Applied Physics Master's Program Online

Master’s in Applied Physics Program Overview

Applied physics graduate program rankings consistently place the Engineering for Professionals program at the top—for good reason. As one of the few online applied physics programs in the nation, our students take courses that enrich their experience as an engineer and will prepare you for exciting careers in the research and development of cutting-edge technology. 

Career opportunities in applied physics are vast, including jobs in fiber optics, astrophysics, laser and quantum optics, nondestructive testing, and more. Taught by notable scientists from the Johns Hopkins Physics Lab, NASA, and the Naval Research Laboratory, you’ll focus on a wide range of topics, including optics, interstellar space, ocean science, solid-state physics, and more. 

In this program, you will

• Master mathematical methods that are essential to the fields of applied physics and engineering, including integral transforms, ODEs, complex analysis, PDEs, and boundary value problems.
• Solve practical problems using Maxwell’s Equations and classical electrodynamics, such that static and time-varying fields in free space and media, conservation laws, and gauge invariance can be investigated.
• Establish a firm understanding of the mathematical foundation of quantum mechanics.
• Select courses to tailor your degree and gain the knowledge that works best for you.

Applied Physics Master’s Degree Concentrations

A concentration can be selected but is not required. Concentrations appear on your transcript to indicate an area of extra focus as part of the degree. 

• Materials and Condensed Matter: Combine concepts from the Applied Physics, Electrical and Computer Engineering, and Materials Science and Engineering programs for a well-rounded, holistic approach to applied physics. 
• Photonics: Study applied physics, electrical and computer engineering and photonics concepts for a defined approach for the practical application of light.

Concentration Requirements

Applied Physics Master’s Student Outcomes

An applied physics master’s program can prepare you to address complex technical challenges through a combination of advanced scientific theory and practical problem-solving. From advancing in a technical role to transitioning into a research-focused career, graduate study can help you develop the specialized knowledge and skills that employers look for across scientific and engineering disciplines.

Core Skills Gained in Applied Physics

Students in an applied physics master’s program typically develop a strong foundation in mathematical modeling, experimental design, computational analysis, and advanced physics principles. Coursework usually explores topics such as electromagnetism, optics, materials science, quantum mechanics, and statistical physics, helping students understand how scientific concepts can be applied to real-world problems.

A major benefit of this course of study is the ability to evaluate complex systems and develop data-driven solutions. Employers increasingly look for professionals who can bridge the gap between theoretical science and practical implementation. Through laboratory work, simulations, and research projects, students get hands-on experience in collecting and analyzing data, validating results, and communicating technical findings to diverse stakeholders.

Critical thinking and analytical reasoning are also goals of the program. Graduates develop the skills to investigate new technologies, optimize existing systems, and contribute to innovation efforts within their organizations. Because many industries rely on sophisticated technologies and scientific processes, advanced technical expertise can support long-term career growth.

Finally, students frequently build professional networks through faculty mentorship, research collaborations, industry-sponsored projects, and professional organizations. These relationships provide valuable exposure to employment opportunities and interdisciplinary collaborations.

Common Job Titles & Careers of Applied Physics Master’s Graduates

Graduates commonly pursue careers that combine scientific knowledge with applied problem-solving. Typical positions include physicist, research scientist, optical engineer, systems engineer, materials scientist, data scientist, computational scientist, and laboratory manager. Some graduates also pursue careers in product development, advanced manufacturing, or technology consulting.

According to the U.S. Bureau of Labor Statistics, physicists and astronomers work in research institutions, government agencies, and private industry. A master’s degree may help candidates qualify for specialized technical positions and research-focused opportunities that require advanced analytical expertise.

For professionals seeking a career pivot, applied physics can provide transferable knowledge and skills relevant to engineering, technology development, and scientific research. The interdisciplinary nature of the degree may also create opportunities in fields that value quantitative analysis and innovation.

Industries for Applied Physics Master’s Graduates

Applied physics graduates contribute to a broad range of industries that depend on scientific research and advanced technology. Common employment sectors include aerospace and defense, semiconductor manufacturing, telecommunications, energy production, healthcare technology, and advanced materials development.

Many graduates choose to work within research and development environments where organizations invest in emerging technologies and product innovation. Others find opportunities in national laboratories, government research agencies, and scientific consulting firms.

The medical technology industry also employs professionals with applied physics backgrounds to support imaging systems, diagnostic equipment, and other healthcare innovations. Meanwhile, companies involved in renewable energy and sustainable technologies often seek individuals who can apply scientific principles to improve system performance and efficiency.

Because applied physics emphasizes adaptable problem-solving capabilities, graduates may find opportunities across industries undergoing technological transformation and increased investment in research-driven solutions.