B.Sc Physical Science

• Mathematics- Physics-Chemistry
• Mathematics- Economics- Computer Science
• Mathematics- Economics- Chemistry
• Mathematics- Physics- Computer Science
• Mathematics- Chemistry- Computer Science

Program Outcomes:

1. Foundational Knowledge: Graduates will demonstrate a strong understanding of core principles in physics and chemistry, including mechanics, electromagnetism, thermodynamics, and chemical kinetics.

2. Experimental Skills: Students will develop proficiency in conducting laboratory experiments, data collection, analysis, and interpretation, utilizing both classical and modern techniques.

3. Quantitative Reasoning: Graduates will be adept at applying mathematical concepts and techniques to solve complex problems in physical science, fostering analytical and problem-solving skills.

4. Critical Thinking: Students will engage in critical analysis of scientific theories and experimental results, fostering the ability to evaluate and synthesize information to draw meaningful conclusions.

5. Communication Skills: Graduates will effectively communicate scientific concepts and findings through written reports, oral presentations, and visual representations to diverse audiences.

6. Technological Proficiency: Students will gain proficiency in utilizing advanced instrumentation and computational tools relevant to physical science research and applications.

7. Interdisciplinary Integration: Graduates will integrate knowledge from physics and chemistry to address interdisciplinary challenges in areas such as materials science, environmental science, and nanotechnology.

8. Ethical Conduct: Students will demonstrate ethical awareness and integrity in their scientific endeavors, adhering to professional standards and guidelines.

9. Collaborative Skills: Graduates will collaborate effectively in interdisciplinary teams, demonstrating teamwork, leadership, and respect for diverse perspectives.

10. Application of Physical Sciences: Students will apply their knowledge and skills to real-world problems in fields such as engineering, energy, environmental monitoring, and materials development.

                               These program outcomes prepare students for diverse career paths in research, development, education, and industry, as well as for further studies in graduate or professional programs in physical sciences and related fields.