Academic Department

Electronics & Communication Engineering

Established in 2002 as one of TIST’s original departments — delivering quality education at undergraduate and postgraduate levels across VLSI, DSP, mobile & wireless communication, data communication and microwave electronics.

Established 2002

B.Tech. ECE & B.Tech. Robotics & Automation

8 Specialized Laboratories

Electronics & Communication Engg. Menu

PEOs, POs & Curriculum

Program Educational Objectives (PEOs)

View PEO Details

The graduates will

PEO1: Apply advanced technical skills to solve complex engineering problems in the fields of electronics, communication, and related domains, with a focus on innovation, sustainability, and cost-effectiveness.
PEO2: Continuously adapt to evolving technologies by acquiring new skills and knowledge, addressing the societal, ethical, and environmental challenges related to engineering practices.
PEO3: Work effectively in diverse, multidisciplinary teams, demonstrating leadership and professional ethics, or pursue advanced studies and research in Electronics and Communication Engineering or related fields.

Programme Outcomes (POs)

View All 12 Graduate Outcomes (POs)

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.

Programme Specific Outcomes (PSOs)

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A graduate of the Electronics and Communication Engineering program will demonstrate:

PSO1: Professional Skills: The ability to apply core concepts in Electronics and Communication Engineering to design, analyze, and implement complex systems in emerging areas such as IoT, Artificial Intelligence (AI) & Machine Learning (ML) in communications, Robotics, VLSI, Embedded Systems, Analog & Digital Electronics, Next Generation cellular networks and Signal Processing.

PSO2: Competitive Skills: The ability to leverage acquired technical knowledge to excel in competitive exams at national and global levels and build a successful career in diverse technological fields.

Knowledge and Attitude Profile (WK)

View all WK's

WK1: A systematic, theory-based understanding of the natural sciences applicable to the discipline and awareness of relevant social sciences.
WK2: Conceptually-based mathematics, numerical analysis, data analysis, statistics and formal aspects of computer and information science to support detailed analysis and modelling applicable to the discipline.
WK3: A systematic, theory-based formulation of engineering fundamentals required in the engineering discipline.
WK4: Engineering specialist knowledge that provides theoretical frameworks and bodies of knowledge for the accepted practice areas in the engineering discipline; much is at the forefront of the discipline.
WK5: Knowledge, including efficient resource use, environmental impacts, whole-life cost, re-use of resources, net zero carbon, and similar concepts, that supports engineering design and operations in a practice area.
WK6: Knowledge of engineering practice (technology) in the practice areas in the engineering discipline.
WK7: Knowledge of the role of engineering in society and identified issues in engineering practice in the discipline, such as the professional responsibility of an engineer to public safety and sustainable development.
WK8: Engagement with selected knowledge in the current research literature of the discipline, awareness of the power of critical thinking and creative approaches to evaluate emerging issues.
WK9: Ethics, inclusive behavior and conduct. Knowledge of professional ethics, responsibilities, and norms of engineering practice. Awareness of the need for diversity by reason of ethnicity, gender, age, physical ability etc. with mutual understanding and respect, and of inclusive attitudes.

------------------ 2024 Scheme - Course Outcomes (COs) --------------------

Semester I

2. C102 GBPHT121 Physics For Electrical Science
CO’s	Course Outcomes	Level
CO1	Explain the fundamentals of Semiconductor Physics.	L2
CO2	Describe the behaviour of semiconductor materials in semiconductor devices.	L2
CO3	Explain Superconductivity and basic theory of dielectrics	L2
CO4	Apply the comprehended knowledge about laser and fibre optics in various engineering applications	L3
CO5	Apply basic knowledge of principles and theories in physics to conduct experiments.	L3

3. C103 GMEST103 Engineering Graphics And Computer Aided Drawing
CO’s	Course Outcomes	Level
CO1	Explain the projection of points and lines located in different quadrants	L2
CO2	Prepare Multiview orthographic projections of objects by visualizing them in different positions	L3
CO3	Plot sectional views and develop surfaces of a given object	L2
CO4	Prepare pictorial drawings using the principles of isometric projection	L3
CO5	Sketch simple drawing using CAD tools.	L2

4. C104 GXEST104 Introduction To Electrical And Electronics Engineering
CO’s	Course Outcomes	Level
CO1	Apply fundamental concepts and circuit laws to solve simple DC/AC electric circuits	L3
CO2	Classify series and parallel magnetic circuits	L2
CO3	Explain three phase AC systems	L2
CO4	Describe the fundamental concepts of electronic components and devices	L2
CO5	Outline the principles of communication systems	L2
CO6	Explain various applications of modern electronics in the contemporary world	L2

5. C105 UCEST105 Algorithmic Thinking With Python
CO’s	Course Outcomes	Level
CO 1	Interpret computing as a model for solving real-world problems.	L2
CO 2	Develop algorithms and flowcharts to represent efficient solutions for computational problems.	L3
CO 3	Utilize effective algorithms to solve the formulated models and translate algorithms into executable programs.	L3
CO 4	Utilize problem-solving strategies in Python programming.	L3

6. C106 PWT127 Health And Wellness
CO’s	Course Outcomes	Level
CO 1	Explain the different human body systems and describe various types of physical activities along with methods to measure and quantify these activities.	L2
CO2	Explain how to maintain or improve health and wellness through psychological practices, dietary habits, and sports activities.	L2
CO3	Describe common hypokinetic disorders and musculoskeletal disorders, and describe the importance of leading a healthy lifestyle through the practice of yoga and abstaining from addictive substances.	L2
CO4	Explain the basics of first aid and describe common sports injuries	L2

7. C107 GXESL106 Basic Electrical And Electronics Engineering Workshop
CO’s	Course Outcomes	Level
CO1	Demonstrate safety measures against electrical shocks	L2
CO2	Explain the functions of with transformers, rheostats, batteries and earthing schemes	L2
CO3	Illustrate the connection diagram and identify the suitable accessories necessary for wiring simple electric circuits	L2
CO4	Identify various electronic components	L3
CO5	Utilize various measuring instruments	L3
CO6	Apply the design procedure of simple electronic circuits on breadboard and PCB	L3
CO7	Build the ability to work in a team with good interpersonal skills	L3

Semester II

1. C108- GYMAT201 Mathematics for Physical Science
CO’s	Course Outcomes	Level
CO1	Compute the partial and total derivatives and maxima and minima of multivariable functions and to apply in engineering problems.	L2
CO2	Apply theoretical idea of multiple integrals and to apply them to find areas and volumes of geometrical shapes.	L3
CO3	Compute the derivatives and line integrals of vector functions and to learn their applications.	L2
CO4	Apply the concepts of surface and volume integrals and to learn their inter-relations and applications.	L3

2. C109- GXCYT122 CHEMISTRY FOR INFORMATION SCIENCE AND ELECTRICAL SCIENCE
CO’s	Course Outcomes	Level
CO1	Explain the Basic Concepts of Electrochemistry and Corrosion to explore the possible applications in various engineering fields	L2
CO2	Describe the use of various engineering materials in different industries	L2
CO3	Apply appropriate analytical techniques for the synthesis and characterization of various engineering materials.	L3
CO4	Outline various water treatment and waste management methods	L2

3. C110 – GXEST203 Foundations Of Computing: From Hardware Essentials To Web Design
CO’s	Course Outcomes	Level
CO1	Identify the fundamental components and the working of an IT environment.	L3
CO2	Explain the data representations, CPU architectures, and the basic functioning of a computer.	L2
CO3	Explain the operating systems, computer network architecture, and necessary protocols used.	L2
CO4	Develop simple interactive web pages and validate the inputs.	L3

4. C 111 – GXEST204 Programming in C
CO’s	Course Outcomes	Level
CO1	Infer a computational problem and develop C programs from them using basic constructs of C language including the control statements.	L2
CO2	Develop C programs using arrays, matrices, and strings.	L3
CO3	Utilize functions to find solution to the computational problems by dividing it into a number of modules and abstract data types.	L3
CO4	Develop C programs using pointers for dynamic data handling.	L3
CO5	Use files in C to permanently store and manipulate data.	L3

5. C 112 – PCECT205 Network Theory
CO’s	Course Outcomes	Level
CO 1	Analyze electrical networks using mesh and node methods	L4
CO 2	Apply network theorems to electrical networks.	L3
CO 3	Analyze transient behavior of electrical networks using Laplace transforms	L4
CO 4	Identify the network functions and parameters of single-port and two port networks.	L3

6. C 113 – UCEST206 Engineering Entrepreneurship & IPR
CO’s	Course Outcomes	Level
CO 1	Describe foundational knowledge of Innovation and Entrepreneurship,Intellectual Property Rights (IPR) and their importance for startups.	L2
CO2	Develop a framework for identifying, curating and validating engineering-based business ideas.	L3
CO3	Identify essential tools for understanding product-market fit and customer needs.	L3
CO4	Prepare a comprehensive business plan for a new venture.	L3
CO5	Develop skills for prototyping, stakeholder engagement, and team collaboration.	L3

7. C 114 – UCHUT128 Life Skills & Professional Communication
CO’s	Course Outcomes	Level
CO1	Develop the ability to know & understand oneself, show confidence in one’s potential & capabilities, set goals and develop plans to accomplish tasks	L3
CO2	Develop the ability to communicate and connect with others, participate in groups/teams, empathies, respect diversity, be responsible and understand the need to exercise emotional intelligence	L3
CO3	Develop thinking skills, problem-solving and decision-making skills	L3
CO4	Develop listening, reading, writing & speaking skills, ability to comprehend & successfully convey any idea, and ability to analyze, interpret & effectively summarize textual, audio & visual content	L3
CO5	Develop the ability to create effective presentations through audio-visual mediums with the use of technology tools and initiate effective use of social media platforms & tech forums for content delivery and discussions	L3
CO6	Perform profile-building exercises in line with the professional requirements, and start networking with professionals/academicians	L3

8. C 115 – GXESL208 IT Workshop
CO’s	Course Outcomes	Level
CO1	Demonstrate the interfacing of fundamental hardware components with software systems.	L3
CO2	Apply Linux command line commands and shell scripting to solve computing tasks.	L3
CO3	Perform network communication analysis using Wireshark.	L3
CO4	Develop basic websites using HTML,CSS & JavaScript and version control tools.	L3

Semester III

1. C201- GYMAT301 Mathematics for Electrical Science and Physical Science-3
CO’s	Course Outcomes	Level
CO1	Apply Fourier transformations for solving problems in engineering.	L3
CO2	Apply conformal mappings of analytical function in engineering and physical problems.	L3
CO3	Evaluate complex integrals using Cauchy’s Integral theorem and Cauchy’s Integral formula.	L3
CO4	Apply Cauchy’s residue theorem for evaluate real integrals	L3

2. C202- PCECT302 Solid State Devices
CO’s	Course Outcomes	Level
CO1	Apply Fermi-Dirac statistics to compare equilibrium carrier concentration.	L3
CO2	Obtain the current densities due to different carrier transport mechanisms in extrinsic semiconductors	L3
CO3	Apply the concept of semiconductor physics to solve the current components in semiconductor devices.	L3
CO4	Analyse the response of semiconductor devices for different biasing conditions	L3
CO5	Outline the effects of scaling in semiconductor devices	L2

3. C 203 – PCECT303 Analog Circuits
CO’s	Course Outcomes	Level
CO1	Design wave shaping circuits using first order RC network and diodes.	L3
CO2	Analyze single stage and multistage BJT amplifier circuits using equivalent models	L3
CO3	Apply the principles of feedback in the design of oscillators	L3
CO4	Design power amplifiers and voltage regulator circuits	L3

4. C 204 – PBECT304 Logic Circuit Design
CO’s	Course Outcomes	Level
CO1	Apply the knowledge of digital representation of information and Boolean algebra to deduce optimal digital circuits.	L3
CO2	Design combinational logic circuits, sequential logic circuits and finite state machines.	L3
CO3	Implement combinational logic circuits through gate level Verilog HDL.	L3
CO4	Compare the performance of logic families with respect to different electrical characteristics.	L2

5. C205 GNEST305 -Introduction to Artificial Intelligence and Data Science
CO’s	Course Outcomes	Level
CO 1	Apply the concept of machine learning algorithms including neural networks and supervised/unsupervised learning techniques for engineering applications.	L3
CO 2	Apply advanced mathematical concepts such as matrix operations, singular values, and principal component analysis to analyze and solve engineering problems.	L3
CO 3	Analyze and interpret data using statistical methods including descriptive statistics, correlation, and regression analysis to derive meaningful insights and make informed decisions.	L3
CO 4	Integrate statistical approaches and machine learning techniques to ensure practically feasible solutions in engineering contexts.	L3

6. C206 – UCHUT347 Engineering Ethics and Sustainable Development
CO’s	Course Outcomes	Level
CO 1	Develop the ability to apply the principles of engineering ethics in their professional life.	L3
CO2	Develop the ability to exercise gender-sensitive practices in their professional lives	L4
CO 3	Develop the ability to explore contemporary environmental issues and sustainable practices.	L5
CO 4	Develop the ability to analyse the role of engineers in promoting sustainability and climate resilience.	L4
CO 5	Develop interest and skills in addressing pertinent environmental and climate-related challenges through a sustainable engineering approach.	L3

7. C207 – PCECL307 Analog Circuits Lab
CO’s	Course Outcomes	Level
CO1	Implement basic analog circuits using discrete components.	L3
CO2	Simulate the functioning of basic analog circuits using simulation tools	L3
CO3	Examine a given circuit to analyze its performance.	L3
CO4	Function effectively as an individual and in a team to accomplish the given task.	L4

8. C208 – PCECL308 Logic Circuit Design Lab
CO’s	Course Outcomes	Level
CO1	Design various combinational and sequential circuits using ICs	L3
CO2	Apply an industry compatible hardware description language to implement digital circuits	L3
CO3	Implement digital circuits on FPGA boards and connect external hardware to the boards	L3
CO4	Function effectively as an individual and in a team to accomplish the given task.	L4

Semester IV

1. C209-GBMAT401 Mathematics for Electrical Science-4
CO’s	Course outcomes	Level
CO1	Describe fundamental concept, properties and important models of discrete random variables and to apply in suitable random phenomena	L2
CO2	Describe fundamental concept, properties and important models of continuous random variables and to apply in suitable random phenomena	L2
CO3	Estimate population parameters, assess their certainity with confidence intervals and test hypotheses about population means and proportions using z-tests and the one-sample t-test	L3
CO4	Analyze random processes by classifying them, describing their properties, utilizing autocorrelation functions and understanding their applications in areas like signal processing and communication systems.	L4

2. C210- PCECT402 Signals and Systems
CO’s	Course Outcomes	Level
CO1	Classify continuous and discrete time signals and systems based on their properties and perform basic operations on signals	L2
CO2	Determine the stability and causality of LTI systems using convolution operations.	L2
CO3	Analyze signals in frequency domain using various transforms and examine their properties.	L4
CO4	Interpret the use of various transforms to analyze continuous and discrete time LTI systems.	L2

3. C 211 – PCECT403 Linear Integrated Circuits
CO’s	Course Outcomes	Level
CO1	Summarize the concepts of operational amplifiers and differential amplifier configurations.	L2
CO2	Design operational amplifier circuits for various applications.	L3
CO3	Choose integrated circuit chips for various linear circuit applications	L3
CO4	Implement various applications using specific integrated circuit chips.	L3

4. C 212 – PBECT404 Microcontrollers
CO’s	Course Outcomes	Level
CO1	Outline Architecture of Microcontroller	L2
CO2	Develop Microcontroller programs	L3
CO3	Design various interfaces to Microcontroller	L3
CO4	Implement an Embedded System	L3

5. C213 PE ECT 411 Instrumentation
CO’s	Course Outcomes	Level
CO 1	Interpret the basic concepts of measuring instruments, its classification, and selection criteria	L2
CO 2	Outline the principle, construction and working of transducers for measuring physical variables.	L2
CO 3	Summarise the principle, construction and working of various electronic measuring instruments.	L2
CO 4	Apply PLC programming for selected industrial processes	L3

6. C214 – PEECT416 Digital System Design
CO’s	Course Outcomes	Level
CO 1	Analyze asynchronous and clocked synchronous sequential circuits	L3
CO2	Design hazard-free digital circuits	L3
CO3	Identify faults in digital circuits	L3
CO4	Apply VHDL programming in digital system design	L3

7. C215 – UCHUT346 Economics for Engineers
CO’s	Course Outcomes	Level
CO1	Describe the fundamentals of various economic issues using laws and learn the concepts of demand, supply, elasticity and production function.	L2
CO2	Develop decision making capability by applying concepts relating to costs and revenue, and acquire knowledge regarding the functioning of firms in different market situations.	L3
CO3	Outline the macroeconomic principles of monetary and fiscal systems and national income.	L2
CO4	Make use of the possibilities of value analysis and engineering, and take investment decisions through capital budgeting techniques.	L3

8. C216 – PCECL407 Linear Integrated Circuits Lab
CO’s	Course Outcomes	Level
CO1	Implement basic linear integrated circuits using Op Amps.	L3
CO2	Implement basic linear integrated circuits using linear ICs.	L3
CO3	Simulate the functioning of basic linear integrated circuits and linear ICs using simulation tools.	L3
CO4	Analyze the operation of a given circuit and troubleshoot faults effectively.	L4

9. C217 -PCECL408 Microcontroller Lab
CO’s	Course Outcomes	Level
CO1	Develop 8051 Microcontroller programs.	L3
CO2	Develop ALP/Embedded C Programs to interface 8051 microcontroller with peripherals	L3
CO3	Implement an Embedded System with Advanced Microcontroller using C language	L3
CO4	Utilize one’s ability as an individual or in a team for the effective communication, practical skill and document design	L3

Semester V

1. C301- PCECT501 ELECTROMAGNETICS
CO’s	Course Outcomes	Level
CO1	Summarize the basic mathematical concepts related to electromagnetic vector fields.	L2
CO2	Apply Maxwell’s equations in different forms to diverse electromagnetic problems.	L3
CO3	Analyze reflection, refraction and power density of electromagnetic waves.	L3
CO4	Analyse the propagation of EM waves in transmission lines and wave guides.	L3

2. C302-PCECT502 ANALOG AND DIGITAL COMMUNICATION
CO’s	Course Outcomes	Level
CO1	Illustrate the principles of analog communication systems	L3
CO2	Explain the basic concepts of digital communication	L3
CO3	Analyse the baseband transmission of digital data through AWGN channel	L3
CO4	Explain various digital modulation techniques in the design of digital communication systems	L2

3. C 303 – PCECT503 CONTROL SYSTEMS
CO’s	Course Outcomes	Level
CO1	Analyze the systems using transfer function approach	L4
CO2	Perform time domain analysis and steady state analysis of systems	L2
CO3	Determine the absolute stability and relative stability of a system using Routh Hurwitz Criterion and root locus	L2
CO4	Apply frequency domain techniques to design a control system with suitable compensation techniques	L3
CO5	Analyze system Controllability and Observability using state space representation	L4

4. C 304 – PBECT504 DIGITAL SIGNAL PROCESSING
CO’s	Course Outcomes	Level
CO1	Apply the fundamental properties and relations relevant to DFT to solve basic problems involving DFT-based filtering methods.	L3
CO2	Design linear phase FIR filters and IIR filters of different specifications	L3
CO3	Realise the various FIR and IIR filter structures for a given system function.	L3
CO4	Obtain DFT efficiently using FFT method	L3
CO5	Explain the architecture of a DSP processor.	L2

5. C305 PEECT521 -BIOMEDICAL ENGINEERING
CO’s	Course Outcomes	Level
CO 1	Outline the basic bioelectric potentials and their implications in diagnostics	L2
CO 2	Summarize the principles used for diagnosis of abnormalities in the cardiovascular system	L2
CO 3	Describe the techniques used for diagnosis and therapy in the neuromuscular and myoelectric systems.	L2
CO 4	Illustrate the principle and working of different types of bio medical equipment/devices	L2
CO 5	Explain various diagnostic medical imaging techniques.	L2

6. C306 – PEECT 523 SENSORS AND ACTUATORS
CO’s	Course Outcomes	Level
CO 1	Describe Sensor Fundamentals	L2
CO2	Explain the basic principles and concepts of commonly used different types of sensors, including their purpose, how they work, and the various types of sensors available.	L2
CO 3	Illustrate the working principles of smart sensors	L2
CO4	Explain the working principle of different types of actuators.	L2

7. C307 – PBECL507 DIGITAL SIGNAL PROCESSING LAB
CO’s	Course Outcomes	Level
CO1	Simulate elementary discrete time signals	L3
CO2	Implement convolution operation	L3
CO3	Implement LTI systems to compute their responses	L3
CO4	Examine the relation between DTFT and DFT	L3
CO5	Implement FIR and IIR filters	L3

8. C308 – PCECL508 COMMUNICATION LAB I
CO’s	Course Outcomes	Level
CO1	Construct simple prototype circuits for digital modulation techniques working in a team	L3
CO2	Simulate the error performance of a digital communication system using standard binary and M-ary modulation schemes	L3
CO3	Develop hands on skills to emulate a communication system with Software Defined Radio working in a team	L3

------------------ 2019 Scheme - Course Outcomes (COs) --------------------

Semester III

MAT 201 PARTIAL DIFFERENTIAL EQUATIONS AND COMPLEXANALYSIS
CO	Course Outcomes	Bloom’sLevel
CO1	Understand the concept and the solution of partial differential equation.	L2
CO2	Analyse and solve one dimensional wave equation and heat equation.	L3
CO3	Understand complex functions,its continuity differentiability with the us eof Cauchy-Riemann equations.	L2
CO4	Evaluate complex integrals using Cauchy’s integral theorem and Cauchy’s integral formula, understand the series expansion of analytic function	L3
CO5	Understand the series expansion of complex function about a singularity and Apply residue theorem to compute several kinds of real integrals	L2

ECT201 SOLIDSTATEDEVICES
CO	CourseOutcomes	Bloom’sLevel
CO1	Obtain the carrier concentration in a semiconductor at equilibrium	L3
CO2	Explain the current due to drift and diffusion mechanisms in a semiconductor	L2
CO3	Derive the current equations in a PN junction diode and BJT.	L2
CO4	Explain the concept of MOS capacitor.	L2
CO5	Explain the short channel effects of MOSFETs	L2

EC203 LOGIC CIRCUIT DESIGN
CO	CourseOutcomes	Bloom’sLevel
CO1	Explain the elements of digital system abstractions such as digital representations of information,digital logic,and Boolean algebra.	L2
CO2	Create an implementation of a combinational logic function described by a truth table using and/or/inv gates/muxes.	L3
CO3	Design combinational and arithmetic logic circuits through gate level Verilog models.	L3
CO4	Design sequential logic circuits using the basic building blocks like flip-flops.	L3
CO5	Compare different types of logic families with respect to performance and efficiency.	L2

ECT 205 NETWORK
CO	Course Outcomes	Bloom’sLevel
CO1	Analyze electrical circuits using laws of circuit analysis.	L4
CO2	Solve complex electrical circuits using network theorems.	L3
CO3	Apply laplace transform to study the transient behavior of RLC network or given inputs	L3
CO4	Analyze the single port and two Port network using Network Functions and network Parameters.	L4
CO5	Derive the relationship between different parameters of a two port network.	L2

HUT200 PROFESSIONAL ETHICS
CO	Course Outcomes	Bloom’sLevel
CO1	Understand the core values that shape the ethical behaviour of a professional.	L2
CO2	Adopt a good character and follow an ethical life.	L3
CO3	Explain the role and responsibility in technological development by keeping personal ethics and legal ethics.	L2
CO4	Solve moral and ethical problems through exploration and assessment by established experiments.	L3
CO5	Apply the knowledge of human values and social values to contemporary ethical values and global issues.	L3

MCN201 SUSTAINABLE ENGINEERING
CO	Course Outcomes	Bloom’sLevel
CO1	Understand the relevance and the concept of sustainability and the global initiatives in this direction	L2
CO2	Explain he different types of environmental pollution problems and their sustainable solutions	L2
CO3	Discuss the environmental regulations and standards.	L2
CO4	Outline the concepts related to conventional and non-conventional energy	L2
CO5	Demonstrate the broad perspective of sustainable practices by utilizing engineering knowledge and principles	L2

ECL201 SCIENTIFIC COMPUTING LAB
CO	Course Outcomes	Bloom’sLevel
CO1	Describe the needs and requirements of scientific computing and to familiarize one programming language for scientific computing and data visualization.	L2
CO2	Approximate an array/matrix with matrix decomposition.	L3
CO3	Implement numerical integration and differentiation.	L3
CO4	Realize how periodic functions are constituted by sinusoids.	L
CO5	Simulate random processes and understand their statistics.	L3

ECL203 LOGIC DESIGN LAB
CO	Course Outcomes	Bloom’sLevel
CO1	Build combinational circuits for specifi capplications.	L3
CO2	Build Sequential circuits for specific applications.	L3
CO3	Apply an industry compatible hardware description language to implement digital circuits.	L3
CO4	Construct digital circuits on FPGA boards and connect external hardware to the Boards.	L3
CO5	Utilize one’s ability as an individual or in a team for the effective communication, practical skill and document design.	L3

Semester IV

MAT204 PROBABILITY, RANDOM PROCESS & NUMERICALMETHODS
CO	Course Outcomes	Bloom’sLevel
CO1	Describe the concept, properties and important models of discrete random variables, and using them analyze suitable random phenomena	L2
CO2	Describe the concept, properties and important models of continuous random variables, and using them analyze suitable random phenomena.	L2
CO3	Analyze random processes using autocorrelation, power spectrum and Poisson process model as appropriate	L3
CO4	Compute roots of equations, evaluate definite integrals and perform interpolation on given numerical data using standard numerical techniques	L2
CO5	Apply standard numerical techniques for solving systems of equations, fitting curves on given numerical data and solving ordinary differential equations	L3

ECT202 ANALOG CIRCUITS
CO	Course Outcomes	Bloom’sLevel
CO1	Design analog signal processing circuits using diodes and first order RC circuits.	L3
CO2	Analyse an amplifier using BJT.	L3
CO3	Analyse an amplifier using MOSFET.	L3
CO4	Design oscillator using BJT to generate sine waves for the given frequency.	L3
CO5	Design voltage regulator for the given specifications.	L3

	ECT 204 Signals & Systems
CO	Course Outcomes	Bloom’sLevel
CO1	Apply properties of signals and systems to classify them.	L3
CO2	Obtain signals with the help of series and transforms	L3
CO3	Describe orthogonality of signals and convolution integral	L2
CO4	Apply transfer function to compute the LTI response to input signals	L3
CO5	Explain sampling theorem to discretize continuous time signals	L2

ECT206 COMPUTER ARCHITECTURE AND MICROCONTROLLERS
CO	Course Outcomes	Bloom’sLevel
CO1	Explain the functional units, I/O and memory management w.r.t a typical computer architecture	L2
CO2	Distinguish between microprocessor and microcontroller	L2
CO3	Develop simple programs using assembly language programming	L3
CO4	Explain Interfacing 8051 microcontroller with peripheral devices using ALP/ Embedded C	L2
CO5	Explain system software and Advanced RISC machine Architecture	L2

EST200 DESIGN AND ENGINEERING
CO	Course Outcomes	Bloom’sLevel
CO1	Explain the different concepts and principles involved in design engineering	L2
CO2	Design products through various stages of design process.	L3
CO3	Apply design thinking while learning and practicing engineering	L3
CO4	Realize the basic tools used and approaches in design.	L3
CO5	Develop innovative, reliable, sustainable and economically viable designs incorporating knowledge in engineering.	L3

MCN202 CONSTITUTION OF INDIA
CO	Course Outcomes	Bloom’sLevel
CO1	Explain the background of the present constitution of India and features.	L2
CO2	Utilize the fundamental rights and duties.	L3
CO3	Describe the working of the union executive, parliament and judiciary.	L2
CO4	Explain the working of the state executive, legislature and judiciary.	L2
CO5	Utilize the special provisions and statutory institutions.	L3
CO6	Show national and patriotic spirit as responsible citizens of the country	L2

ECL202 ANALOG CIRCUITS AND SIMULATION LAB
CO	Course Outcomes	Bloom’sLevel
CO1	Design and demonstrate analog circuits using diodes and first order RC circuit.	L3
CO2	Design and demonstrate different amplifier circuit using BJT & MOSFET transistor.	L3
CO3	Design and simulate the functioning of basic analog circuits using simulation tools.	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

ECL204 MICROCONTROLLER LAB
CO	Course Outcomes	Bloom’sLevel
CO1	Write an Assembly language program/Embedded C program for performing data manipulation.	L2
CO2	Demonstrate ability to handle sorting operations and using assembly language programming using 8051	L2
CO3	Develop ALP/Embedded C Programs to interface microcontroller with peripherals	L3
CO4	Perform programming/interfacing experiments with IDE for modern microcontrollers	L3
CO5	Utilize one’s ability as an individual or in a team for the effective communication, practical skill and document design	L3

Semester V

ECT301 LINEAR INTEGRATED CIRCUITS
CO	Course Outcomes	Bloom’sLevel
CO1	Describe Op Amp fundamentals and differential amplifier configurations.	L2
CO2	Design operational amplifier circuits for various applications.	L3
CO3	Design Oscillators and active filters using opamps.	L3
CO4	Explain the working and applications of timer, VCO and PLL ICs.	L2
CO5	Outline the working of Voltage regulator IC’s and Data converters.	L2

ECT303 DIGITAL SIGNAL PROCESSING
CO	Course Outcomes	Bloom’sLevel
CO1	Solve problems involving the fundamental properties and relations of DFT and DFT-based filtering methods.	L3
CO2	Compute DFT and IDFT using DIT and DIF radix-2 FFT algorithms.	L2
CO3	Design linear phase FIR filters and IIR filters for a given specification	L3
CO4	Illustrate the various FIR and IIR filter structures for the realization of the given system function	L2
CO5	Explain the basic multi-rate DSP operations decimation and interpolation in both time and frequency domains using supported mathematical equations.	L2
CO6	Explain the architecture of DSP processor (TMS320C67xx) and the finite word length effects	L2

ECT305 ANALOG AND DIGITAL COMMUNICATIONS
CO	Course Outcomes	Bloom’sLevel
CO1	Explain the existent analog communication systems.	L2
CO2	Apply the concepts of random processes to LTI systems.	L3
CO3	Apply waveform coding techniques in digital transmission.	L3
CO4	Apply GS procedure to develop digital receivers.	L3
CO5	Apply equalizer design to counteract ISI.	L3
CO6	Apply digital modulation techniques in signal transmission.	L3

ECT307 CONTROL SYSTEMS
CO	Course Outcomes	Bloom’sLevel
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	Apply frequency domain techniques to assess the system performance	L3
CO5	Obtain the state space representation of discrete time systems	L3

HUT300 INDUSTRIAL ECONOMICS AND FOREIGN TRADE
CO	Course Outcomes	Bloom’sLevel
CO1	Explain the problem of scarcity of resources and consumer behavior, and to evaluatethe impact of government policies on the general economic welfare.	L2
CO2	Apply appropriate decisions regarding volume of output and to evaluate the social costof production.	L3
CO3	Analyse the functional requirement of a firm under various competitive conditions.	L4
CO4	Examine the overall performance of the economy, and the regulation of economicfluctuations and its impact on various sections in the society.	L4
CO5	Analyse the impact of changes in global economic policies on the businessopportunities of a firm.	L4

MCN301 DISASTER MANAGEMENT
CO	Course Outcomes	Bloom’s Level
CO1	Define and use various terminologies in use in disaster management parlance and organize each of these terms in relation to the disaster management cycle.	L1
CO2	Distinguish between different hazard types and vulnerability types and do vulnerability assessment.	L2
CO3	Identify the components and describe the process of risk assessment, and apply appropriate methodologies to assess risk.	L3
CO4	Explain the core elements and phases of Disaster Risk Management and develop possible measures to reduce disaster risks across sector and community.	L2
CO5	Identify factors that determine the nature of disaster response and discuss the various disaster response actions.	L3
CO6	Explain the various legislations and best practices for disaster management and risk reduction at national and international level.	L2

ECL331 ANALOG INTEGRATED CIRCUITS AND SIMULATIONLAB
CO	Course Outcomes	Bloom’sLevel
CO1	Design basic analog integrated circuits using Analog ICs.	L3
CO2	Design Oscillators and waveform generators using Opamps.	L3
CO3	Design application circuit of timer, VCO and PLL ICs.	L3
CO4	Simulate various Op-Amp circuits using PSpice	L3
CO5	Perform effectively as an individual and in a team to accomplish the given task.	L3

ECL333 DIGITAL SIGNAL PROCESSING LAB
CO	Course Outcomes	Bloom’sLevel
CO1	Simulate digital signals.	L3
CO2	Analyse the properties of DFT computationally	L4
CO3	Demonstrate the use of DSP hardware with a computer.	L3
CO4	Implement LTI systems with linear convolution and block convolution	L3
CO5	Implement FFT and IFFT and use it on real time signals.	L3
CO6	Implement FIR low pass filter.	L3

Semester VI

ECT302 ELECTROMAGNETICS
CO	Course Outcomes	Bloom’sLevel
CO1	Summarize the basic mathematical concepts related to electromagnetic vector fields	L2
CO2	Analyse Maxwell’s equation in different forms and apply them to diverse engineering problems.	L3
CO3	Analyse electromagnetic wave propagation and wave polarization.	L3
CO4	Analyse the characteristics of transmission lines and solve the transmission line problems using Smith chart.	L3
CO5	Analyse and evaluate the propagation of EM waves in Wave guides	L3

ECT304 VLSI CIRCUIT DESIGN
CO	Course Outcomes	Bloom’sLevel
CO1	Explain the various methodologies in ASIC and FPGA design.	L2
CO2	DesignVLSI Logic circuits with various MOSFET logic families.	L3
CO3	Compare different types of memory elements.	L2
CO4	Design data path elements such as Adders and multipliers.	L3
CO5	Explain MOSFET fabrication techniques and layout design rules.	L2

ECT306 INFORMATION THEORY AND CODING
CO	Course Outcomes	Bloom’sLevel
CO1	Explain measures of information – entropy, conditional entropy, mutual information	L2
CO2	Explain Shannon’s source coding theorem for data compression and the concept of channel capacity for characterize limits of error-free transmission	L2
CO3	Design linear block codes for error detection and correction.	L3
CO4	Design algebraic codes with reduced structural complexity for error correction.	L3
CO5	Explain encoding and decoding of convolutional and LDPC codes	L2

ECT362 INTRODUCTION TO MEMS
CO	Course Outcomes	Bloom’sLevel
CO1	Describe the working principles of micro sensors and actuators	L2
CO2	Identify commonly used mechanical structures in MEMS	L3
CO3	Explain the application of scaling laws in the design of micro systems	L2
CO4	Identify the typical materials used for fabrication of micro systems	L3
CO5	Explain the principles of standard micro fabrication techniques	L2
CO6	Describe the challenges in the design and fabrication of Micro systems	L2

HUT310 MANAGEMENT FOR ENGINEERS
CO	Course Outcomes	Bloom’sLevel
CO1	Explain the characteristics of management in the contemporary context	L2
CO2	Describe the functions of management	L2
CO3	Analyze ability in decision making process and productivity analysis	L3
CO4	Illustrate project management technique and develop a project	L2
CO5	Explain the concept of entrepreneurship and create business plans	L2

ECT308 COMPREHENSIVE COURSE
CO	Course Outcomes	Bloom’sLevel
CO1	Apply the knowledge of circuit theorems and solid-state physics to solve the problems in electronic Circuits.	L3
CO2	Design a logic circuit for a specific application	L3
CO3	Design linear IC circuits for linear and non-linear circuit applications.	L3
CO4	Explain basic signal processing operations and Filter designs	L2
CO5	Explain existent analog and digital communication systems	L2

ECL332 COMMUNICATION LAB
CO	Course Outcomes	Bloom’sLevel
CO1	Construct simple prototype circuits for digital modulation techniques working in a team	L3
CO2	Simulate the error performance of a digital communication system using standard binary and M-ary modulation schemes	L3
CO3	Develop hands on skills to emulate a communication system with Software Defined Radio working in a team	L3

ECD334 MINIPROJECT
CO	Course Outcomes	Bloom’sLevel
CO1	Make use of the acquired knowledge within the selected area of technology for project development.	L3
CO2	Identify the technical aspects oriented along the design aspects of the project with a systematic approach.	L3
CO3	Relate the technical aspects for engineering projects.	L2
CO4	Develop the technical projects with team work	L3
CO5	Summarize effectively project related activities.	L2

Semester VII

ECT401 MICROWAVES AND ANTENNAS
COs	CourseOutcomes	Bloom’s Level
CO1	Explain the basic concept of antennas and its parameters.	L2
CO2	Analyze the farfield pattern of short dipole and Halfwavedipole antenna	L3
CO3	Design of various broadband antennas,arrays and its radiation patterns.	L3
CO4	Illustrate the principle of operation of cavity resonators and various microwave sources.	L2
CO5	Explain various microwave hybrid circuits and microwave semiconductor devices.	L2

2. ECT413 OPTICAL FIBER COMMUNICATION
COs	CourseOutcomes	Bloom’s Level
CO1	Explain the working and classification of optical fibers in terms of propagation modes.	L2
CO2	Solve problems of transmission characteristics and losses in optical fiber.	L3
CO3	Explain the constructional features and the characteristics of optical sources and detectors.	L2
CO4	Describe the operations of optical amplifiers.	L2
CO5	Explain the concept of WDM, FSO and LiFi.	L2

3. CET455 ENVIRONMENTAL HEALTH AND SAFETY
COs	CourseOutcomes	Bloom’s Level
CO1	Explain the Toxicology and Occupational Health associated with industries.	L2
CO2	Identify chemical and microbial agents that originate in the environment and can impact human health.	L3
CO3	Describe various measures to ensure safety in Construction industry.	L2
CO4	Explain the effect of air and water pollution on environment.	L2
CO5	Describe the safety measures against various environmental hazards.	L2

4. MCN401 INDUSTRIAL SAFETY ENGINEERING
COs	CourseOutcomes	Bloom’s Level
CO1	Describe the theories of accident causation and preventive measures of industrial accidents.	L2
CO2	Explain about personal protective equipment, its selection, safety performance & indicators and importance of housekeeping.	L2
CO3	Explain Different issues in construction industries.	L2
CO4	Describe various hazards associated with different machines and mechanical material handling.	L2
CO5	Utilize different hazard identification tools in different industries with the knowledge of different types of chemical hazards.	L3

5. ECL411 ELECTROMAGNETICS LAB
COs	CourseOutcomes	Bloom’s Level
CO1	Analyze few microwave measurements and its parameters with familiarization to basic microwave components.	L3
CO2	Illustrate the basic principles of fiber-optic communications, different kind of losses, signal distortion and other signal degradation factors.	L2
CO3	Simulate basic antenna experiments with simulation tools.	L3

6. ECQ413 SEMINAR
COs	CourseOutcomes	Bloom’s Level
CO1	Identify literatures related to his/her areas of interest.	L3
CO2	Examine the identified literatures in depth.	L4
CO3	Prepare a technical presentation based on the review.	L3
CO4	Develop effective communication skills to present his/her understanding based on the literatures reviewed.	L3
CO5	Prepare a technical report regarding the study.	L3

7.ECD415 PROJECT PHASE I
COs	CourseOutcomes	Bloom’s Level
CO1	Identify solutions for real world problems by applying knowledge across domains.	L3
CO2	Build products ,processes ,or technologies for sustainable and socially relevant applications.	L6
CO3	Develop the capability to function effectively as an individual and as a leader in diverse teams to comprehend and execute designated tasks.	L3
CO4	Organize tasks utilizing available resources within timelines, following ethical and professional norms.	L3
CO5	Examine technology / research gaps to propose innovative/creative solutions.	L4
CO6	Organize technical and scientific findings effectively in written and oral forms	L3

Semester VIII

1.ECT402 WIRELESS COMMUNICATION
COs	CourseOutcomes	Bloom’s Level
CO1	Summarize the basics of cellular system and cellular design fundamentals.	L2
CO2	Describe the capacity of wireless channel models.	L2
CO3	Analyze the performance of the modulation techniques for flat-fading channel multicarrier modulation.	L4
CO4	Illustrate how receiver performance can be enhanced by various diversity techniques.	L2
CO5	Identify advantages of various equalization techniques and multiple-access techniques in wireless communication.	L3
CO6	Calculate system parameters such antenna height, range, maximum usable frequency in different modes of radiowave propagation.	L2

2. ECT474 ENTREPRENEURSHIP
COs	CourseOutcomes	Bloom’s Level
CO1	Discuss the fundamental concepts of entrepreneurship, entrepreneurial motivation and motivationtheories	L2
CO2	Analyze types of enterprises and ownership structure	L2
CO3	Analyze the various institutional support policies	L4
CO4	Apply project evaluation methods	L3
CO5	Evaluate enterprise financial strength	L5

ECT416 MODERN COMMUNICATION SYSTEMS
COs	CourseOutcomes	Bloom’s Level
CO1	Explain OFDM,OFDMA and SC-FDMA techniques used in cellular communication	L2
CO2	Describe the different wireless communication standards for short range communication	L2
CO3	Explain the IoT architecture and various connectivity technologies used in IoTSystems	L2
CO4	Explain the various communication standards for connected autonomous vehicles	L2
CO5	Explain the significance and architecture of software defined radio and cognitive radio	L2

4. ECT448 LOWPOWER VLSI
COs	CourseOutcomes	Bloom’s Level
CO1	Explain the various short channel effects in CMOS digital ICs.	L2
CO2	Describe the various sources of power dissipation in CMOS digital ICs.	L2
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

5. ECT404 COMPREHENSIVECOURSE VIVA
COs	CourseOutcomes	Bloom’s Level
CO1	Explain the basic concepts of electronics & 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

6. ECD416 PROJECT PHASE II
COs	CourseOutcomes	Bloom’s Level
CO1	Identify solutions for realworld problems by applying knowledge across domains.	L3
CO2	Build products, processes, or technologies for sustainable and socially relevant applications.	L6
CO3	Develop the capability to function effectively as an individual and as a leader in diverse teams to comprehend and execute designated tasks.	L3
CO4	Organize tasks utilizing available resources within timelines,following ethical and professional norms.	L3
CO5	Examine technology / research gaps to propose innovative/creative solutions.	L4
CO6	Organize technical and scientific findings effectively in written and oral forms	L3

------------------------------------------ 2015 Scheme Cos -----------------------------------

SEMESTER III

ECT 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

ECT 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

ECT 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

ECT 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

ECT 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

ECT 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

SEMESTER IV

ECT 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

ECT 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

ECT 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

ECT 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

ECT 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

ECT 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

SEMESTER V

ECT 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

ECT 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

ECT 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

ECT 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

ECT 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

ECT 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

ECT 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

SEMESTER VI

ECT302 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

ECT 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

ECT 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

ECT 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

ECT 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

ECT 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

ECT 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

SEMESTER VII

ECT 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

ECT 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

SEMESTER VIII

EC402 NANOELECTRONICSM
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

ECT 464 LOW POWER VLSI
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
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
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

ECT 492 PROJECT
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
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

ECT 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

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