Physics

Physics is a 4-year undergraduate programme offered within the Faculty of Science.

Faculty Faculty of Science
Programme TypeBachelor's Degree
Duration4 Years
Education TypeFormal Education
LanguageTurkish
Score TypeQuantitative (SAY)
Quota20

Who Is It For?

The Department of Physics is suitable for students who are curious about natural phenomena, inclined toward mathematical thinking, able to concretize abstract concepts, enjoy laboratory work, and have an inquisitive personality. It appeals to individuals with strong analytical problem-solving abilities who are patient and enjoy systematic work, wanting to understand the workings of the universe through fundamental sciences.

Quick Summary

  • Bachelor's Degree programme (4 Years)
  • Formal Education, instruction in Turkish
  • Admission with the Quantitative (SAY) score type
  • Faculty of Science
  • Graduate education and academic career opportunities

About the Department

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Career Opportunities

Graduates of the Department of Physics have a wide range of employment opportunities in research institutions, technology companies, the energy sector, the defense industry, and education, thanks to their strong analytical foundation in fundamental sciences. Graduate education also opens the path to an academic career.

What Will You Learn?

Understanding classical mechanics laws and their applications
Understanding electromagnetic theory and Maxwell's equations
Learning the fundamental principles and mathematical formulation of quantum mechanics
Applying thermodynamics and statistical physics concepts
Analyzing optical systems and the behavior of light
Gaining knowledge in nuclear physics and radioactivity
Studying solid state physics and material properties
Solving problems using mathematical physics methods
Acquiring skills in experimental data collection, analysis, and reporting
Learning computer-aided simulation and modeling techniques

Competencies You Will Gain

Ability to solve physics problems through mathematical modeling
Competency in designing experiments, collecting data, and performing analysis
Ability to apply scientific research methods
Competency in computer-aided computation and simulation
Analytical and critical thinking skills
Competency in writing scientific articles and reports
Ability to approach interdisciplinary problems from a physics perspective
Competency in effectively using laboratory equipment
Teamwork and scientific communication skills
Competency in following technological developments and applying them in practice

Educational Opportunities

FACILITY #1

Experimental work in modern physics laboratories

FACILITY #2

Erasmus exchange program offering international education opportunities

FACILITY #3

Double major and minor programs for interdisciplinary education

FACILITY #4

Active participation in research projects

FACILITY #5

Computer-aided simulation laboratories

FACILITY #6

Support for participation in national and international scientific events

FACILITY #7

Guidance toward graduate programs and research assistantship opportunities

FACILITY #8

Internship opportunities through industry collaborations

Frequently Asked Questions

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