PROGRAM  OUTCOMES ( PO )

·       The Graduates of thedepartment will attain:

PO1: The undergraduate trainingin physics is aimed at providing the necessary inputs so as to set forth thetask of bringing about new and innovative ideas/concepts so that the formulatedmodel curricula in physics becomes in tune with the changing scenario andincorporate new and rapid advancements and multi disciplinary skills, societalrelevance, global interface, self sustaining and supportive learning.

PO2:  The Thermodynamic &Statistical  paper is aimed at preparingthe background of thermodynamics & statistical physics essential for anyadvanced study of physics of condensed matter & radiations. The Optics& Wave and Acoustics  paper is mainlyconcerned with a course on geometrical & physical optics & the laserphysics. It deals with important phenomenon like interference, diffraction& polarization with stress on the basic nature of light. It also introducesthe basics of laser physics with some of it’s important applications.

PO3:TheRelativity,quantum mechanics,atomicmolecular and nuclear physic paper is aimed at preparing the backgroundof modern physics which includes the relativistic & quantum ideas mainlyconcerned with atomic, molecular & nuclear physics. It consists anessential pre-requisite for better understanding of any branch of Physics.

The Solidstate physics, solid state devices and electronics theory  paperis mainly concerned with Solid State Physics, Solid State Devices &Electronics. This course is quite important from the applicational aspects ofmodern electronic devices. It also forms the basis of advance electronicsincluding communication technology to be covered at higher level.

·       The Post graduates ofthe department will attain:

PO1:  The benefits ofcareer-oriented course can be extended to regular students. Education plays  very vital in each and every person’s life.

PO2:  An ability to design,simulate and conduct experiments, as well as to analyze  and  interpretdata including hardware components.

PO3: An ability to functionon multi-disciplinary teams.

                                                                            PROGRAM  SPECIFIC OUTCOMES( PSO)

·       The Graduates of thedepartment will attain:

PSO1: It is desire that undergraduate i.e. B.Sc. level besides grasping the basic concepts of physics shouldin addition have broader vision. Therefore, they should be exposed to societalinterface of physics and role of physics in the development of technologies.     

PSO2:   Present course is aimedto provide ample knowledge of basics of physics which are relevant to theunderstanding of modern trends in higher physics.The experiments are basedmostly on the contents of theory papers so as to provide comprehensive insight of the subject.

PSO3: Acquire

(i)A fundamental/systematic or coherent understanding of the academic field ofPhysics, its different learning areas and applications in basic Physicslike,Nuclear and Particle Physics, Condensed matter Physics, Atomic andMolecular Physics, Mathematical Physics, and its linkages with relateddisciplinary areas / subjects like Chemistry, Mathematics, Life sciences,Environmental sciences , Computer science, Information Technology .

PSO4: Skillsin areas related to one’s specialization area within the disciplinary/subjectarea of Physics and current and emerging developments in the field of Physics.

·       The Post graduates ofthe department will attain:

PSO1:  The aim of college isto bring the quality education to the student in every aspect of life with viewand looking at the future and of the M.Sc. in Physics.

PSO2:Theability to analyze, design and implement application specific electronic systemfor complex circuit  problems for analog,digital domain, communications and signal processing applications by applyingthe knowledge of basic sciences, Physical mathematics and physical fundamentals.

                                                                                          COURSE OUTCOMES ( CO )

·       The Graduates of thedepartment will attain:

CO1: To introduce thebasics of mechanics and create problem solving approach in mechanics.Learn thebasics of properties of mater, How solid and liquid mater behaves and givecharacteristics in physical changes. To learn the effect of electric field andmagnetic field in instrumentation and get theoretical as well as experimentalknowledge of it.To Learn the fundamental ideas of electrostatics and magnetostatics and to apply them to understand general phenomenon. To learn thebehavior of electrical circuit with different elements and enhance the capabilityof analytical study in electrical devices.

CO2:  To become familiar withvarious concept and phenomena in thermodynamics. To Clear understanding ofadvanced thermodynamic processes and develop problem solving approach. Tointroduce the basic concept of statistical mechanics and expand the knowledgeto the optimum level so that they must understand the theoretical phenomenon inmaterials. To learn about waves and oscillations and apply them to understandthe theory and application of it. To learn advance level in optics andunderstand the working of common optical instruments. Detailed knowledge ofinterference, diffraction and polarisation with problem is provided. To learnthe concept of laser system and different type of laser with their applications.

CO3:  To know the origin ofquantum mechanics and necessity to explain various effects. To learnfundamental concepts of quantum mechanics and approach to the complex problemsthat can be explained. To get the qualitative idea of atomic and molecular spectraand related effects like Raman effect and Zeeman effect. To understand thephenomenon of Nuclear physics and know the working and theory of nuclearreactor. To know the basics of elementary particles. Basics of Solid statephysics is to be learned to understand the electrical and magnetic propertiesof solid materials. To learn the basics of solid state devices like diode andtransistor and understand their working and applications. To learn Cprogramming basics and apply it in general mathematical cases.

 ·       The Post Graduates ofthe department will attain:

CO1:  Important mathematicsused to understand physics at higher level is to know. Detailed study onmetrics, complex analysis, differential equation, special function and integraltransform has to be done.To understand the classical mechanics in generalisedcoordinate and analyse the problem in Langrangian and Hamiltonion formulationmethods. To know the various theorems that can be used to understand the higherdegree of knowledge in classical mechanics. To understand advanced analysis inelectrodynamics and instrumentation used in research field. To know theinnovative phenomenon in Plasma physics. To get the knowledge beyond diode and transistor of basis electronics bystudying JFET, MOSFET, UJT, SCR, Diac and Triac like electronics components. Tounderstanding of optoelectronics and related phenomenon and devices. To getexperimental knowledge of basics in electronics devices

CO2: To learn the Quantummechanics advanced to the graduate course by used new methods and symbolism inquantum mechanics. To study the Statistical physics with basic concept andmethod of formation of problems and phenomenon. To learn the advancedelectronics used in digital electronics like operational amplifiers, basiclogic design, microprocessors and their applications. To understand thenumerical analysis method and their use to analysis experimental data inphysics and fitting of experimental data to the theoretical consideration. Toget experimental knowledge of general properties and electronics.

 CO3: To study the advancedQuantum mechanics method like variation method, WKB approximation, partial waveanalysis and time dependent perturbation and applications of tem in solvingcomplex problems. To learn atomic and molecular physics to understand thespectral behaviour of matter and their theoretical analysis. Detailed study ofvarious effects related to spectra and their applications. To understand thebasics of solid state physics, crystal structure, band formation in solids andtheir applications. To learn the basics phenomenon of superconductivity.

CO4: To study theadvanced level of nuclear and particle physics and understanding of structureand phenomenon related to nucleus. To understand the interaction of elementaryparticle and explain them theoretically. To understand the basics of laser physics, different type of lasers andtheir applications.  To study theadvanced level of solid state physics, dielectrics, ferroelectrics, magneticmaterials and their types and different type of defects in crystallinematerials. To study the various type of digital communication system and theirmathematical analysis and applications in current age communication systems. Tomake a major project to upgrade experimental knowledge.