B.TECH
DEPARTMENT OF APPLIED SCIENCE & HUMANITIES
Course Outcomes
SEMESTER -1/2
| COs | Introduction to Electromagnetic Theory (Applicable to ECE, ME,FTS) (BSC-PHY-101G) |
| BSC-PHY-101G.1 | Recall the basic concepts and laws of electrostatics and magneto statics. |
| BSC-PHY-101G.2 | Explain vector calculus and derive various laws in differential and integral form. |
| BSC-PHY-101G.3 | Solve equations of electrostatics &magneto statics and apply to diverse engineering problem. |
| BSC-PHY-101G.4 | Examine the various laws and properties of electromagnetic wave in different media. |
| COs | Waves and Optics & Quantum Mechanics (Applicable to EE) (BSC-PHY-102G ) |
| BSC-PHY-102G .1 | Recall the basic concepts of optics, waves, quantum mechanics and semiconductor. |
| BSC-PHY-102G .2 | Explain wave motion, optics, quantum mechanics and semiconductor. |
| BSC-PHY-102G .3 | Illustrate working of laser, p-n junction and application of quantum mechanics. |
| BSC-PHY-102G .4 | Analyze wave properties, lasers and semiconductors. |
| COs | Semiconductor Physics (Applicable to CSE) (BSC-PHY-103G) |
| BSC-PHY-103G.1 | Recall the fundamental properties of electronic materials and junctions. |
| BSC-PHY-103G.2 | Explain semiconductors microscopically, low dimensional system and measurement technique. |
| BSC-PHY-103G.3 | Apply knowledge of semiconductors to opto electronic devices and measurement technique. |
| BSC-PHY-103G.4 | Differentiate semiconductors, low dimensional system and measurement technique. |
| COs | Mechanics (Applicable to CE) (BSC-PHY-104G) |
| BSC-PHY-104G.1 | Recall the basic concept of mechanics and define laws of Newton. |
| BSC-PHY-104G.2 | Describe vector mechanics, rigid body mechanics and statics of solids. |
| BSC-PHY-104G.3 | Apply the conditions of equilibrium to the trusses, Foucault pendulum and sketch free body diagram. |
| BSC-PHY-104G.4 | Evaluate equations for harmonic motion, orbits and rigid body mechanics. |
| COs | Chemistry-1 (BSC-CH-101G) |
| BSC-CH-101G.1 | Recall the concepts of periodic properties, organic reactions, intermolecular forces, Crystal Field Theory, band structure of solids. |
| BSC-CH-101G.2 | Explain corrosion, molecular structure, conformations, NMR spectroscopy, principle and application of different spectroscopic techniques. |
| BSC-CH-101G.3 | Explain isomerism in stereochemistry and different organic reactions. |
| BSC-CH-101G.4 | Use organic reaction for synthesis of drugs, EDTA method for hardness of water, various methods for water softening and to prevent corrosion. |
| COs | Math-I (Calculus and Matrices) (Applicable to ME, CE,FTS, ECE, EE) (BSC-MATH-101G) |
| BSC-MATH-101G.1 | Recall basics of linear algebra, sequence & series ,differential calculus and integral calculus. |
| BSC-MATH-101G.2 | Explain advance tools of linear algebra , sequence &series, differential calculus and integral calculus. |
| BSC-MATH-101G.3 | Apply various methods and theorems to find related engineering problems. |
| BSC-MATH-101G.4 | Solve various problems related to Calculus and Matrices. |
| COs | Math-I (Calculus and Linear Algebra) (Applicable to CSE) (BSC-MATH-103G) |
| BSC-MATH-103G.1 | Recall the concept of Matrices, Differentiation, Integration and its Applications. |
| BSC-MATH-103G.2 | Explain various topics of calculus and linear algebra. |
| BSC-MATH-103G.3 | Apply various topics of calculus and linear algebra. |
| BSC-MATH-103G.4 | Solve various topics of calculus and linear algebra. |
| COs | Basic Electrical Engineering (ESC-EE-101G) |
| ESC-EE-101G.1 | Recall Basic terms and Law’s used in Electrical Engineering. |
| ESC-EE-101G.2 | Understand Various Theorems, D.C Circuits, A.C Circuits(single phase and Three phase), Electrical Machines, Measuring Instruments and Electrical Installations. |
| ESC-EE-101G.3 | Solve A.C and D.C circuits by using various Law’s, Theorems. |
| ESC-EE-101G.4 | Analyze Characteristics of DC motor, S.C. and O.C. Test on transformer and Electrical Circuits. |
| COs | Programming For Problem Solving (Applicable to CSE, ECE) (ESC-CSE101G) |
| ESC-CSE101G.1 | Define simple algorithms for arithmetic and logical problems. |
| ESC-CSE101G.2 | Understanding arrays, pointers and structures to formulate algorithms and programs. |
| ESC-CSE101G.3 | Apply conditional branching, iteration and recursion to solve programming problems. |
| ESC-CSE101G.4 | Analyze various functions to solve different problems. |
| COs | Programming For Problem Solving (Applicable to EE, ME, CE,FTS) (ESC-CSE102G) |
| ESC-CSE102G.1 | Define various number systems. |
| ESC-CSE102G.2 | Describe simple algorithms for arithmetic and logical problems. |
| ESC-CSE102G.3 | Apply conditional branching, iteration and recursion to solve programming problems. |
| ESC-CSE102G.4 | Analyze various functions and use them to solve different problems. |
| COs | Engineering Graphics & Design (ESC-ME-101G) |
| ESC-ME-101G.1 | Draw the sectional views of solids like cube, prisms, pyramids, cylinders & cones and extend its lateral surfaces. |
| ESC-ME-101G.2 | Understand the use of different types of drawing instruments. |
| ESC-ME-101G.3 | Apply the principles of orthographic projection of points, lines and planes in all quadrants. |
| ESC-ME-101G.4 | Distinguish between the orthographic and isometric projection. |
| COs | Workshop Technology (ESC-ME-102G) |
| ESC-ME-102G.1 | Select suitable manufacturing process to manufacture the product optimally. |
| ESC-ME-102G.2 | Identify/control the appropriate process parameters, and possible defects of manufacturing processes so as to remove them. |
| ESC-ME-102G.3 | Recommend the appropriate design of casting process systems, forming processes, welding process and machining (metal cutting) processes. |
| ESC-ME-102G.4 | Develop simplified manufacturing processes with the aim of reduction of cost, manpower and industrial safety. |
| COs | Introduction to Electromagnetic Theory (IEMT) Lab(Applicable to ECE,ME, FTS) (BSC-PHY-111G) |
| BSC-PHY-111G.1 | Describe characteristics of diodes and resonance phenomenon. |
| BSC-PHY-111G.2 | Understand the use of diodes and photocell. |
| BSC-PHY-111G.3 | Demonstrate the applications of diodes, LCR circuits and bridges. |
| BSC-PHY-111G.4 | Determine specific charge, Planck’s constant ,fill factor, Hall coefficient and frequency of AC mains etc. |
| COs | Wave Optics & Quantum Mechanics Lab(Applicable to EE) (BSC-PHY-112G) |
| BSC-PHY-112G.1 | Describe wave properties of light and various optical devices. |
| BSC-PHY-112G.2 | Understand the use of various optical devices and photocell. |
| BSC-PHY-112G.3 | Demonstrate Newton’s Ring set up, Michelson’s Interferometer, Polarimeter, Telescope and spectrometer. |
| BSC-PHY-112G.4 | Determine Planck’s Constant, wavelength, Specific rotation , Cauchy’s Constants,resolving power and Fill Factor etc. |
| COs | Semiconductor Physics Lab(Applicable to CSE) (BSC-PHY-113G) |
| BSC-PHY-113G.1 | Recall the characteristics of diodes and transistors. |
| BSC-PHY-113G.2 | Understand the use of diodes and photocells. |
| BSC-PHY-113G.3 | Demonstrate working of various diodes, bridges and Helical method. |
| BSC-PHY-113G.4 | Determine specific charge, Planck’s constant, fill factor and capacitance etc. |
| COs | Mechanics Lab(Applicable to CE) (BSC-PHY-114G) |
| BSC-PHY-114G.1 | Describe the basics of mechanics and oscillators. |
| BSC-PHY-114G.2 | Understand the use of oscillators, flywheel and Sextant. |
| BSC-PHY-114G.3 | Demonstrate the various oscillators and Sextant. |
| BSC-PHY-114G.4 | Determine moment of inertia, acceleration due to gravity, modulus of rigidity, spring constant, height of distant object. |
| COs | Chemistry Lab-1 (BSC-CH-102G) |
| BSC-CH-102G.1 | Describe rate constant of reactions. |
| BSC-CH-102G.2 | Understand the phenomenon of preparation of resins and iodoform. |
| BSC-CH-102G.3 | Determine the surface tension, viscosity, Rf value, hardness of water etc using various methods. |
| BSC-CH-102G.4 | Demonstrate the conductometric titration for strong acid and strong base. |
| COs | Basic Electrical Engineering Lab (ESC-EE-102G) |
| ESC-EE-102G.1 | Understand the usage of common electrical measuring instrument, characteristics of electrical machines and transformer. |
| ESC-EE-102G.2 | Apply laws and theorems in electric circuit. |
| ESC-EE-102G.3 | Analyze the power, losses, efficiency of transformer and responses of different circuits. |
| ESC-EE-102G.4 | Verify KCL, KVL and different theorems. |
| COs | Programming in C Lab(Applicable to CSE, ECE) (ESC-CSE103G) |
| ESC-CSE103G.1 | Understand the programming environment and file handling. |
| ESC-CSE103G.2 | Demonstrate the use of functions, conditional branching, iteration and recursion |
| ESC-CSE103G.3 | Apply programming to solve simple arithmetic and numerical method problems. |
| ESC-CSE103G.4 | Compare the suitability of array, pointers, structures to formulate programs for various problem situations. |
| COs | Programming in C Lab(Applicable to EE ,ME, CE,FTS) (ESC-CSE104G) |
| ESC-CSE104G.1 | Understand the programming environment and file handling. |
| ESC-CSE104G.2 | Demonstrate the use of functions, conditional branching, iteration and recursion |
| ESC-CSE104G.3 | Apply programming to solve simple arithmetic and numerical method problems. |
| ESC-CSE104G.4 | Compare the suitability of array, pointers, structures to formulate programs for various problem situations. |
| COs | Manufacturing Practices Lab (ESC-ME-103G) |
| ESC-ME-103G.1 | Discuss about various process like smithy, carpentry, assembling, welding etc and different machines. |
| ESC-ME-103G.2 | Demonstrate the various hand tools used in the basic mechanical engineering workshop sections-smithy, carpentry, assembling, welding etc. |
| ESC-ME-103G.3 | Distinguish different measuring devices according to the work. |
| ESC-ME-103G.4 | Develop various shapes through different manufacturing methods. |
| COs | English (HSMC-ENG-101G) |
| HSMC-ENG-101G.1 | Recall the vocabulary and basic writing skills. |
| HSMC-ENG-101G.2 | Explain the basic concepts of Phonetics. |
| HSMC-ENG-101G.3 | Apply their knowledge in creating grammatical cohesion. |
| HSMC-ENG-101G.4 | Use their own ideas for reading and writing practices. |
| COs | Math-II (Multivariable Calculus, Differential equations and Complex Analysis)(Applicable to ME, CE,FTS, ECE, EE) (BSC-MATH-102G) |
| BSC-MATH-102G.1 | Recall the various mathematical fundamentals. |
| BSC-MATH-102G.2 | Understand the mathematical tools needed in evaluating Multivariable Calculus, Differential Equations and Complex Analysis. |
| BSC-MATH-102G.3 | Apply various methods and theorems for evaluating Multivariable Calculus, Differential Equations and Complex Analysis. |
| BSC-MATH-102G.4 | Solve various problems related to Multivariable Calculus, Differential Equations and Complex Analysis. |
| COs | Math-II (Probability and Statistics) (Applicable to CSE) (BSC-MATH-104G) |
| BSC-MATH-104G.1 | Recall the various mathematical fundamentals. |
| BSC-MATH-104G.2 | Understand the mathematical tools needed in evaluating Probability and Statistics. |
| BSC-MATH-104G.3 | Explain various methods and theorems for evaluating Probability and Statistics. |
| BSC-MATH-104G.4 | Solve various problems related to Probability and Statistics. |
| COs | Language Lab (HSMC-ENG-102G) |
| HSMC-ENG-102G.1 | Recall the content after listening comprehension and introduce self and others. |
| HSMC-ENG-102G.2 | Identify phonemes in IPA and give presentations on literary texts. |
| HSMC-ENG-102G.3 | Apply their knowledge to frame Tag Questions. |
| HSMC-ENG-102G.4 | Analyze Communication and Speeches at social and professional fronts. |
