Programme Outcomes for B. Sc Physics

  1. Manifesting students with Discipline, Professional ethics and Social responsibilities
  2. Developing indispensable Communication skills among students for their successful career
  3. Making Students to learn about concepts of matter and energy and how they interact with each other, to understand the various forms of energy such as light, heat, electricity, magnetism and nuclear.
  4. Making students to be cognizant of the laws governing in various branches of physics with appropriate examples needed for high quality understanding by experimental and theoretical methods.
  5. Training students to apply mathematical and computing perceptions of trigonometric relations, calculus in evaluating physics problems.
  6. The students will be trained about the structure of atom, atomic properties and their interaction with light, electricity and magnetism with nuclear properties, to understand the wave properties of light.
  7. Imparting knowledge of nuclear disintegration phenomena will provide the information regarding nuclear energy and stellar energy, emission of radiation. The application of radioactive series is associated with emerging trends in industrial, medical and research disciplines.
  8. The insight on quantum mechanical ideas and its applications will enhance the students for identifying and solving the problems in atomic and molecular level.
  9. The students will be able to draw various types of electrical and electronic circuits, to analyze the circuit components and bring out the desired output for all devices.
  10. Obtaining knowledge of office automation systems which reduce manual effort to streamline day-to-day tasks and speeding up information retrieval. Preparing students for developing both desktop, web and mobile applications, for developing complex scientific and numeric applications using computer languages.

COURSE  CODE : 22UPY01

COURSE NAME :MECHANICS AND SOUND

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1 Define the Laws of motion, impact, simple harmonic motion, laws of friction; and give the application of ultrasonics Remember
CO2 Explain the concept of impact between two smooth spheres, parallel and perpendicular theorem of moment of inertia, center of pressure, equation of continuity and free, damp and un-damp vibrations Understand
CO3 Determine the value of g and k using compound pendulum and Analyze different applications for Bernoulli’s theorem Apply
CO4 Determine the AC frequency using Sonometer and Melde’s apparatus and to determine the center of gravity for various applications Apply
CO5 Calculate problems based on sabine’s formula and the absorption coefficient, loss of K.E due to impact. Apply

COURSE CODE : 22UPY02

COURSE NAME : HEAT AND THERMODYNAMICS

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1 Define the fundamental of thermodynamic properties and Use thermodynamic terminology correctly Remember
CO2 Analyze the basic thermodynamic Carnot’s  petrol  and  diesel  engines Understand
CO3 Derive and discuss the laws of thermodynamics Apply
CO4 Solve problems using the properties and relationships of thermodynamic fluids. Apply
CO5 Develop and apply the specific heat capacity of solid materials Apply

COURSE CODE : 22UPYP1

COURSE NAME : PHYSICS PRACTICAL – I

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1 Able to reminiscent the physical concepts and fundamental laws behind experimental observations and their measurable physical quantities. Remember
CO2 Comprehend the theory of natural phenomena on the basis of Physics conceptual aspects and the experimental objectives. Able to understand the limitations of the measuring device and its suitability based on the mechanism, error factors and least count, etc. Understand
CO3 Observed physical concepts to develop technology for the societal upgradations. Interpreting the basis of fundamental laws of physics on day-to-day life events by personal investigations. Apply
CO4 Able to choose the appropriate measuring tool suitably for the specific experimental observation based on their working mechanism and functionalities. Apply
CO5 Able to sequencing the experimental procedures and order required for the experimental investigations. Apply

COURSE CODE : 22UPY03

COURSE NAME : PROPERTIES OF MATTER

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1
Learning the basics concepts of elasticity, surface tension, gravitation, viscosity and diffusion & osmosis
Remember
CO2
Understand the concepts of properties of matter and to recognise their applications in various real problems
Understand
CO3
Determine the value of gravitational constant and Analyze different applications for Graham’s law of diffusion of gases
Apply
CO4
Recall the Basic principles and basic equations and apply them to day-to-day problems
Apply
CO5
Formulate the equations for unique cases in the diverse categories of material systems
Apply

COURSE CODE : 22UPYN1

COURSE NAME ; MAINTENANCE OF DOMESTIC APPLIANCES

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1 Explain the working concept of fan, tube light, refrigerator and cell phones Remember
CO2 Apply the knowledge of domestic appliances in their higher studies or self-employment Apply
CO3 Apply the knowledge of maintenance of domestic appliances in day to day life Apply

COURSE CODE : 22UPY04

COURSE NAME : OPTICS AND SPECTROSCOPY

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1 Remember the concept of aberrations in lenses and prisms, wave nature of the light Remember
CO2 Understand the central concepts and basic formalisms of interference, diffraction, polarisation and basics of spectroscopy Understand
CO3 Use of tools needed to formulate problems in optics and spectroscopy Apply
CO4
Derive the dispersive power of a prism using Spectrometer
Apply
CO5
Develop the Refractive index of a solid prism and liquid Prism
Apply

COURSE CODE : 22UPYN2

COURSE NAME : BIOMEDICAL INSTRUMENTATION

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1 Explain the concept of ECG, EMG, pacemaker, Doppler ultrasound method physiotherapy methods. Remember
CO2 Apply the knowledge of medical equipments, bioelectric equipments in our day to day life Apply
CO3 Apply the safety measures of handling the instrumentation. Apply

COURSE CODE : 22APY01

COURSE NAME : ALLIED PHYSICS – I

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1 Define Poisson’s Ratio, Expression for Bending Moment, Determination of Young’s, Modulus, Expression for Couple Twist Remember
CO2 Explain Co-efficient of viscosity, Poiseuille’s formula, Analyzes different application for Bernoulli’s Theorem Understand
CO3 Define Dulong and Petit’s Law- Newton’s Law of Cooling, Determination of Thermal conductivity by lee’s disc method Apply
CO4 Determine Zeroth and I, II, III law of Thermo dynamics Apply
CO5 Determination of wave length using Newton’s rings, Difference between diffraction and interference, determination of specific rotatory power using Laurent’s half shade Polarimeter Apply

COURSE CODE : 22APY02

COURSE NAME : ALLIED PHYSICS – II

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1 Acquire knowledge of the fundamental physics underpinning Electricity, Electronics, atomic and nuclear physics Remember
CO2 They are able to understand the structure of atoms, size of nucleus and all its properties and also Understand various number systems and their importance in digital designing Understand
CO3 Apply the concepts of Electric circuits. Apply
CO4 Apply the knowledge to understand the working of amplifiers and multivibrators Apply
CO5 Apply the principles of Diodes and oscillators Apply

COURSE CODE : 22UPY05

COURSE NAME : ELECTRICITY AND ELECTROMAGNETISM

S. NO. COURSE OUTCOME BLOOMS VERB
CO1 Understand the basic concepts of Gauss’s law, Coulomb’s theorem, Seebeck effect, Peltier effect, Thomson effect, Thermoelectric diagrams, Biot Savart’s law, Faraday’s laws,  parameters of AC, eddy current, wattless current Remember
CO2 Application of Gauss’s law: An insulated conductor – Principle of a Capacitor – Energy stored in a Capacitor, Differences between Peltier effect and Joule effect – S. G. Starling method for Peltier effect – S. G. Starling method for Peltier effect, construction, action and working of Ruhmkorff’s induction coil, condition for the discharge to the oscillatory, Tesla Understand
CO3 Determination of thermoelectric coefficients π and s, Applications of thermoelectric diagrams, Magnetic induction at a point on the axis of a circular coil and solenoid problems, self inductance of a long solenoid -Determination of absolute capacity of a Condenser, apply the concepts of electricity Apply
CO4 growth and decay of charge in a circuit containing resistance and capacitance – measurement of high resistance, Transformer – construction, theory, energy loss and uses Apply
CO5 Apply the concepts of electricity, Determination of thermo emf using potentiometer, Determination of absolute capacity of a Condenser, determination of BH using deflection magnetometer Evaluate

COURSE CODE : 22UPY06

COURSE NAME : ATOMIC PHYSICS

S. NO. COURSE OUTCOME BLOOMS VERB
CO1 Recognize the theory of Photoelectric effect and its application as Photoelectric cell. Remember
CO2 Understand the concept of positive rays and Astons mass spectrograph, Dempsters mass Spectrograph. Understand
CO3 Identify the characteristic performance of atomic particles at various experimental conditions by applying the theoretical explanations of various scientists. Apply
CO4  Analyse the scientific causes behind Magnetic dipole moment due to spin and spatial quantization. Analyze
CO5  Formulate and comprehend the basic functions of fibre optic communication networks. Evaluate

COURSE CODE : 22UPY07

COURSE NAME : MATHEMATICAL PHYSICS

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1 Learning the concept of Matrices, Beta and Gamma functions Remember
CO2 Understanding the concept of Curve Fitting. Understand
CO3 Physics problems involve the use of both basic and numerical methods. Apply
CO4 Different methods for solving differential and integral equations are available. Apply
CO5 Gets a wide knowledge of numerical methods in computational Physics that can be used to solve many problems. Evaluate

COURSE CODE : 22UPYM1

COURSE NAME : ANALOG ELECTRONICS

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1 Illustrate network theorems like Thevenin’s theorem, Norton’s theorem etc., Remember
CO2  Understand the fundamental principles of semiconductors including p-n junctions and zener diode Understand
CO3 Understand the operation of transistor can amplifier, oscillator and multivibrator Apply
CO4  To acquire knowledge on transistor and its    applications Apply
CO5 Understand the operation of operational amplifier and its applications Apply

COURSE CODE : 22UPYM2

COURSE NAME : FUNDAMENTALS OF PHYSICS – I

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1 Describe the basic concepts of Physics. Remember
CO2 Understand the principle behind the topics like measurements, energy, matter, optics etc., Understand
CO3 Apply the concept of measurement to measure the substances in our day-to-day life. Apply
CO4 Investigate the different renewable sources of energy that are useful in our daily life. Apply
CO5 Apply the knowledge of optics to find the types of lenses. Apply

COURSE CODE : 22UPYM3

COURSE NAME : DIGITAL ELECTRONICS

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1 Gain knowledge between different types of number systems, and their conversions. Remember
CO2 Design various logic gates and simplify Boolean equations. Understand
CO3 Design various flip flops, shift registers and determining outputs. Apply
CO4 Design different types of counters for particular operation, within the realm of economic, performance, efficiency, user friendly and environmental constraints. Understand
CO5 Apply the fundamental knowledge of analog and digital electronics to get different types analog to digitalized signal and vice-versa converters and to apply the memory devices in different types of digital circuits for real world application. Apply

COURSE CODE : 21UPYM4

COURSE NAME : FUNDAMENTALS OF PHYSICS – II

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1 Learning the concept of electric current, DC source, AC and its measurements etc., Remember
CO2 Understanding the simple electrical circuits. Understand
CO3 Apply the knowledge of electric current and its properties in their day-to-day life. Apply
CO4 Apply the concept of measuring the electric power in their daily life. Apply
CO5 Construct simple electrical circuits for domestic applications. Apply

COURSE CODE : 22UPY08

COURSE NAME : NUCLEAR PHYSICS

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1 Understanding on the basics of nuclear physics that treats atomic nuclei as self-bound many-body quantum systems. Understand
CO2 §  Explain the different forms of radioactivity and account for their occurrence. Knowledge
CO3 Basic interaction between fundamental particles Understand
CO4 Classify the nuclear detectors and particle accelerators Understand
CO5 Explain the properties of elementary particles and Cosmic Rays. Knowledge

COURSE CODE : 21UPY09

COURSE NAME : QUANTUM MECHANICS AND RELATIVITY

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1 Learning the inadequacy of Newtonian mechanics in exploring the functional characteristics of matter particle. Remember
CO2 Approaching the science of matter particles with the theory of dual nature. Analyse
CO3 Exploring the science behind the experimental observations revealing the wave nature of matter particles Understand
CO4 Applying the Schroedinger wave equation to solve the characteristic formulations of the matter particles. Apply
CO5 Understanding the fundamental theory of relativity behind the length contraction and time dilation Understand

COURSE CODE : 21UPY10

COURSE NAME : SOLID STATE PHYSICS

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1  Summarize how crystalline materials are studied using diffraction Remember
CO2  Able to discuss about the interatomic forces and bonds between solids Understand
CO3 Explain the behavior of solids with their magnetic properties Apply
CO4 Understand the concept of electric polarization and its types. Understand
CO5 Analyze the importance of superconducting materials in engineering applications. Apply

COURSE CODE : 22UPYM5

COURSE NAME : MICROPROCESSOR FUNDAMENTALS 8085

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1 Recall basic concepts of digital fundamentals to Microprocessor based personal computer system, Remember
CO2 Understand the basic architecture of 8085 Understand
CO3 Impart the knowledge about the instruction set Apply
CO4 Identify the addressing mode of an instruction. Apply
CO5 Design and implement programs on 8085 microprocessor. Evaluate

COURSE CODE : 22UPYM6

COURSE NAME : MEDICAL PHYSICS

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1 Understand the concepts of Anatomical Terminology Understand
CO2 Describe the various applications of physics in medicine Understand
CO3 Point out the concepts and working principle of Transducers. Analyze
CO4 To learn the internal architecture and working principle of various instruments used in medical field Remember
CO5 Employ independent learning strategies to self-evaluate and update professional knowledge of innovations in medical radiation physics Apply

COURSE CODE : 22UPYM7

COURSE NAME : COMMUNICATION ELECTRONICS

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1 Definition of  Modulation, Demodulation, principle of radar, Basic Fibre Optic System Remember
CO2 Employ the concept of TV transmitter and receiver – Colour TV – generation R, G, B signals, TV transmitting antennas – dipole panel – TV receiving antenna – Yagi antenna. Understand
CO3 Develop skills for solar cell concepts and photoconductive cell, phototransistor. Understand
CO4 The ability to apply knowledge in Radio receivers, FM detection, FM receivers and the problems in electronic circuits, communication systems, Radar equation Apply
CO5 Formulate and apply fundamental and function of fibre optics communication systems. Evaluate

COURSE CODE : 22UPYP3

COURSE NAME : MAJOR PRACTICAL – III

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1 Able to reminiscent the physical concepts and fundamental laws behind experimental observations and their measurable physical quantities. Remember
CO2 Comprehend the theory of natural phenomena on the basis of Physics conceptual aspects and the experimental objectives. Able to understand the limitations of the measuring device and its suitability based on the mechanism, error factors and least count, etc. Understand
CO3 Observed physical concepts to develop technology for the societal upgradations. Interpreting the basis of fundamental laws of physics on day-to-day life events by personal investigations. Apply
CO4 Able to choose the appropriate measuring tool suitably for the specific experimental observation based on their working mechanism and functionalities. Apply
CO5 Able to sequencing the experimental procedures and order required for the experimental investigations. Apply

COURSE CODE : 22UPYP4

COURSE NAME : MAJOR PRACTICAL – IV

S. NO. COURSE OUTCOME  BLOOMS VERB
CO1 Able to reminiscent the physical concepts and fundamental laws behind experimental observations and their measurable physical quantities. Remember
CO2 Comprehend the theory of natural phenomena on the basis of Physics conceptual aspects and the experimental objectives. Able to understand the limitations of the measuring device and its suitability based on the mechanism, error factors and least count, etc. Understand
CO3 Observed physical concepts to develop technology for the societal upgradations. Interpreting the basis of fundamental laws of physics on day-to-day life events by personal investigations. Apply
CO4 Able to choose the appropriate measuring tool suitably for the specific experimental observation based on their working mechanism and functionalities. Apply
CO5 Able to sequencing the experimental procedures and order required for the experimental investigations. Apply