

The Applied Physics Bachelor of Science program at the University of Miami offers a rigorous and versatile education that bridges fundamental physical theory with real-world problem solving in science and technology. This four-year, full-time program emphasizes the use of physics in practical applications, preparing students to approach complex systems with both analytical precision and engineering insight. Students engage with topics such as mechanics, electromagnetism, thermodynamics, and quantum physics while gaining hands-on experience in laboratories and through computational modeling.
The curriculum supports both depth and flexibility, allowing students to specialize in areas like materials science, electronics, or optics. Through close faculty mentorship and project-based learning, students learn how to apply physical concepts to address contemporary challenges in technology, industry, and research. The program also encourages interdisciplinary exploration with courses in engineering, computer science, and mathematics. With a balance of theory and application, graduates emerge with a solid foundation in physics and the practical skills needed for a wide range of technical careers or advanced study in applied science fields.
Year 1 – Foundations in Physics and Mathematics
• Calculus I & II
• General Physics I & II with Lab
• Introduction to Programming for Scientists
• College Writing and Research
Year 2 – Core Concepts and Technical Skills
• Modern Physics
• Differential Equations
• Classical Mechanics
• Scientific Computing
Year 3 – Applied Systems and Laboratory Work
• Electromagnetic Theory
• Thermodynamics and Statistical Mechanics
• Electronics and Instrumentation
• Applied Physics Laboratory
Year 4 – Specialization and Research Integration
• Quantum Mechanics
• Capstone Project or Senior Thesis
• Electives in Optics, Materials Science, or Engineering Physics
• Internship or Independent Research in Applied Science
Graduates of the Applied Physics program are equipped to enter a wide variety of technical and scientific roles that demand strong quantitative reasoning and experimental insight. Career paths include research and development, engineering analysis, data science, aerospace systems, and materials testing. Many work in national laboratories, defense sectors, renewable energy, and advanced manufacturing, while others choose to pursue graduate degrees in applied physics, engineering, or computational science. With a skill set that includes problem-solving, data analysis, and experimental design, applied physics graduates are well-positioned to contribute to technological innovation and scientific advancement in both private and public sectors.
The Applied Physics program at the University of Miami offers a well-rounded and application-focused education that combines theoretical depth with real-world relevance. Students benefit from small class sizes, individualized faculty attention, and access to modern laboratory facilities. The curriculum is carefully structured to build technical expertise while allowing flexibility for students to explore specialized interests through electives and research. Practical experience is built into the program through internships, projects, and optional collaborations with engineering or computing departments. This integrated and forward-thinking academic environment prepares students to solve complex problems, adapt to technological change, and lead innovation in a broad range of professional and academic settings.
For further information, please contact the admissions office at:
Phone: +1 305 284 2000
Email: admissions@miami.edu
Address: University of Miami, 1320 S Dixie Hwy, Coral Gables, FL 33146, United States