PEO, PO, PSO & CO
The graduates will
- PEO1: Demonstrate technical competence in identifying, analyzing and designing innovative, sustainable and cost effective solutions for complex problems.
- PEO2: Adapt to rapid changes in tools and technology with an understanding of societal and ecological issues relevant to professional engineering practice through life-long learning.
- PEO3: Work successfully in collaborative and multi-disciplinary environments upholding professional and ethical values or pursue higher studies or research.
- PO1: Engineering knowledge: Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex engineering problems.
- PO2: Problem analysis: Identify, formulate, research literature, and analyze complex engineering problems reaching substantiated conclusions using the first principles of mathematics, natural sciences, and engineering sciences.
- PO3: Design/development of solutions: Design solutions for complex engineering problems and system components or processes that meet the specified needs with appropriate consideration for the public health and safety, and the cultural, societal, and environmental considerations.
- PO4: Conduct investigations of complex problems: Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions.
- PO5: Modern tool usage: Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations.
- PO6: The engineer and society: Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to the professional engineering practice.
- PO7: Environment and sustainability: Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development.
- PO8: Ethics: Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice.
- PO9: Individual and team work: Function effectively as an individual, and as a member or leader in diverse teams, and in multi-disciplinary settings.
- PO10: Communication: Communicate effectively on complex engineering activities with the engineering community and with society at large, such as, being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.
- PO11: Project management and finance: Demonstrate knowledge and understanding of the engineering and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multi-disciplinary environments.
- PO12: Life-long learning: Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change.
A graduate of the Electronics and Communication Engineering Program will demonstrate:
PSO1: Professional Skills: An ability to apply concepts in Electronics & Communication Engineering to design and implement complex systems in the areas related to Analog and Digital Electronics, Communication, Signal processing, VLSI, and Embedded systems.
PSO2: Competitive Skills: An ability to make use of acquired technical knowledge for a successful career and qualifying in competitive examinations at the National and Global levels
Semester |
Sub.Code |
Courses |
---|---|---|
I |
MAT 101 |
Linear Algebra and Calculus |
CYT 100 |
Engineering Chemistry | |
EST 110 |
Engineering Graphics | |
EST 120 |
Basics of Civil & Mechanical Engineering | |
HUT 101 |
Life Skills | |
CYL 120 |
Engineering Chemistry Lab | |
ESL 120 |
Civil & Mechanical Workshop | |
II |
MAT 102 |
Vector Calculus, Differential Equations And Transforms |
PH 100 |
Engineering Physics A | |
EST 100 |
Engineering Mechanics | |
EST 130 |
Basics of Electrical & Electronics Engineering | |
HUT 102 |
Professional Communication | |
EST 102 |
Programming in C | |
ESL 130 |
Electrical & Electronics Workshop | |
PHL 120 |
Engineering Physics lab | |
III |
MA201 |
Linear Algebra & Complex Analysis |
EC201 |
Network Theory | |
EC203 |
Solid State Devices | |
EC205 |
Electronics Circuits | |
EC207 |
Logic Circuit Design | |
HS210 |
Life Skills | |
EC231 |
Electronic Devices & Circuits Lab | |
EC233 |
Electronic Design Automation Lab | |
IV |
MA204 |
Probability ,Random Process And Numerical Methods |
EC202 |
Signals & Systems | |
EC204 |
Analog Integrated Circuits | |
EC206 |
Computer Organization | |
EC208 |
Analog Communication Engineering | |
HS200 |
Business Economics | |
EC232 |
Analog Integrated Circuits Lab | |
EC234 |
Logic Circuit Design Lab | |
V |
EC301 |
Digital Signal Processing |
EC303 |
Applied Electromagnetic Theory | |
EC305 |
Microprocessor & Microcontroller | |
EC307 |
Power Electronics & Instrumentation | |
EC365 |
Elective 1:Biomedical Engineering | |
HS300 |
Principles of Management | |
EC341 |
Design Project | |
EC335 |
Power Electronics & Instrumentation Lab | |
EC333 |
Digital Signal Processing Lab | |
VI |
EC302 |
Digital Communication |
EC304 |
VLSI | |
EC306 |
Antenna & Wave Propagation | |
EC308 |
Embedded systems | |
EC312 |
Object Oriented Programming | |
EC368 |
Elective 2: Robotics | |
EC332 |
Communication Engineering Laboratory(Analog & Digital) | |
EC334 |
Microcontroller Laboratory | |
EC352 |
Comprehensive Exam | |
VII |
EC401 |
Information Theory & Coding |
EC403 |
Microwave & Radar Engineering | |
EC405 |
Optical Communication | |
EC407 |
Computer Communication | |
EC409 |
Control System | |
EC465 |
Elective 3:MEMS | |
EC451 |
Seminar & Project Preliminary | |
EC431 |
Communication & Systems Lab | |
VIII |
EC402 |
Nano Electronics |
EC404 |
Advanced Communication Systems | |
EC464 |
Elective 4:Low Power VLSI Design | |
CE494 |
Elective 5:Environmental Health & Safety | |
EC492 |
EE492 Project | |
MA 482 |
Elective 6 :Applied Linear Algebra |
EC 201 NETWORK THEORY |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Analyze electrical circuits using laws of circuit analysis |
L4 |
CO2 |
Solve complex electrical circuits using network theorems. |
L3 |
CO3 |
Determine the time response of phasor circuits for the given input. |
L2 |
CO4 |
Derive the relationship between different parameters of a two port network. |
L2 |
CO5 |
Derive the important parameters of resonant circuits |
L2 |
EC 203 SOLID STATE DEVICES |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Describe the basics of semiconductor theory and electronic devices. |
L2 |
CO2 |
Summarize the concept of carrier transport in semiconductors |
L2 |
CO3 |
Utilize the concept of carrier transport in semiconductor diodes, BJTs and FET’s |
L2 |
CO4 |
Illustrate the characteristics and working of various semiconductor devices |
L2 |
CO5 |
Explain the working and structure of modern 3D electronic devices such as FINFET and FET |
L2 |
EC 205 ELECTRONIC CIRCUITS | ||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Explain the small- signal models of transistor configurations. |
L2 |
CO2 |
Explain the high frequency response of transistor amplifiers. |
L2 |
CO3 |
Explain various feedback amplifier circuits |
L2 |
CO4 |
Design circuits for generating sinusoidal and non sinusoidal signals |
L3 |
CO5 |
Compare various voltage regulators used in electronic circuits |
L2 |
EC 207 LOGIC CIRCUIT DESIGN |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Compare various positional number systems and binary codes |
L2 |
CO2 |
Apply Boolean algebra in logic circuit design. |
L3 |
CO3 |
Design combinational and sequential circuits |
L3 |
CO4 |
Design digital systems using basic programmable blocks |
L3 |
CO5 |
Design various digital systems using HDL |
L3 |
HS 210 LIFE SKILLS |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Build communication competence in engineers both in oral and written communication |
L3 |
CO2 |
Develop their skills in leadership |
L3 |
CO3 |
Develop verbal and nonverbal skills which are trademarks of a professional |
L3 |
CO4 |
Develop particular skills to present ideas and information in an inspiring way |
L3 |
CO5 |
Demonstrate their skills in professional as well as in technical writing |
L2 |
EC 231 ELECTRONICS DEVICES & CIRCUITS LAB |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Show the response of different blocks in a power supply unit. |
L3 |
CO2 |
Obtain the frequency response of amplifier circuit using BJT and FET. |
L2 |
CO3 |
Design Oscillator circuits to generate various frequency signals. |
L3 |
CO4 |
Demonstrate various wave shaping circuits |
L3 |
CO5 |
Utilize one’s ability as an individual or in a team for the effective communication, practical skill and document design. |
L3 |
EC 233 ELECTRONIC DESIGN AUTOMATION LAB |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Apply knowledge of computer, science and engineering to the analysis of electrical and electronic engineering problems. |
L3 |
CO2 |
Design systems which include hardware and software components |
L3 |
CO3 |
Model simple electronic circuits/networks using node and mesh equations |
L3 |
CO4 |
Make use of modern engineering techniques |
L3 |
CO5 |
Utilize one’s ability as an individual or in a team for the effective communication, practical skill and document design. |
L3 |
EC 202 SIGNALS AND SYSTEMS |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Explain the basic properties of signals |
L2 |
CO2 |
Check the fundamental properties of systems. |
L2 |
CO3 |
Apply Laplace transform to LTI systems. |
L3 |
CO4 |
Apply Fourier Transform to LTI systems. |
L3 |
CO5 |
Apply Z transform to LTI systems |
L3 |
EC 204 ANALOG INTEGRATED CIRCUITS |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Derive the basic characteristics of Op-amp |
L2 |
CO2 |
Explain basic circuits using Op-amp |
L2 |
CO3 |
Build various oscillator circuits using Op-amp |
L3 |
CO4 |
Describe various filter circuits using Op-amp |
L2 |
CO5 |
Explain the basic circuits using application specific IC’s. |
L2 |
EC 206 COMPUTER ORGANISATION | ||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Construct various functional units of a computer. |
L3 |
CO2 |
Obtain assembly language code from machine language code and vice versa |
L3 |
CO3 |
Outline the steps for executing a program in a processor |
L2 |
CO4 |
Describe the microarchitecture of single-cycle and multi-cycle processors |
L2 |
CO5 |
Classify memory and I/O systems of a processor |
L2 |
EC 208 ANALOG COMMUNICATION ENGINEERING |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Describe the basic concepts of noise in various modulation systems |
L2 |
CO2 |
Obtain the basic relations used in analog modulation. |
L3 |
CO3 |
Outline the analog modulation schemes used in communication systems |
L3 |
CO4 |
Summarize the various analog communication systems |
L3 |
CO5 |
Discuss the fundamental concepts of advanced line communication |
L3 |
HS 200 BUSINESS ECONOMICS |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
explain the basic economic problems |
L2 |
CO2 |
describe various micro economic concepts demand, supply, market equilibrium and production. |
L2 |
CO3 |
compare different market structures |
L2 |
CO4 |
make use of economic models for examining current economic scenario |
L3 |
CO5 |
prepare various business tools like balance sheet, cost benefit analysis and rate of returns |
L3 |
EC 232 ANALOG INTEGRATED CIRCUITS LAB |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Design opamp circuits to perform various mathematical operations |
L3 |
CO2 |
Build circuits to generate different waveforms |
L3 |
CO3 |
Illustrate the function of application specific ICs such as Voltage regulators, 555 PLL |
L3 |
CO4 |
Simulate filter circuits using software tools |
L3 |
CO5 |
Utilize one’s ability as an individual or in a team for the effective communication, practical skill and document design |
L3 |
EC 230 LOGIC CIRCUIT DESIGN LAB |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Make use of Boolean algebra in logic circuit design |
L3 |
CO2 |
Build combinational circuits for specific applications. |
L3 |
CO3 |
Build Sequential circuits for specific applications | |
CO4 |
Design digital circuits using mux and demux IC’s |
L3 |
CO5 |
Utilize one’s ability as an individual or in a team for the effective communication, practical skill and document design |
L3 |
EC 301 DIGITAL SIGNAL PROCESSING |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Apply Fourier transform to a discrete time sequence |
L3 |
CO2 |
Apply fast fourier transform to a discrete time sequence |
L3 |
CO3 |
Design digital filters for various specifications |
L3 |
CO4 |
Describe various features of Digital Signal Processors |
L2 |
CO5 |
Explain the effects of finite register length in DSP |
L2 |
EC 303 APPLIED ELECTROMAGNETIC THEORY |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Develop a solid foundation in electromagnetic fields |
L3 |
CO2 |
Examine the propagation of electromagnetic waves in different media |
L3 |
CO3 |
Obtain the characteristics of transmission lines |
L3 |
CO4 |
Solve the different transmission line problems using Smith chart. |
L3 |
CO5 |
Summarize the different modes of propagation in waveguides. (L2) |
L2 |
EC 305 MICROPROCESSORS AND MICROCONTROLLERS | ||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Summarize the architecture of 8 bit processors |
L2 |
CO2 |
Explain the concept of interfacing peripheral devices with a microprocessor |
L2 |
CO3 |
Summarize the architecture of 8 bit microcontrollers |
L2 |
CO4 |
Develop programs for 8 bit microcontrollers |
L3 |
CO5 |
Explain the concept of interfacing peripheral devices with a microprocessor |
L2 |
EC 307 POWER ELECTRONICS & INSTRUMENTATION |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Illustrate the characteristics of various power semiconductor devices |
L2 |
CO2 |
Design dc-dc regulator circuits using power semiconductor devices |
L2 |
CO3 |
Design various single phase and three phase power inverter circuits and their pulse generation techniques |
L3 |
CO4 |
To understand the principle of operation of various Transducers |
L2 |
CO5 |
To understand electronic instruments, their configuration and measurements using them |
L3 |
HS 300 PRINCIPLES OF MANAGEMENT |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Classify the changing role and functions of management in business |
L2 |
CO2 |
Explain the role of managers in today’s business. |
L2 |
CO3 |
Identify the impacts of alternative management approaches on an organization |
L3 |
CO4 |
Identify the importance of planning, organizing, staffing, leading and controlling |
L3 |
CO5 |
Differentiate between leading and managing theories |
L2 |
EC 341 DESIGN PROJECT |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Develop practical knowledge in the chosen area of their project |
L3 |
CO2 |
Analyze the projects with a comprehensive and systematic approach |
L4 |
CO3 |
Design a system, component or process as per needs and specifications |
L3 |
CO4 |
Outline the importance of document design by compiling Technical Report on the project work carried out |
L2 |
CO5 |
Make use of one’s ability as an individual or in a team in development of technical projects |
L3 |
EC333 DIGITAL SIGNAL PROCESSING LAB |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Summarize the concept of Signal processing tool box- using MATLAB and DSP trainer kit |
L2 |
CO2 |
Develop MATLAB program for finding convolution of signals |
L3 |
CO3 |
Experiment with MATLAB and DSP trainer kit for studying the properties of DFT |
L3 |
CO4 |
Design Digital Filters using MATLAB and DSP trainer kit |
L3 |
CO5 |
Utilize one’s ability as an individual or in a team for the effective communication, practical skill and document design |
L3 |
EC 335 POWER ELECTRONICS &INSTRUMENTATION LAB |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Demonstrate the working of various transducers for different applications |
L2 |
CO2 |
Design the basic power electronic converter circuits |
L2 |
CO3 |
Analyse the various power electronic devices and circuits |
L3 |
CO4 |
Demonstrate the working of various analog and digital meters for measurements |
L2 |
CO5 |
Utilize one’s ability as an individual or in a team for development of effective communication, practical skill and document design |
L3 |
EC 365 BIOMEDICAL ENGINEERING |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Describe the sources, types and measurement of bio electric potentials |
L2 |
CO2 |
Select instruments for the measurement of non-electrical physiological parameters |
L3 |
CO3 |
Outline the principle, working and applications of therapeutic equipments. |
L2 |
CO4 |
Explain the operation of medical imaging systems |
L2 |
CO5 |
Describe patient safety considerations and the application of telemetry in patient care |
L2 |
EC302 DIGITAL COMMUNICATION |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Compare the performance of various Digital Pulse Modulation Scheme |
L4 |
CO2 |
Outline the effect of ISI problems in Digital Communication. |
L3 |
CO3 |
Construct signal space representation of signal using Gram Schmidt orthonormalisation Procedure. |
L2 |
CO4 |
Compare the error probability for different digital modulation schemes |
L2 |
CO5 |
Explain the concept of spread spectrum modulation scheme |
L2 |
EC 203 SOLID STATE DEVICES |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Explain various techniques used in IC fabrication. |
L2 |
CO2 |
Describe the characteristics of CMOS circuits |
L2 |
CO3 |
Develop the Layouts and Stick diagrams of CMOS circuits |
L3 |
CO4 |
Design various MOSFET logic circuits |
L3 |
CO5 |
Explain various digital systems using MOS circuits |
L2 |
EC 306 ANTENNA & WAVE PROPAGATION |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Identify the fundamental antenna engineering parameters for the given specification |
L3 |
CO2 |
Derive the radiated fields of an antenna |
L2 |
CO3 |
Develop the radiation pattern of an antenna array |
L3 |
CO4 |
Describe various antennas recently in use for specific application |
L2 |
CO5 |
Summarize various effects on radio wave propagation |
L2 |
EC 308 EMBEDDED SYSTEMS |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Explain the process of embedded system design |
L2 |
CO2 |
Interpret the communication standards used in embedded system. |
L2 |
CO3 |
Summarize the memory devices and systems used in embedded systems |
L2 |
CO4 |
Outline the embedded programming concepts |
L2 |
CO5 |
Summarize the concepts in real time operating system |
L2 |
EC 312 OBJECT ORIENTED PROGRAMMING |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Explain the features of OOP. |
L2 |
CO2 |
Explain the advanced features of C++. |
L2 |
CO3 |
Explain the advanced features of Java |
L2 |
CO4 |
Design android application development |
L3 |
CO5 |
Apply the knowledge in debugging mobile applications |
L3 |
EC368 ROBOTICS |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Describe the components, structures, control and applications of robots. |
L3 |
CO2 |
Explain the various imaging techniques used in robotic vision systems. |
L2 |
CO3 |
Apply forward and inverse kinematics to different robotic arrangements |
L3 |
CO4 |
Derive expressions for velocity kinematics and manipulator dynamics for serial manipulators |
L3 |
CO5 |
Develop programs for various applications using robots. |
L3 |
EC 332 COMMUNICATION ENGINEERING LAB (Analog & Digital) |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Experiment with the characteristics of IF Tuned Amplifier. |
L3 |
CO2 |
Illustrate the different modulation and demodulation schemes |
L2 |
CO3 |
Experiment with sampling and reconstruction of signals |
L3 |
CO4 |
Make use of computer aided design methods and modern tools to design electronic circuits |
L3 |
CO5 |
Utilize one’s ability as an individual or in a team for the effective communication, practical skill and document design. |
L3 |
EC 334 MICROCONTROLLER LAB |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
To familiarize 8051 microcontroller kit. |
L3 |
CO2 |
To understand basic Assembly Language programming of Microcontroller. |
L2 |
CO3 |
To interface simple peripheral devices to a Microcontroller |
L3 |
CO4 |
To understand programming using IDE for 8051 |
L2 |
CO5 |
To equip student groups to design and implement simple embedded systems |
L3 |
EC352 COMPREHENSIVE EXAM |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Explain the basic concepts in electronics and communication engineering |
L2 |
CO2 |
Solve the engineering problems using concepts learnt in core courses |
L3 |
CO3 |
Examine the feasibility of a particular solution for a given problem specification |
L4 |
CO4 |
Perceive the inter relationship between the various fields in electronics and communication engineering. |
L5 |
CO5 |
Demonstrate the ability to communicate engineering concepts effectively |
L2 |
EC 401 INFORMATION THEORY & CODING |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Design source compression codes to improve the efficiency of information transmission |
L4 |
CO2 |
Explain the conditions for existence of prefix free code. |
L3 |
CO3 |
Analyze the information-carrying capacity of the communication channel. |
L2 |
CO4 |
Design error control codes for use in specific applications |
L2 |
CO5 |
Explain modern iterative coding in digital communication |
L2 |
EC403 MICROWAVE AND RADAR ENGINEERING |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Describe the operational features of Microwave Resonators amp; Amplifiers |
L2 |
CO2 |
Analyze the performance characteristics of Microwave Oscillators. |
L3 |
CO3 |
Outline the features of amplifiers using slow wave structures and measurements at microwave frequencies |
L2 |
CO4 |
Explain the applications and limitations of Microwave hybrid circuits and semiconductor devices at microwave frequencies |
L2 |
CO5 |
Summarize the basic concepts of different types of radar systems |
L2 |
EC405 OPTICAL COMMUNICATION |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Explain the basic notions and losses in optical communication system |
L2 |
CO2 |
Outline the various optical sources and detectors used in optical communication system. |
L2 |
CO3 |
Design optical fiber links as per needs and specification |
L3 |
CO4 |
Compare the performance of various optical amplifiers and WDM components |
L2 |
CO5 |
Summarize the concepts of optical networks, FSO, VLC and LiFi |
L2 |
EC407 COMPUTER COMMUNICATION |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Illustrate various types of communication networks and services, network functions and network topology |
L2 |
CO2 |
Outline the features and working of devices and protocols used in data link layer with its services |
L2 |
CO3 |
Describe various network layer protocols and services |
L2 |
CO4 |
Explain the services of Transport layer and application layer |
L2 |
CO5 |
Explain Security aspects in designing a trusted computer communication system |
L2 |
EC409 CONTROL SYSTEM |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Develop a mathematical model for linear time invariant systems. |
L3 |
CO2 |
Compare the responses of first and second order systems for various inputs |
L2 |
CO3 |
Determine the stability of linear systems by various techniques |
L2 |
CO4 |
Obtain the state space representation of continuous time systems |
L3 |
CO5 |
Obtain the state space representation of discrete time systems |
L3 |
EC456 MEMS |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Understand the working principles of micro sensors and actuators. |
L2 |
CO2 |
Understand the application of scaling laws in the design of micro systems. |
L2 |
CO3 |
Understand the typical materials used for fabrication of micro systems |
L2 |
CO4 |
Understand the principles of standard micro fabrication techniques |
L2 |
CO5 |
Appreciate the challenges in the design and fabrication of Micro systems |
L2 |
EC451 SEMINAR AND PROJECT PRELIMINARY |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Utilize technical resources for selecting a topic of current relevance.. |
L3 |
CO2 |
Analyze the concept with a comprehensive/systematic approach to recognize, formulate and solve problems |
L4 |
CO3 |
Prepare a technical presentation citing relevant references |
L3 |
CO4 |
Utilize one’s ability as an individual or in a team for the completion of the work in the prescribed time frame |
L3 |
CO5 |
Develop technical reports adhering to international standards |
L3 |
EC 431 COMMUNICATION SYSTEMS LAB |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Experiment with the characteristics of Microwave Devices |
L3 |
CO2 |
Obtain the parameters of the given microwave component. |
L2 |
CO3 |
Demonstrate the characteristics of Optical fiber Link |
L3 |
CO4 |
Illustrate the characteristics of various optical components. |
L2 |
CO5 |
Utilize one’s ability as an individual or in a team for the effective communication, practical skill and document design |
L3 |
EC402 NANOELECTRONICS |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Classify Nano Structures based on various properties |
L2 |
CO2 |
Classify Nano Structures based on various properties |
L2 |
CO3 |
Illustrate various Nano metric tools and Super lattice Concept |
L2 |
CO4 |
Demonstrate the transport of charge carriers under electric & Magnetic Field |
L2 |
CO5 |
Demonstrate the transport of charge carriers under electric & Magnetic Field |
L2 |
EC404 ADVANCED COMMUNICATION SYSTEMS |
||
---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
To understand the detailed structure of Microwave Radio Communication |
L2 |
CO2 |
Students will be able to identify and understand the Digitization techniques and different modulation schemes in the Digital TV |
L3 |
CO3 |
Students will be able to understand the Satellite communication system |
L2 |
CO4 |
Students will be able to understand the technology behind modern wireless communication system. |
L2 |
CO5 |
Students will develop in depth understanding of the cellular communications concepts and techniques. |
L3 |
EC 464 LOW POWER VLSI |
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---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Explain the various factors impacting power dissipation in CMOS digital ICs |
L2 |
CO2 |
Describe the various sources of power dissipation in CMOS digital ICs |
L3 |
CO3 |
Outline suitable techniques at circuit level to reduce leakage power consumption |
L2 |
CO4 |
Design logic circuits incorporating low power techniques |
L3 |
CO5 |
Illustrate the low power techniques used to improve system performance and reliability |
L2 |
CE 494 ENVIRONMENTAL HEALTH & SAFETY |
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---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Identify the preventive measures based on the effect of occupational health diseases |
L3 |
CO2 |
Analyze the different types of chemical, physical and biological hazards in industry |
L4 |
CO3 |
Choose the appropriate safety measures to be taken while working in construction industry |
L5 |
CO4 |
Evaluate the health hazards caused due to water pollution and hazardous waste on humans |
L5 |
CO5 |
Justify the pollution control methodologies based on the process |
L5 |
MA 482 APPLIED LINEAR ALGEBRA |
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---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Explain theory of vector space |
L2 |
CO2 |
Solve system of Linear equations |
L3 |
CO3 |
Explain the concept of Inner product |
L2 |
CO4 |
Apply eigen values and eigen vectors to other areas of Linear Algebra |
L3 |
CO5 |
Apply matrix decomposition |
L3 |
EC 492 PROJECT |
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---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Solve Engineering Problems in ECE/Multidisciplinary domain that addresses long-term challenges within the chosen area of technology. |
L3 |
CO2 |
Analyze the concept with a comprehensive/systematic approach to recognize, formulate and solve problems |
L4 |
CO3 |
Create hardware and software sections of the project within the time frame |
L6 |
CO4 |
Utilize one’s ability as an individual or in a team in the development of the project. |
L3 |
CO5 |
Outline the importance of document design by compiling project report of the work carried out. |
L2 |
EC451 SEMINAR AND PROJECT PRELIMINARY |
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---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Utilize technical resources for selecting a topic of current relevance.. |
L3 |
CO2 |
Analyze the concept with a comprehensive/systematic approach to recognize, formulate and solve problems |
L4 |
CO3 |
Prepare a technical presentation citing relevant references |
L3 |
CO4 |
Utilize one’s ability as an individual or in a team for the completion of the work in the prescribed time frame |
L3 |
CO5 |
Develop technical reports adhering to international standards |
L3 |
EC 431 COMMUNICATION SYSTEMS LAB |
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---|---|---|
Sl.No |
COURSE OUTCOMES |
Level |
CO1 |
Experiment with the characteristics of Microwave Devices |
L3 |
CO2 |
Obtain the parameters of the given microwave component. |
L2 |
CO3 |
Demonstrate the characteristics of Optical fiber Link |
L3 |
CO4 |
Illustrate the characteristics of various optical components. |
L2 |
CO5 |
Utilize one’s ability as an individual or in a team for the effective communication, practical skill and document design |
L3 |