Introduction to Electromagnetic Theory (Applicable to
ECE, ME,FTS) (BSC-PHY-101G)

BSC-PHY-101G.1Describe physics of Electromagnetic theory.

BSC-PHY-101G.2Understand the fundamental concepts related to Electrostatics and Magnetostatics.

BSC-PHY-101G.3Solve engineering problems using Electromagnetic theory.

BSC-PHY-101G.4Analyze the electromagnetism in different mediums.

Introduction to Electromagnetic Theory (IEMT) Lab(Applicable to ECE,ME,FTS)(BSC-PHY-111G)

BSC-PHY-111G.1Understand the various electrical circuits and diodes.

BSC-PHY-111G.2Implement various electrical methods and related operations.

BSC-PHY-111G.3Analyze measurement methods and experimental results.

BSC-PHY-111G.4Measure the different parameters related to inverse square law, Hall effect and helical method.

Mechanics (Applicable to CE)(BSC-PHY-104G)

BSC-PHY-104G.1Describe the fundamentals of mechanics.

BSC-PHY-104G.2Describe the static equilibrium of particles and rigid bodies both in two dimensions and in three dimensions.

BSC-PHY-104G.3Solve engineering problems using Mechanics.

BSC-PHY-104G.4Analyze simple problems related to Mechanics.

Mechanics Lab (Applicable to CE)(BSC-PHY-114G)

BSC-PHY-114G.1Demonstrate the working of various mechanical instruments.

BSC-PHY-114G.2Determine various parameters associated with mechanics.

BSC-PHY-114G.3Analyze measurement methods and experimental results.

BSC-PHY-114G.4Assess the theoretical and experimental values.

Semiconductor Physics (Applicable to CSE) (BSC-PHY-103G)

BSC-PHY-103G.1Describe the fundamentals of semiconductors.

BSC-PHY-103G.2Understand the functioning of semiconductors, low dimensional systems and their characterization techniques.

BSC-PHY-103G.3Solve engineering problems using semiconductor physics and measurement techniques.

BSC-PHY-103G.4Analyze the examples of low-dimensional systems.

Semiconductor Physics Lab (Applicable to CSE) (BSC-PHY-113G)

BSC-PHY-113G.1Understand various electronic components and instruments.

BSC-PHY-113G.2Implement electronic properties measuring techniques.

BSC-PHY-113G.3Analyze measurement methods and experimental results.

BSC-PHY-113G.4Measure the e/m ratio using the helical method.

Waves and Optics & Quantum Mechanics (Applicable to EE) (BSC-PHY-102G)

BSC-PHY-102G.1Describe the fundamental concepts of wave optics and quantum mechanics.

BSC-PHY-102G.2Understand fundamental concepts related to wave motion, optics and quantum mechanics.

BSC-PHY-102G.3Solve engineering problems using wave optics and quantum mechanics.

BSC-PHY-102G.4Analyze properties of waves, lasers and semiconductors.

Wave Optics & Quantum Mechanics Lab(Applicable to EE) (BSC-PHY-112G)

BSC-PHY-112G.1Demonstrate various optical instruments.

BSC-PHY-112G.2Implement various techniques related to optics.

BSC-PHY-112G.3Analyze measurement methods and experimental results.

BSC-PHY-112G.4Measure the different parameters related to inverse square law.

Chemistry-1 (BSC-CH-101G)

BSC-CH-101G.1Describe the fundamental concepts of organic, inorganic, physical and analytical Chemistry.

BSC-CH-101G.2Understand atomic and molecular structure, periodic properties, Isomerism, organic reactions, corrosion and spectroscopy.

BSC-CH-101G.3Solve engineering problems related to chemical science.

BSC-CH-101G.4Analyze the microscopic chemistry, organic reactions, stereochemistry, water chemistry and spectroscopic techniques.

Chemistry Lab-1 (BSC-CH-102G)

BSC-CH-102G.1Describe the basic experimental techniques used in chemistry.

BSC-CH-102G.2Understand the various equipment, conditions and processes for performing chemistry experiments.

BSC-CH-102G.3Determine molecular/system properties such as surface tension, viscosity, conductance of solutions, hardness of water, Rf value of sample etc.

BSC-CH-102G.4Develop skills relevant to synthesizing organic polymers and analyzing the salt sample.

Math-I (Calculus and Matrices) (Applicable to ME, CE,FTS, ECE, EE) (BSC-MATH-101G)

BSC-MATH-101G.1Recall basics of linear algebra, sequence & series, differential calculus and integral calculus.

BSC-MATH-101G.2Understand advance tools of linear algebra, sequence & series, differential calculus and integral calculus.

BSC-MATH-101G.3Apply various methods and theorems to find related engineering problems.

BSC-MATH-101G.4Solve various problems related to Calculus and Matrices.

Math-II (Multivariable Calculus, Differential equations and Complex Analysis)(Applicable to ME, CE,FTS, ECE, EE) (BSC-MATH-102G)

BSC-MATH-102G.1Recall the various mathematical fundamentals.

BSC-MATH-102G.2Understand the mathematical tools needed in evaluating Multivariable Calculus, Differential Equations and Complex Analysis.

BSC-MATH-102G.3Apply various methods and theorems for evaluating Multivariable Calculus, Differential Equations and Complex Analysis.

BSC-MATH-102G.4Solve various problems related to Multivariable Calculus, Differential Equations and Complex Analysis.

Math-I (Calculus and Linear Algebra) (Applicable to CSE) (BSC-MATH-103G)

BSC-MATH-103G.1Recall the concept of Matrices, Differentiation, Integration and its Applications.

BSC-MATH-103G.2Understand various topics of calculus and linear algebra.

BSC-MATH-103G.3Apply various topics of calculus and linear algebra.

BSC-MATH-103G.4Solve various topics of calculus and linear algebra.

Math-II (Probability and Statistics) (Applicable to CSE) (BSC-MATH-104G)

BSC-MATH-104G.1Recall the various mathematical fundamentals.

BSC-MATH-104G.2Understand the mathematical tools needed in evaluating Probability and Statistics.

BSC-MATH-104G.3Explain various methods and theorems for evaluating Probability and Statistics.

BSC-MATH-104G.4Solve various problems related to Probability and Statistics.

Basic Electrical Engineering (ESC-EE-101G)

ESC-EE-101G.1Recall Basic terms and Law’s used in Electrical Engineering.

ESC-EE-101G.2Understand Various Theorems, D.C Circuits, A.C Circuits (single phase and Three phase), Electrical Machines, Measuring Instruments and Electrical Installations.

ESC-EE-101G.3Solve A.C and D.C circuits by using various Law’s, and Network Theorems.

ESC-EE-101G.4Analyze Characteristics of DC motor, S.C. and O.C. Test on transformer and Electrical Circuits.

Basic Electrical Engineering Lab (ESC-EE-102G)

ESC-EE-102G.1Understand the usage of common electrical measuring instruments and different machines.

ESC-EE-102G.2Apply wattmeter, Voltmeter and Ammeter methods for the measurement of power.

ESC-EE-102G.3Analyze the response of different circuits and characteristics of DC motors and transformers.

ESC-EE-102G.4Verify KCL, KVL and different theorems.

Programming For Problem Solving (ESC-CSE-101G)

ESC-CSE101G.1Define simple algorithms for arithmetic and logical problems.

ESC-CSE101G.2Understanding arrays, pointers and structures to formulate algorithms and programs.

ESC-CSE101G.3Apply conditional branching, iteration and recursion to solve programming problems.

ESC-CSE101G.4Analyze various functions to solve different problems.

Programming For Problem Solving (ESC-CSE-102G)

ESC-CSE102G.1Define various number systems.

ESC-CSE102G.2Describe simple algorithms for arithmetic and logical problems.

ESC-CSE102G.3Apply conditional branching, iteration and recursion to solve programming problems.

ESC-CSE102G.4Analyze various functions and use them to solve different problems.

Programming in C Lab (ESC- CSE-103G)

ESC-CSE103G.1Understand the programming environment and file handling.

ESC-CSE103G.2Demonstrate the use of functions, conditional branching, iteration and recursion.

ESC-CSE103G.3Apply programming to solve simple arithmetic and numerical method problems.

ESC-CSE103G.4Compare the suitability of array, pointers, structures to formulate programs for various problem situations.

Programming in C Lab (ESC-CSE-104G)

ESC-CSE104G.1Understand the programming environment and file handling.

ESC-CSE104G.2Demonstrate the use of functions, conditional branching, iteration and recursion.

ESC-CSE104G.3Apply programming to solve simple arithmetic and numerical method problems.

ESC-CSE104G.4Compare the suitability of array, pointers, structures to
formulate programs for various problem situations.

Engineering Graphics & Design (ESC-ME-101G)

ESC-ME-101G.1Draw the projection of point, line and planes.

ESC-ME-101G.2Sketch the orthographic & isometric projection of solids.

ESC-ME-101G.3Show sectioned view of solids & developments of surfaces.

ESC-ME-101G.4Design the drawing of engineering objects by using CAD softwares.

Workshop Technology (ESC-ME-102G)

ESC-ME-102G.1Define various technical terms related to manufacturing processes and machines.

ESC-ME-102G.2Understand the fundamental concepts related to manufacturing process, safety and machine tools.

ESC-ME-102G.3Apply the knowledge of manufacturing process to solve real life problems.

ESC-ME-102G.4Classify the manufacturing processes, plant layouts, metals, machine tools, operations and welding.

Manufacturing Practices Lab (ESC-ME-103G)

ESC-ME-103G.1Understand the dimensional accuracies and dimensional tolerances associated with different manufacturing processes.

ESC-ME-103G.2Understand the electric machines, power tools, plastic moulding and glass cutting process.

ESC-ME-103G.3Demonstrate the knowledge of manufacturing processes in real life scenario.

ESC-ME-103G.4Classify different machine tools, fitting tools, marking tools and carpentry tools used in manufacturing process.

English (HSMC-ENG-101G)

HSMC-ENG-101G.1Recall the vocabulary and basic writing skills.

HSMC-ENG-101G.2Explain the basic concepts of Phonetics.

HSMC-ENG-101G.3Apply their knowledge in creating grammatical cohesion.

HSMC-ENG-101G.4Use their own ideas for reading and writing practices.

Language Lab (HSMC-ENG-102G)

HSMC-ENG- 102G.1Recall the content after listening comprehension and introduce self and others.

HSMC-ENG- 102G.2Identify phonemes in IPA and give presentations on literary texts.

HSMC-ENG- 102G.3Apply their knowledge to frame Tag Questions.

HSMC-ENG- 102G.4Analyze Communication and Speeches at social and professional fronts.