Houghton student using drill in physics lab.

Applied Physics Major

Apply physics principles and engineering skills to solve real-world design problems.

Your real-world engineering experiences start your sophomore year and continue though your final semester. Through these experiences you'll gain practical skills and experience with engineering tools. These skills have made generations of students successful in graduate engineering programs and engineering-related careers.ย  As an applied physics major at Houghton, you'll work alongside Christian professors who care about your academic, emotional and spiritual growth.

Degree Snapshot

Undergraduate - Bachelor's

Degree Types: BS

Program Credits: 124

Explore Courses & Degree RequirementsCareersMeet the Faculty

What will I learn?

Houghton Applied Physics student working with equipment in lab.

Through Houghtonโ€™s degree in Physics you will use state of the art equipment as you:

  • Conduct research, tackle a real-world complex issue, and travel in your first year with acceptance into Houghtonโ€™s Science Honors Program
  • Develop practical new skills that are useful for engineers, like operating machine tools, welding, soldering, electronics, or using new computer languages and operating systems
  • Explore engineering design, programming, mechanics, electronics, statics, electrodynamics, optics, thermodynamics, etc.
  • Spend your summer getting paid to do real, cutting-edge research
  • Publish and present your research at national conferences

Why study Applied Physics at Houghton?

Real World Multi Year Project

You will complete 6 semesters of Project Lab, where you work with a professor on a real research problem and present your findings. Youโ€™ll impress future employers with your deep understanding of the projects youโ€™ve worked on, experience with specialized research equipment and software, and ability to tackle new and difficult challenges. Gain critical experience designing and using state of the art instruments and software by working on projects such as:

  • Small particle accelerator design (Cyclotron)
  • Crystal structure and formation in thin films
  • Electrostatic confinement fusion (Fusor)
  • Scanning electron microscopy
  • X-ray diffractometry
  • Scanning tunneling microscope design
  • Nuclear detector simulation (Geant4, MCNP)
  • Parity Violation in the weak nuclear force
  • Inertial confinement fusion
Learn about physics research

Classes Include Labs & Projects

Houghtonโ€™s small class size allows demonstrations, laboratory activities, discussions and lectures to be woven together into the same seamless class session. There's no need to wait a week for a separate lab section. Projects in upper-level theory classes allow you to see how the content can be applied to real situations.

Explore physics facilities

Experiential Learning

Each summer have the opportunity to conduct research at Houghton Universityโ€™sย Shannon Summer Research Institute. Work closely with faculty mentors on research projects for five to ten paid weeks before you present your findings at local or national conferences. Past research projects have involved the following collaborations:ย Cornell Center for Materials Research (CCMR),ย SUNY Geneseo,ย Laboratory for Laser Energetics (LLE), ย Los Alamos National Laboratory (LANL),ย Ohio University Edwards Accelerator Lab,ย National Institute of Standards and Technology (NIST).

Learn about the Shannon Summer Research Institute

Courses & Degree Requirements

Popular Courses


PHYS 259 Digital Electronics

This course is an introduction to digital circuits. This includes Boolean algebra, logic gates, Karnaugh maps, decoders, flipflops, registers, microcomputers, and interface devices. It also covers the characteristics and operation of digital integrated circuits.

PHYS 251 Dynamics

Explore the development of classical Newtonian mechanics focusing on the dynamics of rigid bodies in one, two, and three dimensions. Topics include work and energy, central forces, collisions, non-inertial frames of reference, oscillations, vibrations.

PHYS 258 Analog Electronics

In this course you'll study analog circuits composed of resistors, capacitors, inductors, op-amps, and DC and AC voltage and current sources. You'll use the following methods for analysis, Kirchhoffโ€™s Laws, node/mesh, network theorems, bode plots, and Laplace transforms.

Degree Options


BS - 124 credits

70 credits
Required Courses

54 credits
Elective courses + general education

BS Degree Requirements

Physics vs. Applied Physics


Physics

  • Experience Godโ€™s glory revealed through creation by exploring the traditional theoretical, experimental, and mathematical basis of physics.
  • Gain a solid foundation for graduate work in physics or related fields, like nuclear and particle physics, materials science, astrophysics, atomic physics and biophysics.
  • Prepare for graduate programs and careers in physics.

Applied Physics

  • Focus on the most basic principles at work in the physical universe and how to serve God by applying these principles to meet peopleโ€™s needs.
  • Acquire a broad background in general engineering principles and skills; engineering design, programming, mechanics, electrodynamics, electronics, optics, thermodynamics and more.
  • Prepare for a broad spectrum of technical careers.
  • About 40% of our Applied Physics graduates have gone on to engineering graduate programs in mechanical, electrical, aerospace and other engineering disciplines.

Meet a Faculty Member

What can I do with a degree in applied physics?

Career Opportunities

Students earning a BS degree in Physics from Houghton University are prepared for careers as:

Requires further education.

Graduate School

Master's degree options for physics majors:

  • Engineering
  • Nuclear Physics
  • Quantum Computing
  • Meteorology

10%

Career growth for Mechanical Engineers.

From 2022 to 2032 according to the U.S. Bureau of Labor Statistics.

Alumni Success

A Houghton degree in Applied Physics opens doors to a variety of careers, a wide range of positions and in a variety of organizations. See where our alumni have worked.

  • Carrier Corporation
  • Clemson University
  • Corning Incorporated
  • D3 Engineering
  • General Dynamics
  • Global Foundries
  • Harvard University Medical Center
  • Laboratory for Laser Energetics
  • Lockheed Martin
  • Los Alamos National Laboratory
  • Newgrange Design
  • Rochester Precision Optics
  • Xylem Inc.
Houghton students throwing their graduation caps in the air on the steps of the Chapel.

96%

of Houghton students are employed or in graduate school within 6 months of graduation.

Class of 2023

View Alumni Success and Career Outcomes

Related Majors

Houghton University student working with instruments in physics lab.

Physics

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Computer Science

Undergraduate - BS
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Data Science

Undergraduate - BA

Ready for what's next?

Discover if earning your degree in Applied Physics from Houghton University is right for you.


Questions?