Vision, Mission and Objectives

Vision:

"To be a globally recognized center of excellence in graduate physics education and research, empowering specialized scholars to lead national technological innovation and sustainable scientific development."

Mission:

Program of Master of Science in physics is promoting an excellence in physics education through building knowledge, creating skills, conducting research and collaborating with society.

MSc. Program Objectives

1. Advanced and Contemporary Knowledge To provide in-depth understanding and modern insights into both theoretical and applied physics.
2. Scientific Research and Analytical Skills To develop rigorous research capabilities and precise analytical skills for addressing complex physical problems.

3. Technological Proficiency To ensure the optimal utilization of modern technology and advanced instrumentation in the field of physics.

4. Academic and Community Collaboration To foster partnerships with academic, research, and community entities to address advanced physical challenges and issues

Unified PLOs for M.Sc. in Physics Program

1. PLO		Courses	Representative CLOs
   Knowledge
   K1	Recognize physics concepts at advanced level	PHYS 612, PHYS 613, PHYS 621, PHYS 624, PHYS 633, PHYS 635, PHYS 636, PHYS 637, PHYS 638, PHYS 639	Understand quantum formalism and angular momentum Grasp electromagnetic theory Master radiation detector principles Demonstrate semiconductor physics knowledge
   K2	Master fundamental knowledge	PHYS 611, PHYS 612, PHYS 613, PHYS 622, PHYS 623, PHYS 625, PHYS 630, PHYS 631, PHYS 632, PHYS 634, PHYS 636, PHYS 639	Explain computational methods Describe statistical physics principles Understand radiation protection fundamentals Analyze materials properties
   K3	Identify key physics factors	PHYS 611, PHYS 613, PHYS 622, PHYS 625, PHYS 630, PHYS 631, PHYS 633, PHYS 635, PHYS 640	Discuss algorithmic approaches Describe diagnostic applications Evaluate research trends Demonstrate research understanding
   K4	Apply fundamental knowledge	PHYS 612, PHYS 621, PHYS 623, PHYS 624, PHYS 632, PHYS 634, PHYS 636, PHYS 637, PHYS 639, PHYS 640	Analyze phase transitions Apply detector principles Assess radiation risks Formulate research problems
   Skills
   S1	Perform experiments and develop research skills.	PHYS 611, PHYS 612, PHYS 621, PHYS 624, PHYS 625, PHYS 631, PHYS 633, PHYS 635, PHYS 637, PHYS 638, PHYS 640	Implement computational algorithms Develop research programs Apply experimental knowledge Design research plans S2 Apply theories in research contexts PHYS 611, PHYS 612, PHYS 613, PHYS 622, PHYS 623, PHYS 630, PHYS 633, PHYS 635, PHYS 636, PHYS 638, PHYS 639, PHYS 640
   			Utilize computational libraries Calculate quantum models Apply ensemble theory Analyze and synthesize data S3 Use analytical methods effectively PHYS 612, PHYS 621, PHYS 623, PHYS 630, PHYS 636, PHYS 638, PHYS 640
   			Solve quantum problems Use mathematical equations Perform dose calculations Evaluate research findings S4 Communicate concepts clearly PHYS 611, PHYS 613, PHYS 623, PHYS 624, PHYS 631, PHYS 634, PHYS 637, PHYS 639, PHYS 640
   			Derive physical solutions Present numerical solutions Explain complex concepts Evaluate research implications
   Values
   V1	Work effectively in groups and individually.	PHYS 612, PHYS 613, PHYS 621, PHYS 624, PHYS 625, PHYS 631, PHYS 634, PHYS 636, PHYS 639, PHYS 640	Collaborating in group work Manage time effectively Present written and oral reports Use information technology Adherent safety standards V2 Take professional and ethical responsibilities. PHYS 611, PHYS 613, PHYS 622, PHYS 624, PHYS 630, PHYS 632, PHYS 633, PHYS 637, PHYS 638, PHYS 640
   			Demonstrate ethical responsibility Ensure proper citation and academic integrity Work independently and collaboratively Conduct research ethically V3 Demonstrate time management PHYS 611, PHYS 612, PHYS 621, PHYS 622, PHYS 625, PHYS 630, PHYS 636, PHYS 639, PHYS 640
   			Follow best coding practices Exhibit persistence in problem-solving Demonstrate initiative in research Manage long-term projects independently.