Physics

The Academic Minor in Physics is designed to further encourage the development of our students’ scientific curiosity as well as their mathematical and computational skills. It allows students to learn and practice their problem-solving skills and develop a better practical understanding of mathematical methods that are useful in all sciences, engineering and technological fields. All of these skills are extremely valuable for students that are pursuing a career in science, technology, or medical professions, both in terms of continuing their studies as well as directly entering in the job market.

For example, students enrolled in mathematics or computer science programs will learn additional insights into the applications of mathematics to other disciplines, and increase their spectrum of choices that the students upon completing the degree. Moreover, the students in the various engineering and technology programs gain an understanding of the scientific foundation of the technological advancements that are the main subjects of their studies.

Students with a stronger background in fundamental sciences increase their chances of succeeding in their studies and have easier access to the job market.

Admissions tests for advanced undergraduate and graduate programs often require a working knowledge of basic science and solid mathematics skills. Physics is very often one of the main obstacles encountered by students when preparing for such admissions tests. Furthermore, a good concentration of science classes, in particular if accompanied by good grades, is often the key to enter a desired program.

Learning Outcomes

The learning outcomes for the Academic Minor in Physics specify the knowledge bases, skills and competencies students will acquire. Broadly stated, upon completion, students should be able to:

1. Demonstrate an understanding of the scientific method and its application in the study of various physical systems.

2. Display basic physics knowledge at the quantitative level, which involves the mathematical relations between different physical quantities.

3. Apply various mathematical skills to the analysis of physical systems.

4. Perform data analysis in order to extract quantitative conclusions.

5. Demonstrate an appreciation of the conceptual aspects of physics, which involves a critical insight of physical mechanisms.

Advisement Information

Curious about the academic minor in Physics? If you’re interested in declaring and earning an academic minor in Physics, please consult the Academic Minors page for more information about minors and to download the appropriate forms. The coordinator for this academic minor is Andrea Ferroglia, aferroglia@citytech.cuny.edu. Please reach out—we can set up an appointment either in person or online to answer all of your questions.