Applied Physics is a professional discipline involved with the application of physical theories to solve problems that arise in different engineering and technological fields. At its core, Applied Physics is rooted in the fundamental truths and concepts of physical sciences, but is ultimately concerned with the application of scientific principles in practical systems.

The Course is designed for students interested in upcoming areas such as design of equipment, communications, data acquisition, high technology, instrumentation, etc. as it aims for technological evolution and is regarded as the bridge between pure physics and engineering.

Applied Physicists take new scientific phenomena and explore their uses to solve practical problems. The process often results in the development of new technologies to solve complex engineering problems.

If you find yourself equally interested in scientific research and practical problem solving, a Bachelor’s degree in Applied Physics can be an apt choice for your undergraduate studies.The course combines studies in physics and math with courses in related majors, such as chemistry, engineering and computer science.

Since, Applied Physics as a professional domain provides excellent opportunities to learn how to use physics to solve career-oriented problems, graduates in this course are in high demand among employers as it involves combining the fundamental research in physics with solving the real-life problems that abound in the world.

The Applied Physics program structure consists of courses taught in classroom setting as well as under practical training, in order to instill the required skill set. Below is the list of core courses in Bachelor's in Applied Physics:

• Advanced Calculus
• Electronics
• Modern Physics
• General Chemistry
• Differential Equations
• Material Science
• Nanotechnology
• Nuclear Science

Since, Applied Physics as a professional domain provides excellent opportunities to learn how to use physics to solve career-oriented problems, graduates in this course are in high demand among employers as it involves combining the fundamental research in physics with solving the real-life problems that abound in the world.

Applied Physics is a domain concerned with practical applications and devising innovative solutions. Thus, it is essential to have a firm grasp and interest of the required subjects to pursue a Bachelor's degree in Applied Physics. Following; are the required Applied Physics subjects for a Bachelor's program:

• Chemistry
• Calculus
• Physics
• Computer Science
• Materials Science
• Applied Optics
• Acoustics
• Medical Physics

These five great physics concentrations are some of the most popular choices for those majoring in Applied Physics :

• Mathematical Physics. This is a field where the use of mathematic methods are applied to physics in order to solve problems. Astrophysics.
• Biological Physics.
• Advanced Physics.
• Medical Physics.

Key skills :

• maths knowledge.
• knowledge of physics.
• knowledge of engineering science and technology. analytical thinking skills.
• science skills.
• the ability to think clearly using logic and reasoning.
• thinking and reasoning skills.
• excellent verbal communication skills.

Applied Physics Scholarships :

• ACF Barnes W. Rose, Jr. and Eva Rose Nichol Scholarship Program
• APS/IBM Research Internship for Undergraduate Women
• Banatao Family Filipino American Education Fund
• Boston University’s Noyce Scholarship Program In Math
• Catching The Dream Program
• Elms College STEM Scholarships
• EPP Undergraduate Scholarship Program
• Ernest F. Hollings Undergraduate Scholarship
• Fontana Transport Inc. Scholars Program
• James M. & Erma T. Freemont Scholarship Program
• M. Hildred Blewett Fellowship
• National GEM Consortium Fellowships

Some career opportunities after completing Bachelor's in Applied Physics:

• Acoustic consultant
• Metallurgist
• Radiation protection practitioner
• Research scientist
• R&D
• Management