Programme Outcomes (PO)

The graduates of Electronics and Communication Engineering will be able to :

• 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, review research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences, and engineering sciences.
• PO3 – Design/development of solutions: Design solutions for complex engineering problems and design 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 modelling 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 multidisciplinary 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 multidisciplinary 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.

Programme Specific Outcomes (PSO)

The graduates of Electrical and Electronics  Engineering will be able to:

• PSO1 – Understand fundamental knowledge of various electronic subjects in the analysis, design and development of analog and digital systems to support the needs of industry and society.
• PSO2 – Demonstrate the knowledge of signal processing, communication and networking to solve the issues of modern communication systems.
• PSO3 –Procure proficiency in specialized hardware and software packages useful for electronic engineering field.

MAT 102 – VECTOR CALCULUS, DIFFERENTIAL EQUATIONS AND TRANSFORMS

• CO1 – Compute the quantitative aspects of waves and oscillations in engineering systems.
• CO2 – Apply the interaction of light with matter through interference, diffraction and identify these phenomena in different natural optical processes and optical instruments.
• CO3 – Analyze the behaviour of matter in the atomic and subatomic level through the principles of quantum mechanics to perceive the microscopic processes in electronic devices.
• CO4 – Apply the knowledge of ultrasonics in non-destructive testing and use the principles of acoustics to explain the nature and characterization of acoustic design and to provide a safe and healthy environment.
• CO5 – Apply the comprehended knowledge about laser and fibre optic communication systems in various engineering applications

PHT100 – ENGINEERING PHYSICS A

• CO1 – Compute the quantitative aspects of waves and oscillations in engineering systems.
• CO2 – Apply the interaction of light with matter through interference, diffraction and identify these phenomena in different natural optical processes and optical instruments.
• CO3 – Analyze the behaviour of matter in the atomic and subatomic level through the principles of quantum mechanics to perceive the microscopic processes in electronic devices.
• CO4 – Classify the properties of magnetic materials and apply vector calculus to static magnetic fields and use Maxwell’s equations to diverse engineering problems.
• CO5 – Analyze the principles behind various superconducting applications, explain the working of solid state lighting devices and fibre optic communication system.

EST110 – ENGINEERING GRAPHICS

• CO1 – Draw the projection of points and lines located in different quadrants.
• CO2 – Prepare multiview orthographic projections of objects by visualizing them in different positions.
• CO3 – Draw sectional views and develop surfaces of a given object.
• CO4 – Prepare pictorial drawings using the principles of isometric and perspective projections to visualize objects in three dimensions.
• CO5 – Convert 3D views to orthographic views. Obtain multiview projections and solid models of objects using CAD tools.

EST120 – BASICS OF CIVIL & MECHANICAL ENGINEERING

• CO1 – Recall the role of civil engineer in society, relate the various disciplines of Civil Engineering and explain different types of buildings and building components
• CO2 – Describe the importance, objectives and principles of surveying and explain different types of building materials
• CO3 – Explain building construction, summarise the basic infrastructure services MEP, HVAC, elevators, escalators and ramps and discuss the materials, energy systems, water management and environment for green buildings
• CO4 – Analyse thermodynamic cycles and study IC Engines.
• CO5 – Explain the basic principles of Refrigeration and Air Conditioning, working of hydraulic machines and power transmission elements.
• CO6 – Describe the basic manufacturing, metal joining and machining processes.

HUN 102 – PROFESSIONAL COMMUNICATION

• CO1 – Develop vocabulary and language skills relevant to engineering as a profession
• CO2 – Analyse, interpret and effectively summarise a variety of textual content
• CO3 – Create effective technical presentations
• CO4 – Discuss a given technical/non-technical topic in a group setting and arrive at generalisations/consensus
• CO5 – Identify drawbacks in listening patterns and apply listening techniques for specific needs
• C06 – Create professional and technical documents that are clear and adhering to all the necessary conventions

EST102 – PROGRAMMING IN C

• CO1 – Analyze a computational problem and develop an algorithm/flowchart to find its solution
• CO2 – Develop readable C programs with branching and looping statements which uses Arithmetic, Logical or relational operators.
• CO3 – Write readable C programs with arrays, structure or union for storing the data to be processed.
• CO4 – Divide a given computational problem into a number of modules and develop a readable multi-function C program by using recursion if required, to find the solution to the computational problem.
• CO5 – Write readable C programs which use pointers for array processing and parameter passing. Analyse the effects of moving loads on structures using influence lines.

PHL120 – ENGINEERING PHYSICS LAB

• CO1 – Develop analytical/experimental skills and impart prerequisite hands on experience for engineering laboratories.
• CO2 – Understand the need for precise measurement practices for data recording.
• CO3 – Understand the principle, concept, working and applications of relevant technologies and comparison of results with theoretical calculations.
• CO4 – Analyze the techniques and skills associated with modern scientific tools such as lasers and fiber optics.
• CO5 – Develop basic communication skills through working in groups in performing the laboratory experiments and by interpreting the results.

ESL120 – CIVIL & MECHANICAL WORKSHOP

• CO1 – Name different devices and tools used for civil engineering measurements
• CO2 – Explain the use of various tools and devices for various field measurements
• CO3 – Demonstrate the steps involved in basic civil engineering activities like plot measurement, setting out operation, evaluating the natural profile of land, plumbing and undertaking simple construction work.
• CO4 – Choose materials and methods required for basic civil engineering activities like field measurements, masonry work and plumbing.
• CO5 – Compare different techniques and devices used in civil engineering measurements
• CO6 – Identify Basic Mechanical workshop operations in accordance with the material and objects.
• CO7 – Apply appropriate Tools and Instruments with respect to the mechanical workshop trades.
• CO8 – Apply appropriate safety measures with respect to the mechanical workshop trades.

MAT201 – PARTIAL DIFFERENTIAL EQUATION AND COMPLEX ANALYSIS

• CO1 – Understand the concept and the solution of partial differential equation.
• CO2 – Analyse and solve one dimensional wave equation and heat equation.
• CO3 – Understand complex functions, its continuity differentiability with the use of CauchyRiemann equations
• CO4 – Evaluate complex integrals using Cauchy’s integral theorem and Cauchy’s integral formula, understand the series expansion of analytic function
• CO5 – Understand the series expansion of complex function about a singularity and Apply residue theorem to compute several kinds of real integrals.

ECT201 – SOLID STATE DEVICES

• CO1 – Apply Fermi-Dirac Distribution function and Compute carrier concentration at equilibrium and the parameters associated with generation, recombination and transport mechanism
• CO2 – Explain drift and diffusion currents in extrinsic semiconductors and Compute current density due to these effects.
• CO3 – Define the current components and derive the current equation in a pn junction diode and bipolar junction transistor.
• CO4 – Explain the basic MOS physics and derive the expressions for drain current in linear and saturation regions.
• CO5 – Discuss scaling of MOSFETs and short channel effects.

ECT203 – LOGIC CIRCUIT DESIGN

• CO1 – Explain the elements of digital system abstractions such as digital representations of information, digital logic and Boolean algebra.
• CO2 – Create an implementation of a combinational logic function described by a truth table using and/or/inv gates/ muxes.
• CO3 – Compare different types of logic families with respect to performance and efficiency.
• CO4 – Design a sequential logic circuit using the basic building blocks like flip-flops.
• CO5 – Design and analyze combinational and sequential logic circuits through gate level Verilog models.

ECT205 – NETWORK THEORY

• CO1 – Apply Mesh/Node analysis to obtain steady state response of the linear time invariant networks.
• CO2 – Apply Network Theorems to obtain steady state response of the linear time invariant networks.
• CO3 – Apply Laplace Transforms to determine the transient behaviour of RLC networks.
• CO4 – Apply Network functions to analyze the single port and two port networks.
• CO5 – Apply Network parameters to analyze the single port and two port networks.

HUT200 – PROFESSIONAL ETHICS

• CO1 – Understand the core values that shape the ethical behavior of a professional.
• CO2 – Adopt a good character and follow an ethical life.
• CO3 – Explain the role and responsibility in technological development by keeping personal ethics and legal ethics.
• CO4 – Solve moral and ethical problems through exploration and assessment by established experiments.
• CO5 – Apply the knowledge of human values and social values to contemporary ethical values and global issues.

MCN201 – SUSTAINABLE ENGINEERING

• CO1 – Understand the relevance and the concept of sustainability and the global initiatives in this direction.
• CO2 – Explain the different types of environmental pollution problems and their sustainable solutions.
• CO3 – Discuss the environmental regulations and standards.
• CO4 – Outline the concepts related to conventional and non-conventional energy.
• CO5 – Demonstrate the broad perspective of sustainable practices by utilizing engineering knowledge and principles.

ECL201 – SCIENTIFIC COMPUTING LAB

• CO1 – Describe the needs and requirements of scientific computing and to familiarize one programming language for scientific computing and data visualization.
• CO2 – Approximate an array/matrix with matrix decomposition.
• CO3 – Implement numerical integration and differentiation.
• CO4 – Solve ordinary differential equations for engineering applications
• CO5 – Compute with exported data from instruments
• CO6 – Realize how periodic functions are constituted by sinusoids
• CO7 – Simulate random processes and understand their statistics.

ECL203 – LOGIC DESIGN LAB

• CO1 – Design and demonstrate the functioning of various combinational and sequential circuits using ICs.
• CO2 – Apply an industry compatible hardware description language to implement digital circuits.
• CO3 – Implement digital circuits on FPGA boards and connect external hardware to the boards.
• CO4 – Function effectively as an individual and in a team to accomplish the given task.

CST283 – PYTHON FOR MACHINE LEARNING (MINOR)

• CO1 – Write, test and debug Python programs.
• CO2 – Illustrate uses of conditional (if, if-else, if-elif-else and switch-case) and iterative (while and for) statements in Python programs.
• CO3 – Develop programs by utilizing the modules Lists, Tuples, Sets and Dictionaries in Python.
• CO4 – Implement Object Oriented programs with exception handling.
• CO5 – Write programs in Python to process data stored in files by utilizing the modules Numpy, Matplotlib, and Pandas.

MAT204 – PROBABILITY, RANDOM PROCESS AND NUMERICAL METHODS

• CO1 – Understand the concept, properties and important models of discrete random variables and,using them, analyse suitable random phenomena.
• CO2 – Understand the concept, properties and important models of continuous random variables and,using them, analyse suitable random phenomena.
• CO3 – Perform statistical inferences concerning characteristics of a population based on attributes of samples drawn from the population
• CO4 – Compute roots of equations, evaluate definite integrals and perform interpolation on given numerical data using standard numerical techniques
• CO5 – Apply standard numerical techniques for solving systems of equations, fitting curves on given numerical data and solving ordinary differential equations.

ECT202 – ANALOG CIRCUITS

• CO1 – Design analog signal processing circuits using diodes and first order RC circuit
• CO2 – Analyse basic amplifiers using BJT
• CO3 – Analyse basic amplifiers using MOSFET
• CO4 – Analyse basic feedback amplifiers using BJT and MOSFET
• CO5 – Apply the principle of oscillator and regulated power supply circuits

ECT204 – SIGNALS AND SYSTEMS

• CO1 – Apply properties of signals and systems to classify continuous time and discrete time LTI systems. Describe orthogonality of signals and correlation between signals.
• CO2 – Representation of continuous time signals with the help of Fourier Series and Fourier Transforms.
• CO3 – Apply Laplace and Fourier Transform to analyse continuous time LTI systems. Apply sampling theorem to discretize continuous time signals.
• CO4 – Apply Fourier Series and Fourier Transforms and its properties to analyse discrete time LTI systems.
• CO5 – Apply Z transform  and its properties to analyse discrete time LTI systems.

ECT206 – COMPUTER ARCHITECTURE AND MICROCONTROLLERS

• CO1 – Explain quantum mechanical effects associated with low dimensional semiconductors.
• CO2 – Distinguish between microprocessor and microcontroller architecture with respect to 8051 microcontroller.
• CO3 – Develop simple programs using assembly language programming and can interface peripheral devices using ALP/Embedded C.
• CO4 – Familiarize Timer Modes, serial data transfer and Advanced RISC Machine Architecture.
• CO5 – Understand the memory system of embedded systems.

EST200 – DESIGN AND ENGINEERING

• CO1 – Explain the different concepts and principles involved in design engineering.
• CO2 – Apply design thinking while learning and practicing engineering.
• CO3 – Develop innovative, reliable, sustainable and economically viable designs incorporating knowledge in engineering.

MCN 202 – CONSTITUTION OF INDIA

• CO1 – Explain the background of the present constitution of India and features.
• CO2 – Utilize the fundamental rights and duties.
• CO3 – Understand the working of the union executive, parliament and judiciary.
• CO4 – Understand the working of the state executive, legislature and judiciary.
• CO5 – Utilize the special provisions and statutory institutions.
• CO6 – Show national and patriotic spirit as responsible citizens of the country .

ECL202 – ANALOG CIRCUITS AND SIMULATION LAB

• CO1 – Design and demonstrate the functioning of basic analog circuits using discrete components.
• CO2 – Design and simulate the functioning of basic analog circuits using simulation tools.
• CO3 – Function effectively as an individual and in a team to accomplish the given task.

ECL204 – MICROCONTROLLER LAB

• CO1 – Write an Assembly language program/Embedded C program for performing data manipulation.
• CO2 – Develop ALP/Embedded C Programs to interface microcontroller with peripherals.
• CO3 – Perform programming/interfacing experiments with IDE for modern microcontrollers.

ECT292 – NANOELECTRONICS (HONOURS)

• CO1 – Explain quantum mechanical effects associated with low dimensional semiconductors.
• CO2 – Explain the different processes involved in the fabrication of nanoparticles and nanolayers.
• CO3 – Explain the different techniques for characterizing nano layers and particles.
• CO4 – Explain the different transport mechanisms in nanostructures
• CO5 – Illustrate the operating principle of nanoscale electronic devices like SET, Resonant tunnelling devices, Quantum lasers etc.

ECT 301 – LINEAR INTEGRATED CIRCUITS

• CO1 – Understand Op Amp fundamentals and differential amplifier configurations.
• CO2 – Design operational amplifier circuits for various applications
• CO3 – Design Oscillators and active filters using opamps.
• CO4 – Explain the working and applications of timer, VCO and PLL ICs
• CO5 – Outline the working of Voltage regulator IC’s and Data converters.

ECT303 – DIGITAL SIGNAL PROCESSING

• CO1 – State and prove the fundamental properties and relations relevant to DFT and solve basic problems involving DFT based filtering methods.
• CO2 – Compute DFT and IDFT using DIT and DIF radix-2 FFT algorithms.
• CO3 – Design linear phase FIR filters and IIR filters for a given specification.
• CO4 – Illustrate the various FIR and IIR filter structures for the realization of the given system function. Also students will be able to basic multirate DSP operations decimation and interpolation in both time and frequency domains using supported mathematical equations.
• CO5 – Explain the architecture of DSP processor (TMS320C67xx) and the finite word length effects.

ECT305 – ANALOG AND DIGITAL COMMUNICATION

• CO1 – Explain the existent analog communication system.
• CO2 – Apply the concept of random process and probability to communications systems.
• CO3 – Analyse Waveform coding techniques in digital communication.
• CO4 – Explain the need for GS procedure and matched filters to develop digital receivers.
• CO5 – Apply digital modulation techniques in signal transmission.

ECT307 – CONTROL SYSTEMS

• CO1 – Analyse electromechanical systems by mathematical modelling and derive their transfer functions.
• CO2 – Determine Transient and Steady State behaviour of systems using standard test signals.
• CO3 – Determine absolute stability and relative stability of a system.
• CO4 – Apply frequency domain techniques to assess the system performance and to design a control system with suitable compensation techniques.
• CO5 – Analyse system Controllability and Observability using state space representation.

HUT300 – INDUSTRIAL ECONOMICS AND FOREIGN TRADE

• CO1 – Explain the problem of scarcity of resources and consumer behaviour, and to evaluate the impact of government policies on the general economic welfare.
• CO2 – Take appropriate decisions regarding volume of output and to evaluate the social cost of production
• CO3 – Determine the functional requirement of a firm under various competitive conditions.
• CO4 – Examine the overall performance of the economy, and the regulation of economic fluctuations and its impact on various sections in the society
• CO5 – Determine the impact of changes in global economic policies on the business opportunities of a firm.

MCN301 – DISASTER MANAGEMENT

• CO1 – Define and use various terminologies in use in disaster management parlance and organise each of these terms in relation to the disaster management cycle knowledge level.
• CO2 – Distinguish between different hazard types and vulnerability types and do vulnerability assessment
• CO3 – Explain the core elements and phases of Disaster Risk Management and to identify the components and factors that determine the nature of disaster response and discuss the various disaster response actions.
• CO4 – Describe the process of risk assessment, and apply appropriate methodologies to assess risk.
• CO5 – Explain the various legislations and best practices for disaster management and risk reduction at national and international level.

ECL331 – ANALOG INTEGRATED CIRCUITS AND SIMULATION LAB

• CO1 – Use data sheets of basic Analog Integrated Circuits and design and implement application circuits using Analog ICs.
• CO2 – Design and simulate the application circuits with Analog Integrated Circuits using simulation tools.
• CO3 – Function effectively as an individual and in a team to accomplish the given task.

ECL333 – DIGITAL SIGNAL PROCESSING LAB

• CO1 – Simulate digital signals and verify the properties of DFT computationally
• CO2 – Implement LTI systems with linear convolution.
• CO3 – Familiarise the DSP hardware and interface with computer and implement FFT, IFFT and use it on real time signals
• CO4 – Implement FIR filter on speech signals

ECT393 – FPGA BASED SYSTEM DESIGN (HONOURS)

• CO1 – Design simple digital systems with programmable logic devices
• CO2 – Analyze the architecture of FPGA
• CO3 – Analyze the design considerations of FPGA
• CO4 – Design simple combinational and sequential circuits using FPGA

ECT302 – ELECTROMAGNETICS

• CO1 – Summarize the basic mathematical concepts related to electromagnetic vector fields.
• CO2 – Analyse Maxwell’s equation in different forms and apply them to diverse engineering problems.
• CO3 – Analyse electromagnetic wave propagation and wave polarization.
• CO4 – Analyse the characteristics of transmission lines and solve the transmission line problems using Smith chart.
• CO5 – Analyse and evaluate the propagation of EM waves in Wave guides.

ECT304 – VLSI CIRCUIT DESIGN

• CO1 – Explain the various methodologies in ASIC and FPGA design.
• CO2 – Design VLSI Logic circuits with various MOSFET logic families.
• CO3 – Compare different types of memory elements.
• CO4 – Design and analyse data path elements such as Adders and multipliers.
• CO5 – Explain MOSFET fabrication techniques and layout design rules.

ECT306 – INFORMATION THEORY AND CODING

• CO1 – Explain measures of information – entropy, conditional entropy, mutual information. Also apply Shannon’s source coding theorem for data compression.
• CO2 – Apply the concept of channel capacity for characterize limits of error-free transmission.
• CO3 – Apply linear block codes for error detection and correction.
• CO4 – Apply algebraic codes with reduced structural complexity for error correction.
• CO5 – Understand encoding and decoding of covolutional and LDPC codes.

ECT352 – DIGITAL IMAGE PROCESSING

• CO1 – To understand the basics of images and image pixel relationships.
• CO2 – Distinguish/Analyze the various concepts and mathematical transforms necessary for image processing. Also understand the basic image compression techniques.
• CO3 – Differentiate and interpret the various image enhancement techniques.
• CO4 – Understand the concept of image restoration and the techniques involved
• CO5 – Illustrate image segmentation algorithm.

HUT310 – MANAGEMENT FOR ENGINEERS

• CO1 – Understand the characteristics of management.
• CO2 – Understand the functions of management and organisation.
• CO3 – Understand concepts of productivity and apply measurement of productivity.
• CO4 – Illustrate project management technique and develop a project schedule.
• CO5 – Summarize the functional areas of management and comprehend the concept of entrepreneurship and create business plans.

ECT308 – COMPREHENSIVE COURSE WORK

• CO1 – Apply the knowledge of circuit theorems and solid state physics to solve the problems in electronic Circuits.
• CO2 – Design a logic circuit for a specific application.
• CO3 – Design linear IC circuits for linear and non-linear circuit applications.
• CO4 – Explain basic signal processing operations and Filter designs.
• CO5 – Explain existent analog and digital communication systems.

ECL332 – COMMUNICATION LAB

• CO1 – Be able to practice acquired knowledge within the selected area of technology for project development.
• CO2 – Identify, discuss and justify the technical aspects and design aspects of the project with a systematic approach.
• CO3 – Reproduce, improve and refine technical aspects for engineering projects.
• CO4 – Work as a team in development of technical projects.
• CO5 – Communicate and report effectively project related activities and

ECD334 – MINIPROJECT

• CO1 – Be able to practice acquired knowledge within the selected area of technology for project development.
• CO2 – Identify,discuss and justify the technical aspects and design aspects of the project with a systematic approach.
• CO3 – Reproduce,improve and refine technical aspects for engineering projects.
• CO4 – Work as a team in development of technical projects.
• CO5 – Communicate and report effectively project related activities and findings.

ECT401 – MICROWAVES AND ANTENNAS

• CO1 – Understand the basic concept of antennas and its parameters.
• CO2 – Design of various broadband antennas and its radiation patterns.
• CO3 – Design of various antenna arrays and its radiation patterns.
• CO4 – Illustrate the principle of operation of cavity resonators and various microwave sources.
• CO5 – Explain various microwave hybrid circuits and microwave semiconductor devices.

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ECT413 – OPTICAL FIBER COMMUNICATION

• CO1 – Understand the working and classification of  optical fibers in terms of propagation modes.
• CO2 – Solve problems of transmission characteristics and losses in optical fiber.
• CO3 – Explain the constructional features and the characteristics of optical sources and detectors.
• CO4 – Describe the operations of optical amplifiers.
• CO5 – Understand the concept of WDM, FSO and LiFi.

ECT423 – COMPUTER NETWORKS

• CO1 – Describe the protocols used in web and email applications.
• CO2 – Analyse problems pertaining to reliable data transfer, flow control and congestion over a TCP network.
• CO3 – Apply Dijkstra’s algorithm and distance-vector algorithm in the context of routing over computer networks.
• CO4 – Analyze the performance of collision avoidance algorithms in random access protocols such as ALOHA.
• CO5 – Analyze the delay performance of an ARQ system using standard queueing models.

MCN401 – INDUSTRIAL SAFETY ENGINEERING

• CO1 – Explain measures of information – entropy, conditional entropy, mutual information and apply Shannon’s source coding theorem for data compression.
• CO2 – Apply the concept of channel capacity for characterize limits of error-free transmission.
• CO3 – Apply linear block codes for error detection and correction.
• CO4 – Apply algebraic codes with reduced structural complexity for error correction.
• CO5 – Understand encoding and decoding of convolutional and LDPC codes.

ECL411 – ELECTROMAGNETICS LAB

• CO1 – Familiarize the basic Microwave components and to analyse few microwave measurements and its parameters.
• CO2 – Understand the principles of fiber-optic communications and the different kind of losses, signal distortion and other signal degradation factors.
• CO3 – Design and simulate basic antenna experiments with simulation tools.

ECQ413: SEMINAR

• CO1 Identify academic documents from the literature which are related to her/his areas of interest
• CO2 Read and apprehend an academic document from the literature which is related to her/ his areas of interest
• CO3 Prepare a presentation about an academic document .
• CO4 Give a presentation about an academic document.
• CO5 Prepare a technical report.

ECD415 : PROJECT PHASE I

• CO1 Model and solve real world problems by applying knowledge across domains.
• CO2 Develop products, processes or technologies for sustainable and socially relevant applications.
• CO3 Function effectively as an individual and as a leader in diverse teams and to comprehend and execute designated tasks.
• CO4 Plan and execute tasks utilizing available resources within timelines, following ethical and professional norms.
• CO5 Identify technology/research gaps and propose innovative/creative solutions.
  CO6 Organize and communicate technical and scientific findings effectively in written and oral forms.

ECT402 – WIRELESS COMMUNICATION

• CO1 – Summarize the basics of cellular system and cellular design fundamentals.
• CO2 – Describe the wireless channel models and discuss capacity of wireless channels.
• CO3 – Analyze the performance of the modulation techniques for flat-fading channels and multicarrier modulation.
• CO4 – Illustrate how receiver performance can be enhanced by various diversity techniques. Identify advantages of various equalization techniques and multiple-access techniques in wireless communication.
• CO5 – Calculate system parameters such antenna height, range, maximum usable frequency in different modes of radio wave propagation.

ECT414 – BIOMEDICAL ENGINEERING

• CO1 – Understand basic bioelectric potentials and its implications in diagnostics
• CO2 – Understand the principles used for diagnosis of abnormalities in the cardiovascular system
• CO3 – Explain the techniques used for diagnosis and therapy in the neuromuscular system.
• CO4 – Understand the principle and working of different types of bio medical equipment/device.
• CO5 – Classify various diagnostic medical imaging techniques.

ECT426 – REAL TIME OPERATING SYSTEMS

• CO1 – Summarize the functions and structure of general-purpose operating systems.
• CO2 – Use different scheduling algorithms on processes and threads.
• CO3 – Interpret a real time operating system along with its synchronization, communication and interrupt handling tools.
• CO4 – Illustrate task constraints and analyze the different scheduling algorithms on tasks.
• CO5 – Illustrate the applications of real time operating systems.

ECT 458 – INTERNET OF THINGS

• CO1 – Understand the IoT fundamentals and architecture modelling.
• CO2 – Understand the smart things in IoT and functional blocks.
• CO3 – To understand the communication networks and protocols used in IoT.
• CO4 – To understand the cloud resources, data analysis and applications.
• CO5 – To apply the IoT processes in embedded applications.