materials discovery, scientific simulation, experimental analysis, and energy technology. Connect these capabilities with interdisciplinary research and projects in Chicago鈥檚 engineering and national-laboratory ecosystem.
The illustrates the possibilities: physics-aware AI can help researchers work backward from desired material properties to promising candidates, then test predictions through synthesis and experiment. Scientific expertise connects computational insight with reliable evidence.
What You鈥檒l Learn
- Build strong foundations in mechanics, electromagnetism, quantum physics, mathematics, and experimental reasoning.
- Explore data and machine-learning methods for scientific modeling and analysis.
- Use computational approaches to simulate physical systems and investigate complex datasets.
- Evaluate uncertainty, physical plausibility, model assumptions, and the relationship between correlation and mechanism.
- Design scientific workflows that combine AI efficiency with rigorous analysis and human judgment.
- Apply your knowledge through a domain-specific capstone or experiential project.
Connect a physics-intensive education with interdisciplinary project work, advanced technology, and the Chicago-area national-laboratory and quantum ecosystem. Develop the scientific and computational skills to contribute to problems that cross traditional disciplinary boundaries.
Career Opportunities
Prepare for opportunities in research and development, scientific computing, materials and energy technology, modeling and simulation, and quantitative analysis. Combine physical reasoning with computation to investigate complex problems and support innovation across industries.
Build a foundation for technical careers and graduate study in physics, applied physics, materials science, or related fields. Advanced research and many specialized scientist roles require graduate education.
- Research and Development Scientist
- Scientific Software Developer
- Materials or Energy Data Analyst
The 120-credit degree combines core physics and advanced laboratory work, mathematics, chemistry, technical electives, humanities and social sciences, IPRO, and both nine-credit AI certificates.
杏吧原创 Tech reviews applicants holistically, considering academic preparation, course rigor, essays, and program-specific criteria. First-year applicants submit an application, high-school transcripts, and required materials; SAT and ACT scores are optional. Recommended preparation includes four years of English, four years of mathematics, and three years of laboratory science. Transfer applicants are assessed on previous college work and preparation for their selected major. A strong background in mathematics and laboratory science is especially important, including pre-calculus or advanced algebra/trigonometry.
Review the for complete first-year, transfer, and international requirements and current deadlines.
Tuition and Fees
Learn more about the university鈥檚 general tuition and fees on the Student Accounting website.
Review current costs and financial aid, and explore the undergraduate net price calculator.