Applied Physics
Bachelor of Arts
Our applied physics program doesn't just teach you the fundamental laws of the universe; it challenges you to apply that knowledge in hands-on settings, preparing you to design solutions, drive research and build the future. This rigorous, experiential approach ensures you graduate ready to make a tangible impact on the world.
Fall
- Core 100: First-Year Seminar............ 3cr.
- Core 101: GOA............ 0cr.
- Second Language 103 Level............ 3cr.
- ENGL 101: Composition............ 3cr.
- Elective............ 3cr.
Spring
- MATH 169: Precalculus or Elective............ 3cr.
- Theology 111: Theological Foundations............ 3cr.
- Core 102: GOA............ 0cr.
- Second Language 201 Level............ 3cr.
- PHIL 100: Ethics............ 3cr.
- Elective............ 3cr.
Fall
- PHYS 170: University Physics I............ 3cr.
- PHYS 171: Explorations in Physics............ 3cr.
- MATH 170: Calculus I............ 3cr.
- Theological Perspectives............ 3cr.
- ENGR 101: Introduction to Engineering............ 3cr.
- Elective (3)............ 3cr.
Spring
- PHYS 172: University Physics II............ 3cr.
- PHYS 173 or ENGR 173: Lab............ 1cr.
- MATH 171: Calculus II............ 3cr.
- ENGL 205: Literature and Moral Imagination............ 3cr.
- Elective............ 3cr.
Fall
- PHYS 330: Modern Physics I............ 3cr.
- PHYS 331: Modern Physics I Lab............ 1cr.
- PHYS 242: Circuit Analysis............ 3cr.
- PHYS 243: Design Experience: Circuit Analysis Lab............ 1cr.
- MATH 220: Calculus III............ 3cr.
- Philosophical Perspectives............ 3cr.
Spring
- PHYS 244: Electronics............ 3cr.
- PHYS 245: Electronics Lab............ 1cr.
- PHYS 350: Mechanics............ 3cr.
- PHYS 355: Advanced Lab............ 1cr.
- ENGR 180: Mathlab............ 3cr.
- Humanities Elective............ 3cr.
- Elective............ 3cr.
Fall
- PHYSICS 395: Physics Research............ 1cr.
- Program Elective............ 3cr.
- Elective............ 3cr.
- Social Science Elective............ 3cr.
- Program Elective............ 3cr.
- Program Elective............ 3cr.
Spring
- Physics 398: Physics Thesis............ 1cr.
- Program Elective............ 4cr.
- Creative Perspectives............ 3cr.
- DCR or Elective............ 3cr.
- Program Elective............ 3cr.
- Elective............ 3cr.
Exciting Career Opportunities
Accelerator Systems Operator, Advanced Technology Engineer, Computer Scientist, Computer Engineer, Engineering Physicist, Laboratory Technician, Radar Developer, Systems Engineer, Science Teacher, Physicist
Professional Development
Xavier's Career Development Office assists students in their search for employment by offering individual career counseling sessions, conducting workshops and maintaining an employer database. More than 100 nationally known companies visit the campus annually to interview graduating seniors for open positions.
Physics I (PHYS 170)
This calculus-based course explores fundamental concepts in mechanics, including: kinematics, force analysis, conservation of energy and conservation of momentum. Strong emphasis is placed on the application of these concepts toward problem solving. Students taking this course are expected to be proficient in basic trigonometry and algebra.
Modern Physics I (PHYS 330)
This course explores how the experiments of the late 19th and early 20th century revolutionized our understanding of nature, and presents the basic principles of the two theories that emerged as a result- special relativity and quantum physics. The application of quantum theory toward an understanding of hydrogen-like atoms is presented.
Theoretical Mechanics I (PHYS 350)
This course reinforces concepts from PHYS 170 through the study of classical mechanics via the application of advanced mathematics. The course covers linear and 3D motion; oscillations (simple, damped and driven); gravitational forces; within the Newtonian and Lagrangian frameworks. Emphasis is placed on examples that use mathematical treatment of fundamental concepts.
Introduction to Fabrication (ENGR 101)
This course introduces students to a variety of traditional and modern tools and techniques for making physical objects. Students will develop a basic understanding of health and safety in a workshop environment and will develop an understanding of how to use these tools and techniques.
Physics Club
Students in the Physics Club organize trips to national labs, host cool experiment series and events that connect to physics, like ice skating (friction!) and water balloon launches.
Alchemyst Club
Ever been to a liquid nitrogen ice cream social? This club is made up of chemistry enthusiasts who love to experiment and discuss the ins and outs of the study of matter.
Minorities in STEM Succeeding Together
Become part of a supportive community dedicated to empowering minority STEM majors. Discover a space where you can thrive, connect with peers and build confidence in your identity while pursuing excellence in STEM.
Program Features
Applied Physics isn't just theory; it's about doing. You'll gain extensive practical experience through guided research in our laboratories, working with advanced equipment and engaging in real-world experiments.
Learn from expert faculty at Xavier, whose research spans cutting-edge fields like biophysics, condensed matter physics, optics, theoretical astrophysics, and wearable electronics.
Located in Cincinnati, Ohio, Xavier University is situated within a vibrant economic region with strong industries in manufacturing, technology, healthcare and research.
Guided by our Jesuit values, you'll learn to apply your scientific knowledge not just for innovation, but for the betterment of humanity.
Meet a senior physics major who has done the unexpected and whose story highlights how Xavier student research changes lives.
Are you a high school student with a passion for science, technology, engineering or math? Join STEAM@XU for a week-long immersive research experience on the Xavier University campus.
FAQ
Our comprehensive program provides a deep dive into the theoretical and experimental foundations of physics. Learn more.Applied Physics majors are highly sought after by employers due to their strong problem-solving, analytical, and technical skills. Here are some common career paths:
Engineering
- Electrical engineer: Designing and developing electrical systems and components
- Mechanical engineer: Designing and developing mechanical systems and devices
- Optical engineer: Designing and developing optical systems and devices
- Materials engineer: Developing new materials with specific properties
Technology
- Software engineer: Developing computer software and applications
- Hardware engineer: Designing and developing computer hardware
- Nanotechnologist: Working with materials at the atomic and molecular level
- Robotics engineer: Designing and developing robots
Research and Development
- Research scientist: Conducting research in various fields, such as materials science, energy, or medical technology
- Product development engineer: Developing new products and technologies
- Technical consultant: Providing expert advice on technical matters
The Lindner Family Physics Building houses a variety of facilities for you to carry out research and other experiential learning opportunities. Students carry out experiments including probing inside the atom with X-ray fluorescence; discovering surface textures with an atomic force microscope and more. Outside of class, students observe the planets and stars using the department's astronomical observatory.
Both programs offer small class sizes, strong faculty interaction, and opportunities for undergraduate research, but the Applied Physics degree provides more pathways for students looking to blend their physics knowledge with other areas of study or specific industry applications.
Bachelor of Science in Physics
The BS in Physics program at Xavier is designed for students who want a deep, foundational understanding of the universe's fundamental constituents: matter and energy. This program is typically more theoretical and aims to equip students with the comprehensive knowledge of mathematical and experimental physics needed for:
- Graduate studies in physics or closely related fields.
- Professional careers in physics research, often in industrial settings.
- Physics teaching at various levels.
It focuses on understanding why things work at a fundamental level, exploring topics from subatomic particles to cosmology with a strong emphasis on mathematical formalism and theoretical concepts.
Bachelor of Science in Applied Physics
The BS in Applied Physics program, while still providing a robust physics foundation, places a stronger emphasis on the application of scientific principles to solve real-world problems and innovate. This degree is often more interdisciplinary and is geared towards students who want to:
- Integrate physics knowledge with other fields, such as engineering, medical sciences, business, or education, through an "Alternate Concentration" option (which can align with a minor).
- Pursue careers where they design, build, and troubleshoot, asking "what can I do with an electron?" rather than solely "what is an electron?".
- Enter fields like engineering (electrical, mechanical, aerospace), data science, medical physics, materials science, or renewable energy.
This program often includes more coursework that bridges physics with engineering or other applied sciences, offering greater flexibility for students with diverse career interests outside of traditional theoretical physics research.
Yes. TheUniversity Scholars Honors Program offers incoming students a more challenging curriculum and close support from professors while completing their undergraduate degree. Acceptance into the program is highly selective and includes a $2000 travel grant.
Applied Physics Program at Xavier University
The Applied Physics program at Xavier has small classes and provides a close interaction between faculty and students. The Alternate Concentration option provides maximum flexibility to students who are interested in pursuing interdisciplinary programs. This program combines the study of physics with a concentrated study in another area or discipline. Concentrations must include at least 18 hours in one chosen area, which allows for the majority of University minors to be included. Areas of concentration may be chosen from the sciences, mathematics, the humanities, the social sciences, business, and education. If mathematics is selected as an area of concentration, the courses must be in addition to those required by the Applied Physics major. The Natural Sciences option offers an alternative to the Natural Sciences major that allows students to study physics while preparing for medical, dental, or veterinary school. This program may also be of interest to students who wish to pursue careers in medical physics, radiological physics, and other health physics programs. The Natural Sciences program combines courses in physics, mathematics, and computer science with the chemistry and biology courses needed to fulfill the requirements for the Natural Sciences minor.
Xavier University’s College of Arts and Sciences challenges students to develop an integrated understanding of humanity, the world, and God by pursuing the questions raised in Xavier's core and departmental curricula. The College of Arts and Sciences is the oldest and largest college at Xavier University. The college provides an excellent liberal arts education in the Jesuit tradition that prepares students for careers, professional or graduate school, and life in a global society.
Xavier University is a private university located in Cincinnati, Ohio, providing a liberal arts education in the Jesuit Catholic tradition. Founded in 1831, the University is the sixth-oldest Catholic university in the nation. It has been ranked among the top 10 master's-level universities in the Midwest by U.S. News & World Report for the past two decades. The Princeton Review names it one of the "Best 385 Colleges in America."