Course Title with Code |
# |
Statement |
Linear Algebra and Ordinary Differential Equations (A6001) |
CO1 |
Solve system of linear equations using rank of a matrix. |
CO2 |
Examine the nature of Quadratic form using Eigen values and Eigen vectors. |
CO3 |
Solve the first and higher order linear ordinary differential equations. |
CO4 |
Make use of ordinary differential equations to solve engineering problems. |
CO5 |
Apply Laplace transforms to solve ordinary differential equations. |
Engineering Physics (A6004) |
CO1 |
Classify materials based on their crystal structures. |
CO2 |
Utilize quantum mechanics to interpret the properties of semiconducting materials. |
CO3 |
Apply wave property of light to study different optical phenomenon. |
CO4 |
Develop communication systems by means of lasers and optical fibers. |
CO5 |
Analyze the principles of nanotechnology for electronic applications. |
Semiconductor Physics (A6005) |
CO1 |
Classify materials based on their crystal structures. |
CO2 |
Analyze the principles of quantum mechanics and nanotechnology for electronic applications. |
CO3 |
Analyze the charge carrier dynamics and transport properties in semiconductors. |
CO4 |
Develop communication systems by means of lasers and optical fibers. |
CO5 |
Categorize dielectric materials and objectivize their role in superconductors. |
Applied Chemistry (A6006) |
CO1 |
Identify differences and similarities of the Batteries. |
CO2 |
List the applications of Rotaxanes and Catenanes as artificial molecular machines. |
CO3 |
Illustrate the molecular orbital energy level diagram of different molecular species. |
CO4 |
Make use of analytical instruments to measure physical and chemical properties of chemical compounds. |
CO5 |
Analyze the impurities present in the water for industrial and domestic applications. |
English For Communication (A6009) |
CO1 |
Build competence in grammar and vocabulary. |
CO2 |
Develop pronunciation as well as listening capabilities. |
CO3 |
Develop effective academic reading skills. |
CO4 |
Identify problems in speaking and building their presentation skills. |
CO5 |
Construct effective academic writing skills. |
Basic Electrical Engineering (A6201) |
CO1 |
Apply network reduction techniques and knowledge of alternating quantities to calculate current, Voltage and Power for complex circuits. |
CO2 |
Analyze the electrical circuits using Nodal Analysis, Mesh Analysis and Network Theorems. |
CO3 |
Plot and analyze the characteristics of DC machines, AC Machines and 1- PhaseTransformers. |
CO4 |
Test the performance of DC Machines,1-Phase Transformers and AC Machines. |
Engineering Graphics (A6301) |
CO1 |
Construct various types of curves commonly used in engineering practice. |
CO2 |
Distinguish between first, second, third and fourth angle projections of systems. |
CO3 |
Estimate lateral surface of the sheet metal requirement for making regular solids. |
CO4 |
Compare isometric and orthographic views of an object. |
CO5 |
Select CAD tools for drafting regular solids. |
Engineering Workshop (A6302) |
CO1 |
Identify the different materials and tools applied to each trade. |
CO2 |
Demonstrate each trade by preparing the required model. |
CO3 |
Analyze the model/component and selection of the trade-based operations. |
CO4 |
Examines each tool and deducts its working procedure. |
CO5 |
Classify different workshop practice methods. |
Problem Solving with Python (A6501) |
CO1 |
Identify the various building blocks to write a Python program. |
CO2 |
Use control statements for solving a given problem. |
CO3 |
Implement fundamental data structures for manipulating data. |
CO4 |
Build user defined functions to improve code reusability. |
CO5 |
Use File concepts to store and retrieve data from disk. |
Social Innovation (A6021) |
CO1 |
Develop awareness on social issues faced by local regions. |
CO2 |
Identify the mind set of human Race and interpret the societal issues as simple, complicated, and complex problems. |
CO3 |
Identify the need statement along with its main causes and effects. |
CO4 |
Develop an innovative and sustainable solution for social issues by thinking critically and creatively. |
Numerical Methods and Calculus (A6002) |
CO1 |
Apply appropriate Numerical method to find a root of an equation and
interpolate to approximate the values of the function at intermediate points. |
CO2 |
Evaluate definite integrals using appropriate methods. |
CO3 |
Solve partial differential equations of first order. |
CO4 |
Examine the extremum of a function of several variables. |
CO5 |
Make use of vector integral theorems to evaluate area, surface area and volumes. |
Applied Physics (A6003) |
CO1 |
Classify materials based on their crystal structures. |
CO2 |
Utilize quantum mechanics to interpret the properties of semiconducting materials. |
CO3 |
Develop communication systems by means of lasers and optical fibres. |
CO4 |
Analyze the principles of nanotechnology for electronic applications. |
CO5 |
Categorize magnetic materials and apply it to explain superconductivity. |
Engineering Chemistry (A6007) |
CO1 |
Identify differences and similarities of the Batteries. |
CO2 |
Extrapolate the knowledge of electro chemical series to protect different metals from corrosion. |
CO3 |
Compare the properties and applications of engineering substances. |
CO4 |
Analyze the impurities present in the water for industrial and domestic applications. |
CO5 |
Make use of instrumental techniques and titrations to measure physical and chemical properties. |
Advanced Engineering Chemistry (A6008) |
CO1 |
Identify differences and similarities of the Batteries. |
CO2 |
List the applications of Rotaxanes and Catenanes as artificial molecular machines. |
CO3 |
Illustrate the molecular orbital energy level diagram of different molecular species. |
CO4 |
Compare the properties and applications of engineering substances. |
CO5 |
Analyze the impurities present in the water for industrial and domestic applications. |
Business English (A6010) |
CO1 |
Build competence in grammar and vocabulary. |
CO2 |
Select reading skills in terms of business language. |
CO3 |
Develop writing skills for business communication. |
CO4 |
Develop confidence in speaking skills and presentation skills. |
CO5 |
Make use of listening skills in different business contexts. |
Circuit Theory (A6202) |
CO1 |
Illustrate KVL, KCL, nodal analysis, mesh analysis, AC fundamentals of electrical circuits. |
CO2 |
A6202.2. Apply network theorems to simplify complex electrical circuits. |
CO3 |
A6202.3. Apply the concept of resonance to electrical networks to determine resonant Frequency, bandwidth, and Q-factor. |
CO4 |
A6202.4. Analyze self-inductance and mutual inductance of coupled circuits. |
CO5 |
A6202.5. Determine various parameters of a given two-port networks. |
CO6 |
A6202.6. Analyze DC and AC transients for given electrical circuit using differential equations |
Engineering Mechanics (A6303) |
CO1 |
Illustrate the types of forces and moments acting on a rigid body. |
CO2 |
Apply the laws of mechanics to evaluate different types of forces acting on a rigid body. |
CO3 |
Identify the centroid and moment of inertia of composite bodies. |
CO4 |
Apply the basic concepts of kinematics and kinetics to solve numerical problems. |
CO5 |
Measure the forces by using laws of mechanics on different bodies experimentally. |
Data Structures (A6502) |
CO1 |
Identify the various building blocks to write a C program. |
CO2 |
Use control statements and functions to solve a given problem. |
CO3 |
Apply Linear Data Structures concepts for manipulating data. |
CO4 |
Implement operations of non-linear data structures for handling large data. |
CO5 |
Select appropriate sorting and searching technique for a given application. |
Engineering Exploration (A6022) |
CO1 |
Compare and contrast the contributions of different types of engineers in the development of a product, process, or system. |
CO2 |
Apply the common engineering design process to solve complex problems and arrive at viable solution. |
CO3 |
Explore various contemporary software and hardware tools to provide solutions for the problems. |
CO4 |
Apply skills needed for successful teamwork including the basics of project management and written and oral communication. |
CO5 |
Identify the key elements of professional codes of ethics as well as the ethical and societal issues related to the disciplines and their impact on society and the world |