Typically, BSc Physics is a three-year program.
Study of motion and forces in classical physics.
Principles of electricity and magnetism.
Introduction to the principles of quantum physics.
Study of heat, temperature, and statistical mechanics.
Properties and behavior of light.
Study of atomic and nuclear structure.
Application of mathematical methods in physics.
Practical laboratory work to reinforce theoretical concepts.
Basics of electronic circuits and devices.
Some programs include hands-on research projects or internships.
Conducting experiments and contributing to scientific advancements.
Assisting in experimental work in laboratories.
At the school or college level. A postgraduate degree (MSc, PhD) may be required for higher education positions.
Applying physics principles in various engineering fields.
Working on the design and development of electronic systems.
Analyzing and interpreting data using statistical methods.
Utilizing analytical and problem-solving skills in software development.
Ensuring the safe and effective use of radiation in medical procedures.
Studying celestial bodies and phenomena.
Investigating the physical properties of celestial objects.
Analyzing and interpreting environmental data.
In government research institutions or laboratories.
Opportunities in defense-related research and development.
Analyzing and optimizing energy systems.
Focusing on sustainable energy solutions.
Designing and maintaining telecommunications systems.
Studying the properties and applications of materials.
Applying mathematical and statistical models to financial markets.
Contributing to space exploration and research.
Communicating scientific concepts to the public.
Establishing ventures related to technology or physics applications.