Academic Department

Electrical & Electronics Engineering

Explore our programs, faculty, and research in Electrical & Electronics Engineering at TIST.

Established in 2004

B.Tech · M.Tech

NBA Accredited till 2026

Electrical & Electronics Engg. Menu

PEOs, POs, PSOs & COs

Program Educational Objectives (PEOs)

View PEO Details

PEO1. Build a solid foundation in mathematics, science, engineering and soft skills for diverse career and lifelong learning.
PEO2. Function ethically in multidisciplinary teams to develop sustainable solutions for global, environmental and social issues.
PEO3. Model, design and develop a system, component or process to meet the needs of the society and industry within realistic constraints.

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 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 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 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’sown 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 (PSOs)

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PSO1: Apply fundamental knowledge to identify, formulate, design and investigate various problems of electrical and electronic circuits, power electronics, and power systems.
PSO2: Apply modern software tools for design, simulation and analysis of electrical systems to engage in life- long learning and to successfully adapt in multi disciplinary environments.
PSO3: Solve ethically and professionally various Electrical Engineering problems in societal and environmental context and communicate effectively.

List of Courses (B.Tech EEE, 2019 Scheme)

List of Courses

Semester	Sub Code	Courses
S1	MAT 101	LINEAR ALGEBRA AND CALCULUS
	PHT110	ENGINEERING PHYSICS B
	EST100	ENGINEERING MECHANICS
	EST130	BASICS OF ELECTRICAL & ELECTRONICS ENGINEERING
	HUN101	LIFE SKILLS
	PHL120	ENGINEERING PHYSICS LAB
	ESL130	ELECTRICAL & ELECTRONICS WORKSHOP
S2	MAT 102	VECTOR CALCULUS, DIFFERENTIAL EQUATIONS AND TRANSFORMS
	CYT100	ENGINEERING CHEMISTRY
	EST110	ENGINEERING GRAPHICS
	EST120	BASICS OF CIVIL & MECHANICAL ENGINEERING
	HUN102	PROFESSIONAL COMMUNICATION
	EST102	PROGRAMMING IN C
	CYL120	ENGINEERING CHEMISTRY LAB
	ESL120	CIVIL & MECHANICAL WORKSHOP
S3	MAT201	PARTIAL DIFFERENTIAL EQUATION AND COMPLEX ANALYSIS
	EET 201	CIRCUITS AND NETWORKS
	EET 203	MEASUREMENTS AND INSTRUMENTATION (MI)
	EET 205	ANALOG ELECTRONICS (AE)
	EST 200	DESIGN AND ENGINEERING (DE)
	MCN201	SUSTAINABLE ENGINEERING
	EEL 201	CIRCUITS AND MEASUREMENTS LAB
	EEL 203	ANALOG ELECTRONICS LAB
S4	MAT204	PROBABILITY, RANDOM PROCESSES AND NUMERICAL METHODS
	EET 202	DC MACHINES & TRANSFORMERS
	EET 204	ELECTROMAGNETIC THEORY
	HUT 200	PROFESSIONAL ETHICS
	EET 206	DIGITAL ELECTRONICS
	MCN202	CONSTITUTION OF INDIA
	EEL 202	ELECTRICAL MACHINES LAB I
	EEL204	DIGITAL ELECTRONICS LAB
S5	EET301	POWER SYSTEMS I
	EET303	MICROPROCESSORS AND MICROCONTROLLERS
	EET305	SIGNALS AND SYSTEMS
	EET307	SYNCHRONOUS AND INDUCTION MACHINES
	HUT300	INDUSTRIAL ECONOMICS & FOREIGN TRADE
	MCN301	DISASTER MANAGEMENT
	EEL333	ELECTRICAL MACHINES LAB II
	EEL331	MICROPROCESSORS AND MICROCONTROLLERS LAB
S6	EET 302	LINEAR CONTROL SYSTEMS
	EET 304	POWER SYSTEM II
	EET306	POWER ELECTRONICS
	EET 308	COMPREHENSIVE COURSE WORK
	EET322	RENEWABLE ENERGY SYSTEMS
	HUT310	MANAGEMENT FOR ENGINEERS
	EEL04	POWER ELECTRONICS LAB
S7	EET 401	ADVANCED CONTROL SYSTEMS
	EET 463	ILLUMINATION TECHNOLOGY
	MCN401	INDUSTRIAL SAFETY ENGINEERING
	CET455	ENVIRONMENTAL HEALTH AND SAFETY
	EEL 411	CONTROL SYSTEMS LAB
	EEQ413	SEMINAR
	EED 415	PROJECT PHASE I
S8	EET 402	ELECTRICAL SYSTEM DESIGN AND ESTIMATION
	EET 468	INDUSTRIAL INSTRUMENTATION AND AUTOMATION
	EET424	ENERGY MANAGEMENT
	EET436	POWER QUALITY
	EET 404	COMPREHENSIVE COURSE VIVA
	EED416	PROJECT PHASE II

2019 Scheme:

SEMESTER III

MAT201 – PARTIAL DIFFERENTIAL EQUATIONS AND COMPLEX ANALYSIS
Sl.No:	Course Outcomes	Level
CO 1	Understand the concept and the solution of partial differential equation.	L2
CO2	Analyze and solve one dimensional wave equation and heat equation.	L3
CO3	Understand complex functions, its continuity differentiability with the use of 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

EET 201 Circuits and Networks
Sl. No.	Course Outcomes	Level
CO 1	Apply circuit theorems to simplify and solve complex DC and AC electric networks.	L3
CO 2	Analyse dynamic DC and AC circuits and develop the complete response to excitations.	L4
CO 3	Solve dynamic circuits by applying transformation to s-domain.	L3
CO 4	Analyse three-phase networks in Y and ∆ configurations.	L4
CO 5	Solve series /parallel resonant circuits.	L3

EET 203 Measurements And Instrumentation (MI)
Sl. No.	Course Outcomes	Level
CO1	Identify and analyse the factors affecting performance of measuring system.	L1
CO2	Choose appropriate instruments for the measurement of voltage, current in ac and dc measurements	L2
CO3	Explain the operating principle of power and energy measurement	L2
CO4	Outline the principles of operation of Magnetic measurement systems	L2
CO5	Describe the operating principle of DC and AC bridges, transducers based systems.	L2
CO6	Understand the operating principles of basic building blocks of digital systems, recording and display units	L1

EET 205 Analog Electronics(AE)
Sl. No.	Course Outcomes	Level
CO1	Design biasing scheme for transistor circuits.	L3
CO2	Model BJT and FET amplifier circuits.	L3
CO3	Identify a power amplifier with appropriate specifications for electronic circuit applications.	L3
CO4	Describe the operation of oscillator circuits using BJT.	L2
CO5	Explain the basic concepts of Operational amplifier(OPAMP)	L2
CO6	Design and developvarious OPAMP application circuits.	L3

EST 200 Design And Engineering (DE)
Sl. No.	Course Outcomes	Level
CO1	Explain the different concepts and principles involved indesign engineering.	L2
CO2	Apply design thinking while learning and practicing engineering.	L3
CO3	Develop innovative, reliable, sustainable and economicallyviable designs incorporating knowledge in engineering.	L3

MCN201 SUSTAINABLE ENGINEERING
Sl. No:	Course Outcomes	Level
CO1	Understand the relevance and the concept of sustainability and the global initiatives in this direction	L2
CO2	Explain the 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

EEL 201 Circuits And Measurements Lab
Sl. No.	Course Outcomes	Level
CO1	Analyse voltage current relations of RLC circuits	L3
CO2	Verify DC network theorems by setting up various electric circuits	L3
CO3	Measure power in a single and three phase circuits by various methods	L3
CO4	Calibrate various meters used in electrical systems.	L3
CO5	Determine magnetic characteristics of different electrical devices	L3
CO6	Analyse the characteristics of various types of transducer systems	L4
CO7	Analyse the performance of various electronic devices for an instrumentation system and, to develop the team management and documentation capabilities.	L4

EEL 203 Analog Electronics Lab
Sl. No.	Course Outcomes	Level
CO1	Use the various electronic instruments and for conducting experiments.	L3
CO2	Design and develop various electronic circuits using diodes and Zener diodes.	L3
CO3	Design and implement amplifier and oscillator circuits using BJT and JFET.	L3
CO4	Design and implement basic circuits using IC (OPAMP and 555 timers).	L3
CO5	Simulate electronic circuits using any circuit simulation software.	L3
CO6	Use PCB layout software for circuit design	L3

SEMESTER IV

MAT202 PROBABILITY, RANDOM PROCESSES AND NUMERICAL METHODS
Sl. No.	Course Outcomes	Level
CO1	Understand the concept, properties and important models of discrete random variables and, using them, analyze suitable random phenomena.	L2
CO2	Understand the concept, properties and important models of continuous random variables and, using them, analyze suitable random phenomena.	L2
CO3	Analyse 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

EET 202 DC MACHINES & TRANSFORMERS
Sl. No.	Course Outcomes	Level
CO1	Acquire knowledge about constructional details of DC machines	L1
CO2	Describe the performance characteristics of DC generators	L2
CO3	Describe the principle of operation of DC motors and select appropriate motor types for different applications	L2
CO4	Acquire knowledge in testing of DC machines to assess its performance	L3
CO5	Describe the constructional details and modes of operation of single phase and three phase transformers	L2
CO6	Analyse the performance of transformers under various conditions	L3

EET 204 ELECTROMAGNETIC THEORY
Sl. No.	Course Outcomes	Level
CO1	Apply vector analysis and coordinate systems to solve static electricand magnetic field problems.	L3
CO2	Apply Gauss Law, Coulomb’s law and Poisson to equation todetermine electrostatic field parameters	L2
CO3	Determine magnetic fields from current distributions by applyingBiot-Savart law and Amperes Circuital law.	L2
CO4	Apply Maxwell Equations for the solution of time varying fields	L3
CO5	Analyze electromagnetic wave propagation in different media.	L4

HUT 200 PROFESSIONAL ETHICS
Sl. No.	Course Outcomes	Level
CO1	Understand the core values that shape the ethical behavior 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	L2
CO4	and legal ethics.	L6
CO5	Solve moral and ethical problems through exploration and assessment by established	L3

EET 206 DIGITAL ELECTRONICS
Sl. No.	Course Outcomes	Level
CO1	Identify various number systems, binary codes and formulate digital functions using Boolean algebra.	L3
CO2	Design and implement combinational logic circuits.	L3
CO3	Design and implement sequential logic circuits.	L3
CO4	Compare the operation of various analog to digital and digital to analog conversion circuits.	L2
CO5	Explain the basic concepts of programmable logic devices and VHDL.	L2

MCN202 CONSTITUTION OF INDIA
Sl.No:	Course Outcomes	Level
CO1	Explain the background of the present constitution of India and features	L2
CO2	Utilize the fundamental rights and duties	L3
CO3	Understand the working of the union executive, parliament and judiciary.	L2
CO4	Understand 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	L1

EEL 202 ELECTRICAL MACHINES LAB I
Sl. No.	Course Outcomes	Level
CO1	Analyse the performance of DC motors and DC generators by performing load test.	L3
CO2	Sketch the Open Circuit Characteristics of a self excited DC shunt generator and check conditions of voltage build up by performing suitable experiment.	L3
CO3	Develop equivalent circuit and predetermine their regulation and efficiency by performing OC & SC tests on transformer	L3
CO4	Analyse the efficiency and regulation of the transformer by performing load test	L3
CO5	Analyse the efficiency of a DC machine when working as motor and generator by conducting suitable test.	L3
CO6	Examine the efficiency by performing Sumpner’s test on two similar transformers.	L3

EEL204 DIGITAL ELECTRONICS LAB
Sl. No.	Course Outcomes	Level
CO1	Formulate digital functions using Boolean Algebra and verify experimentally	L3
CO2	Design and implement combinational logic circuits	L3
CO3	Design and implement sequential logic circuits.	L3
CO4	Design and fabricate a digital circuit using the knowledge acquired from the laboratory.	L3
CO5	Design combinational circuits using VHDL	L3

SEMESTER V

EET301 POWER SYSTEMS I
Sl. No.	Course Outcomes	Level
CO1	Identify the power generating system appropriate for a given area	L3
CO2	Evaluate the electrical performance of any transmission line	L3
CO3	Compute various physical characteristics of underground and overhead transmission systems	L3
CO4	Select appropriate switchgear for protection schemes	L2
CO5	Design a simple electrical distribution system as per the standards.	L3

EET303 MICROPROCESSORS AND MICROCONTROLLERS
Sl. No.	Course Outcomes	Level
CO1	Describe the architecture and timing diagram of 8085 microprocessor	L2
CO2	Develop assembly language programs in 8085 microprocessor.	L3
CO3	Identify the different ways of interfacing memory and I/O with 8085 microprocessor	L3
CO4	Understand the architecture of 8051 microcontroller and embedded systems.	L1
CO5	Develop assembly level and embedded C programs in 8051 microcontroller.	L3

EET305 SIGNALS AND SYSTEMS
Sl. No:	Course Outcome	Level
CO1	Explain the basic operations on signals and systems.	L2
CO2	Apply Fourier Series and Fourier Transform concepts for continuous time signals.	L3
CO3	Analyse the continuous time systems with Laplace Transform	L4
CO4	Analyse the discrete time system using Z Transform	L4
CO5	Apply Fourier Series and Fourier Transform concepts for Discrete time domain.	L3
CO6	Describe the concept of stability of continuous time systems and sampled data systems.	L2

EET307 SYNCHRONOUS AND INDUCTION MACHINES
Sl. No.	Course Outcomes	Level
CO1	Analyse the performance of different types of alternators	L4
CO2	Analyse the performance of a synchronous motor	L4
CO3	Analyse the performance of different types of induction motors	L4
CO4	Describe operating principle of induction machine as generator	L3
CO5	Explain the types of single phase induction motors and their working principle.	L3

EEL331 MICROPROCESSORS AND MICROCONTROLLERS LAB
Sl. No.	Course Outcomes	Level
CO1	Develop and execute assembly language programs for solving arithmetic and logical problems using microprocessor/microcontroller.	L3
CO2	Design and Implement systems with interfacing circuits for various applications.	L3
CO3	Execute projects as a team using microprocessor/microcontroller for real life applications.	L3

EEL333 ELECTRICAL MACHINES LAB II
Sl. No.	Course Outcomes	Level
CO1	Analyse the performance of three phase induction motors by conducting suitable tests.	L3
CO2	Analyse the performance of three phase synchronous machine from V and inverted V curves	L3
CO3	Analyse the performance of a three phase alternator by conducting suitable tests.	L3
CO4	Analyse the performance of single phase induction motors by conducting suitable tests	L3
CO5	Analyse the performance of Induction generators by conducting suitable tests	L3

HUT300 INDUSTRIAL ECONOMICS & FOREIGN TRADE
Sl. No.	Course Outcomes	Level
CO1	Explain the problem of resources and consumer behavior ,and to evaluate the impact of government policies on the general economic welfare	L2
CO2	Take appropriate decisions regarding volume of output and to evaluate the social cost of production	L4
CO3	Determine the functional requirement of a firm under various competitive conditions	L2
CO4	Examine the overall performance of the economy and the regulations of economic fluctuations and its impact on various sections of the society	L3
CO5	Determine the impact of changes in the global economic policies on the business opportunities of a firm	L2

MCN301 DISASTER MANAGEMENT
Sl. No.	Course Outcomes	Level
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	L2
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	L2
CO4	Explain the core elements and phases of Disaster Risk Management and develop possible measures to reduce disaster risks across sector and community.	L3
CO5	Identify factors that determine the nature of disaster response and discuss the various disaster response actions	L2
CO6	Explain the various legislations and best practices for disaster management and risk reduction at national and international level	L2

SEMESTER VI

EET 302 LINEAR CONTROL SYSTEMS
Sl. No.	Course Outcomes	Level
CO1	Describe the role of various control blocks and components in feedback systems.	L3
CO2	Analyse the time domain responses of the linear systems.	L3
CO3	Apply Root locus technique to assess the performance of linear systems.	L3
CO4	Analyse the stability of the given LTI systems	L3
CO5	Analyse the frequency domain response of the given LTI systems	L3
CO6	Design compensators using time domain and frequency domain techniques	L3

EET 306 POWER ELECTRONICS
Sl. No.	Course Outcomes	Level
CO1	Explain the operation of modern power semiconductor devices and its characteristics	L2
CO2	Analyze the working of controlled rectifiers	L3
CO3	Explain the working of AC voltage controllers ,inverters and PWM techniques	L2
CO4	Compare the performance of different dc-dc converters	L2
CO5	Describe basic drive schemes for ac and dc motors	L2

EET 304 POWER SYSTEM II
Sl. No.	Course Outcomes	Level
CO1	Apply the per unit scheme for any power system network and compute the fault levels.	L3
CO2	Analyse the voltage profile of any given power system network using iterative methods.	L3
CO3	Analyse the steady state and transient stability of power system networks	L3
CO4	Model the control scheme of power systems	L3
CO5	Schedule optimal generation scheme	L3

EET322 RENEWABLE ENERGY SYSTEMS
Sl. No.	Course Outcomes	Level
CO1	Describe the environmental aspects of renewable energy resources	L2
CO2	Explain the operation of various renewable energy systems.	L2
CO3	Design solar PV systems	L3
CO4	Explain different emerging energy conversion technologies and storage.	L2

HUT310 MANAGEMENT FOR ENGINEERS
Sl. No.	Course Outcomes	Level
CO1	Explain the characteristics of management in the contemporary context (Cognitive Knowledge Level: Understand).	L2
CO2	Describe the functions of management (Cognitive Knowledge Level: Understand).	L2
CO3	Demonstrate ability in decision-making process and productivity analysis (Cognitive Knowledge Level: Understand).	L2
CO4	Illustrate project management technique and develop a project schedule (Cognitive Knowledge Level: Apply)	L3
CO5	Summarize the functional areas of management (Cognitive Knowledge Level: Understand).	L2
CO6	Comprehend the concept of entrepreneurship and create business plans (Cognitive Knowledge Level: Understand).	L2

EET308 COMREHENSIVE COURSE WORK
Sl. No.	Course Outcomes	Level
CO1	Apply the knowledge of circuit theorems to solve the problems in electrical networks	L3
CO2	Evaluate the performance of DC machines and Transformers under different loading conditions	L3
CO3	Identify appropriate digital components to realise any combinational or sequential logic.	L2
CO4	Apply the knowledge of Power generation, transmission and distribution to select appropriate components for power system operation.	L3
CO5	Apply appropriate mathematical concepts to analyse continuous time and discrete time signals and systems	L3

EEL04 POWER ELECTRONICS LAB
Sl. No.	Course Outcomes	Level
CO1	Determine the characteristics of SCR and design triggering circuits for SCR based circuits	L3
CO2	Design, set up and analyse single phase AC voltage controllers.	L3
CO3	Design, set up and test suitable gate drives for MOSFET/IGBT.	L3
CO4	Design, set up and test basic inverter topologies.	L3
CO5	Design and set up dc-dc converters	L3

SEMESTER VII

EET 401 ADVANCED CONTROL SYSTEMS
Sl. No.	Course Outcomes	Level
CO1	Develop the state variable representation of physical systems	L4
CO2	Analyse the performance of linear and nonlinear systems using state variable	L4
CO3	Design state feedback controller for a given system	L4
CO4	Explain the characteristics of nonlinear systems	L3
CO5	Apply the tools like describing function approach or phase plane approach for assessing the performance of nonlinear systems	L3
CO6	Apply Lyapunov method for the stability analysis of physical systems.	L3

EET 463 ILLUMINATION TECHNOLOGY
Sl. No.	Course Outcomes	Level
CO1	Explain the fundamental concepts of natural and artificial lighting schemes	L2
CO2	Design efficient indoor lighting systems	L3
CO3	Design efficient outdoor lighting systems	L3
CO4	Describe aesthetic and emergency lighting systems	L3

FST423 AUTOMOBILE ENGINEERING & SAFETY
Sl. No.	Course Outcomes	Level
CO1	Explain the engine and fuel system in vehicles	L2
CO2	Outline the details of transmission system components	L2
CO3	Illustrate the steering, brakes and suspension system	L2
CO4	Relate the operations of different electrical components	L2
CO5	Identify the modern techniques used in automotive safety and role of regulations towards it	L3

MCN401 INDUSTRIAL SAFETY ENGINEERING
Sl. No.	Course Outcomes	Level
CO1	Describe the theories of accident causation and preventive measures of industrial accidents. (Cognitive Knowledge level: Understand)	L2
CO2	Explain about personal protective equipment, its selection, safety performance & indicators and importance of housekeeping. (Cognitive Knowledge level: Understand)	L2
CO3	Explain different issues in construction industries. (Cognitive Knowledge level: Understand)	L2
CO4	Describe various hazards associated with different machines and mechanical material handling. (Cognitive Knowledge level: Understand)	L2
CO5	Utilize different hazard identification tools in different industries with the knowledge of different types of chemical hazards. (Cognitive Knowledge level: Apply)	L3

MET455 QUALITY ENGINEERING AND MANAGEMENT
Sl. No.	Course Outcomes	Level
CO1	To be conversant with important terms for quality management in organizations	L2
CO2	Have a complete theoretical and practical understanding of the contributions of Quality Gurus	L2
CO3	Demonstrate knowledge of the underlying principles of strategic quality management	L2
CO4	Identify various human dimensions of TQM	L3
CO5	Implement different tools and techniques in TQM	L3
CO6	Implement different statistical quality control techniques

CET455 ENVIRONMENTAL HEALTH AND SAFETY
Sl. No.	Course Outcomes	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	L2
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

EEL 411 CONTROL SYSTEMS LAB
Sl. No.	Course Outcomes	Level
CO1	Demonstrate the knowledge of simulation tools for control system design.	L3
CO2	Develop the mathematical model of a given physical system by conducting appropriate experiments.	L4
CO3	Analyse the performance and stability of physical systems using classical and advanced control approaches	L4
CO4	Design controllers for physical systems to meet the desired specifications.	L4

EOQ413 SEMINAR
Sl. No.	Course Outcomes	Level
CO1	Identifyacademic documents from the literature which are related to her/his areas of interest(Cognitive knowledge level: Apply)	L3
CO2	Read and apprehend an academic document from the literature which is related to her/is areas of interest.(Cognitive knowledge level: Analyze)	L4
CO3	Prepare a technical presentation about an academic document(Cognitive knowledge level: Create)	L3
CO4	Develop effective communication skills to present his/her understanding based on the literatures reviewed.(Cognitive knowledge level: Apply)	L3
CO5	Prepare a technical report regarding the study.(Cognitive knowledge level: Create)	L3

EED 415 PROJECT PHASE I
Sl. No.	Course Outcomes	Level
CO1	Model and solve real-world problems by applying knowledge across domains	L3
CO2	Develop products, processes or technologies for sustainable and socially relevant applications	L3
CO3	Function effectively as an individual and as a leader in diverse teams and to comprehend and execute designated tasks	L3
CO4	Plan and execute tasks utilizing available resources within timelines, following ethical and professional norms	L3
CO5	Identify technology/research gaps and propose innovative/creative solutions	L4
CO6	Organize and communicate technical and scientific findings effectively in written and oral forms	L3

SEMESTER VIII

EET 402 ELECTRICAL SYSTEM DESIGN AND ESTIMATION
Sl. No.	Course Outcomes	Level
CO1	Explain the rules and regulations in the design of components for medium and high voltage installations.	L2
CO2	Design lighting schemes for indoor and outdoor applications.	L3
CO3	Design low/medium voltage domestic and industrial electrical installations.	L3
CO4	Design, testing and commissioning of 11 kV transformer substation.	L3
CO5	Design electrical installations in high rise buildings.	L3

EET424 Energy Management
Sl. No.	Course Outcomes	Level
CO1	Analyse the significance of energy management and auditing.	L2
CO2	Discuss the energy efficiency and management of electrical loads.	L3
CO3	Apply demand side management techniques	L2
CO5	Explain the energy management opportunities in industries.	L2

EET 468 INDUSTRIAL INSTRUMENTATION AND AUTOMATION
Sl. No.	Course Outcomes	Level
CO1	Identify the sensors/transducers suitable for industrial applications.	L1
CO2	Design the signal conditioning circuits for industrial instrumentation and automation.	L3
CO3	Analyze the concepts of data transmission and virtual instrumentation related to automation	L3
CO4	Develop the logic for the process control applications using PLC programming	L3
CO5	Describe the fundamental concepts of DCS and SCADA system	L2

EED416PROJECT PHASE II
Sl. No.	Course Outcomes	Level
CO1	Identify solutions forreal world problemsbyapplying knowledgeacross domains.	L2
CO2	Buildproducts,processes,ortechnologies forsustainableandsociallyrelevant applications.	L6
CO3	Develop the capability to functioneffectivelyasan individualand asaleaderin diverseteams to comprehendandexecutedesignatedtasks.	L3
CO4	Organizetasksutilizingavailableresourceswithintimelines,following ethicalandprofessional norms.	L3
CO5	Examinetechnology/researchgapstopropose innovative/creativesolutions.	L4
CO6	Organizetechnicalandscientificfindings effectivelyin written andoralforms	L3

2015 Scheme:

List of Courses

SEMESTER	SUB CODE	COURSES
I	MA101	Linear Algebra and Calculus
	CYT 100	Engineering Chemistry
	EST 110	Engineering Graphics
	EST 120	Basics of Civil & Mechanical Engineering
	HUT 101	Life Skills
	CYL 120	Engineering Chemistry Lab
	ESL 120	Civil & Mechanical Workshop
II	MA 102	Vector Calculus, Differential Equations And Transforms
	PH 100	Engineering Physics A
	EST 100	Engineering Mechanics
	EST 130	Basics of Electrical & Electronics Engineering
	HUT 102	Professional Communication
	EST 102	Programming in C
	ESL 130	Electrical & Electronics Workshop
	PHL 120	Engineering Physics lab
III	MA201	Linear Algebra & Complex Analysis
	EE201	Circuits and, Networks
	EE203	Analog Electronic Circuits
	EE205	DC Machines and Transformers
	EE207	Computer Programming
	HS200	Business Economics
	EE231	Electronic Circuits Lab
	EE233	Programming Lab
IV	MA 201	Probability Distributions, Transforms And Numerical Methods
	EE202	Synchronous and Induction Machines
	EE204	Digital Electronics and Logic Design
	EE206	Material Science
	EE208	Measurements and Instrumentation
	HS210	Life Skills
	EE232	Electrical Machines Lab I
	EE234	Circuits and Measurements Lab
V	EE301	Power Generation, Transmission and Protection
	EE303	Linear Control Systems
	EE305	Power Electronics
	EE307	Signals and Systems
	EE309	Microprocessor and Embedded Systems
	EE367	Elective -1 New and Renewable Energy Systems
	EE341	Design Project
	EE331	Digital Circuits and Embedded Systems Lab
	EE333	Electrical Machines Lab II
VI	EE302	Electromagnetics
	EE304	Advanced Control Theory
	EE306	Power System Analysis
	EE308	Electric Drives
	HS 300	Principles of Management
	EE372	Elective 2 Biomedical Instrumentation
	EE332	Systems and Control Lab
	EE334	EE334 Power Electronics and Drives Lab
	EE352	Comprehensive Exam
VII	EE401	Electronic communication
	EE403	Distributed generation and smart grids
	EE405	Electrical system design
	EE407	Digital Signal Processing
	EE409	Electrical Machine Design
	EE465	Power Quality
	EE451	Seminar & Project Preliminary
	EE431	Power system Lab
VIII	EE402	Special Electric Machines
	EE404	Industrial Instrumentation &Automation
	EE 474	Elective 4 Energy Management and Auditing
	CE 494	Elective 5 (Non Departmental) Environmental Health and Safety
	EE492	EE492 Project

SEMESTER III

EE 201 CIRCUITS AND NETWORKS
Sl.No	COURSE OUTCOMES	Level
CO1	Solve any DC or AC circuits	L3
CO2	Apply graph theory in solving networks	L3
CO3	Apply Laplace Transform to find transient response	L3
CO4	Analyse the performance of two port networks using network parameters	L4
CO5	Relate between current and voltage in circuit elements	L2

EE 203 ANALOG ELECTRONIC CIRCUITS
Sl.No	COURSE OUTCOMES	Level
CO1	Design biasing schemes for transistor circuits	L3
CO2	Model BJT and FET amplifier circuits	L3
CO3	Compare different power amplifier for electronic circuit applications	L2
CO4	Describe oscillator circuits using BJT	L2
CO5	Design analog circuits using OPAMPs for specific applications	L3

EE 205 DC MACHINES & TRANSFORMERS
Sl.No	COURSE OUTCOMES	Level
CO1	Describe Constructional & operational features of DC machines & transformers	L3
CO2	Classify DC generator & transformers based on their applications	L3
CO3	Select different speed control methods of DC motors for different applications	L2
CO4	Develop the equivalent circuit & phasor diagram of transformers	L2
CO5	Make use of different tests to get the performance of DC machines & (L3) transformer	L3

EE 207 COMPUTER PROGRAMMING THEORY
Sl.No	COURSE OUTCOMES	Level
CO1	Build C programs from algorithms and flowcharts	L3
CO2	Design C programs with interactive Input-Output, arithmetic expressions, decision making and arrays	L3
CO3	Design modular C programs using functions	L3
CO4	Make use of files in C programs	L3
CO5	Design programs using Python language	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

EE 231 ELECTRONICS CIRCUITS LAB
Sl.No	COURSE OUTCOMES	Level
CO1	Design different types of waveform generators using discrete components and opamps	L3
CO2	Plot the frequency response and characteristics of BJT and JFET	L2
CO3	Develop opamp circuits to perform mathematical operations	L3
CO4	Design waveform generation circuits using 555 Timer IC	L3
CO5	Utilize one’s ability as an individual or in a team for development of effective communication, practical skill and document design	L3

EE233 COMPUTER PROGRAMMING LAB
Sl.No	COURSE OUTCOMES	Level
CO1	Build C programs from algorithms and flowcharts	L3
CO2	Design C programs with interactive Input-Output, arithmetic expressions, decision making and arrays	L3
CO3	Design modular C programs using functions	L3
CO4	Make use of files in C programs	L3
CO5	Design programs using Python language	L3

SEMESTER IV

EE 202 SYNCHRONOUS& INDUCTION MACHINES
Sl.No	COURSE OUTCOMES	Level
CO1	Describe the principle of operation of 3 phase induction motor	L2
CO2	Analyze the performance of different types of induction motors	L3
CO3	Identify alternator types	L1
CO4	Analyze the performance of alternator from voltage regulation	L3
CO5	Explain the principle of operation of synchronous motor	L2

EE 205 DIGITAL ELECTRONICS & LOGIC DESIGN
Sl.No	COURSE OUTCOMES	Level
CO1	Explain different number systems, and Boolean algebra.	L2
CO2	Design and set up logic circuits using gates and VHDL	L3
CO3	Design combinational circuits and Flip Flop based sequential circuits	L3
CO4	Design and implement various counters	L3
CO5	Describe the operation of ADC & DAC circuits, and memories	L2

EE 206 MATERIAL SCIENCE
Sl.No	COURSE OUTCOMES	Level
CO1	Describe the characteristics of conducting, semiconducting and insulating materials	L2
CO2	Explain the behavior of dielectrics in static and alternating fields	L2
CO3	Classify magnetic materials based on different laws related to them	L2
CO4	Explain solar energy materials and superconducting materials	L2
CO5	Illustrate the modern techniques used for material studies	L3

EE 208 MEASUREMENTS AND MEASURING INSTRUMENTS
Sl.No	COURSE OUTCOMES	Level
CO1	Describe the construction and working of different measuring instruments for the measurement of various electrical parameters. (Voltage, current, resistance, inductance, capacitance, power, energy).	L2
CO2	Describe the different methods for the measurement of various magnetic characteristics	L2
CO3	Explain high voltage and high current measuring methods and equipments	L2
CO4	Illustrate the working and applications of cathode ray oscilloscope	L2
CO5	Describe the operating principles of different transducers for measuring various physical variables	L2

HS210 LIFE SKILLS
Sl.No	COURSE OUTCOMES	Level
CO1	To develop communication competence ,convey thoughts and ideas with clarity and focus,report writing skills and develop interview and group discussion skills	L2
CO2	To build critical thinking process and problem solving skills	L3
CO3	To develop team dynamics and effectiveness that enable leadership qualities	L3
CO4	To compare Engineering ethics and human values	L2
CO5	To develop moral and social values, loyalty and to learn to appreciate the rights of others	L3

EE 231 ELECTRONICS CIRCUITS LAB
Sl.No	COURSE OUTCOMES	Level
CO1	Analyze RLC circuits and coupled circuits to obtain the voltage current relations	L3
CO2	Verify DC network theorems by settling up various networks	L3
CO3	Calibrate the single and three phase energy meters at various power factor	L3
CO4	Measure power in single and three phase circuits by various methods	L3
CO5	Determine magnetic characteristics of iron ring specimen	L3

EE232 ELECTRICAL MACHINES LAB I
Sl.No	COURSE OUTCOMES	Level
CO1	Select suitable methods to find out the regulation of single transformers	L3
CO2	Develop the equivalent circuit of transformers	L3
CO3	Experiment with DC motors to get its performance characteristics	L3
CO4	Experiment with DC generators to get its performance characteristics	L3
CO5	Utilize one’s ability as an individual or in a team for development of effective communication, practical skill and document design	L3

SEMESTER V

EE 301 POWER GENERATION, TRANSMISSION AND PROTECTION
Sl.No	COURSE OUTCOMES	Level
CO1	Explain the basic aspects of power generation and economics of power generation	L2
CO2	Design the power factor correction equipment and transmission line parameters.	L3
CO3	Explain the characteristics of overhead, underground transmission and the types of insulators used	L2
CO4	Describe the need for HVDC ,FACTS and insulation coordination	L2
CO5	Select the various protection schemes to be adopted in various cases	L3

EE 305 LINEAR CONTROLS SYSTEMS
Sl.No	COURSE OUTCOMES	Level
CO1	Develop the mathematical model of different systems.	L2
CO2	Develop analogous systems of different systems	L3
CO3	Describe the different components used in control systems	L2
CO4	Explain the transient and steady state response of dynamic systems	L2
CO5	Examine the stability of LTI systems in time and frequency domain	L3

EE305: POWER ELECTRONICS
Sl.No	COURSE OUTCOMES	Level
CO1	Illustrate the characteristics of various power semiconductor devices	L3
CO2	Describe triggering circuit sand controlled rectifiers	L2
CO3	Describe various inverter circuits	L2
CO4	Explain different ac-ac voltage regulator circuits& PWM methods	L2
CO5	Design dc-dc regulator circuits& chopper circuits	L3

EE 307 – SIGNAL AND SYSTEMSS
Sl.No	COURSE OUTCOMES	Level
CO1	Classify Signals and system based on their property& Acquire Basic Knowledge in Nonlinear Systems	L2
CO2	Analyse the continuous time system using Laplace Transform	L4
CO3	Analyse the spectral Characteristics of continuous time signal using Fourier Transform and Fourier Series.	L4
CO4	Understanding the process of sampling and its effects	L2
CO5	Analyse the discrete time system with Z Transform and Discrete Fourier Series	L4

EE 309 MICROPROCESSOR AND EMBEDDED SYSTEMS
Sl.No	COURSE OUTCOMES	Level
CO1	Demonstrate the architecture, instruction set and programming of 8085 microprocessor	L2
CO2	Illustrate timing diagram for 8085 instructions.	L2
CO3	Outline the concept of I/O and memory interfacing with 8085 microprocessor.	L2
CO4	Interpret the architecture and instruction set8086 microprocessor	L2
CO5	Develop programs in 8086 and 8051	L3

EE 367 NEW AND RENEWABLE SOURCES OF ENERGY
Sl.No	COURSE OUTCOMES	Level
CO1	Interpret the current energy scenario	L3
CO2	Explain commonly used renewable energytechnologies and systems	L2
CO3	Describe the different Storage technologies form the autonomous renewable energy sources	L2
CO4	Design various possible mechanisms with renewable energy resources	L3
CO5	Identify the modern energy conversion technologies	L3

EE 361 DESIGN PROJECT
Sl.No	COURSE OUTCOMES	Level
CO1	To plan innovatively on the development of components, products, processes or technologies in the engineering field.	L3
CO2	To choose the engineering tools/components for solving the identified engineering problem	L3
CO3	To develop different solution to a given problem & compare these solutions for optimum design	L3
CO4	To conclude the results of experiments conducted on the designed solution	L4
CO5	To build effective oral and written communication through presentation of the project work, demonstration of the project and preparation of project report	L3

EE 331 DIGITAL CIRCUITS & EMBEDDED SYSTEMS LAB
Sl.No	COURSE OUTCOMES	Level
CO1	Build digital logic circuits for specific applications	L3
CO2	Design digital circuits using MUX and DEMUX IC’s	L3
CO3	Develop programs to design various arithmetic and logical operations	L3
CO4	Design digital systems to interface peripheral devices with 8051	L3
CO5	Utilize one’s ability as an individual or in a team for the effective communication, practical skill and document design	L3

EE 333 ELECTRICAL MACHINES LAB II
Sl.No	COURSE OUTCOMES	Level
CO1	Select suitable methods to find out the regulation of three phase Alternator.	L3
CO2	Experiment with single phase induction motor to get its performance characteristics	L3
CO3	Examine the performance of a three phase induction motor under dual speed conditions	L4
CO4	Develop the equivalent circuit and circle diagram of a three phase induction motor by conducting suitable experiments	L3
CO5	Utilize one’s ability as an individual or in a team for development of effective communication, practical skill and document design	L3

SEMESTER VI

EE302ELECTROMAGNETICS
Sl.No	COURSE OUTCOMES	Level
CO1	Develop a conceptual basis of electrostatics	L3
CO2	Explain the physical significance of differential equations governing electrostatic and magnetic field	L2
CO3	Develop a conceptual basis of magneto-statics	L3
CO4	Understand how materials are affected by electric and magnetic fields	L2
CO5	Understand the basic principles of EMI and propagation of uniform plane wave	L2

EE304ADVANCED CONTROL THEORY
Sl.No	COURSE OUTCOMES	Level
CO1	Design compensators using classical techniques	L2
CO2	Develop a state model of linear system using state space methods	L2
CO3	Examine the controllability and observe ability and state feedback design using pole placement technique	L3
CO4	Determine the stability of discrete system and non linear system	L2
CO5	Determine the describing function of various non linear ties	L2

EE306 POWER SYSTEM ANAYSIS
Sl.No	COURSE OUTCOMES	Level
CO1	Analyze power system under normal and fault condition	L3
CO2	Make use of load flow studies under normal and abnormal condition	L3
CO3	Model different components of power system	L4
CO4	Apply different techniques for maintaining system stability	L3
CO5	Discuss the distribution of load economically between units	L2

EE308 ELECTRIC DRIVES
Sl.No	COURSE OUTCOMES	Level
CO1	*Explain* fundamental concepts of electric drives	L2
CO2	*Apply* DC motor dynamics to meet load requirements	L3
CO3	*Compare* quadrant operation of chopper controlled DC drives.	L2
CO4	*Explain* different speed control methods of AC motor drives	L2
CO5	*Describe* basic concepts of field oriented control	L2

HS 300PRINCIPLES OF MANAGEMENT

Sl.No

COURSE OUTCOMES

Level

CO1

Classifythe changing role and functions of management in business

CO2

Explainthe role of managers in today’s business

CO3

Identify the impacts of alternative management approaches on an organization..

CO4

Identify the importance of planning, organizing, staffing, leading and controlling

CO5

Differentiate between leading and managing theories

EE372 BIOMEDICAL INSTRUMENTATION
Sl.No	COURSE OUTCOMES	Level
CO1	Explain important systems of human physiology	L2
CO2	Inspect characteristics features of biopotential signals	L4
CO3	Interpret data from living systems	L2
CO4	Explain the fundamentals of medical equipment’s used for advanced diagnosis and therapy	L2
CO5	Identify patient safety issues related to biomedical instrumentation	L3

EE332 SYSTEMS AND CONTROL LAB
Sl.No	COURSE OUTCOMES	Level
CO1	Develop a mathematical model for servomotor and other electrical systems.	L4
CO2	Analyze the performance a of different process control systems.	L4
CO3	Analyze the performance of different types of controllers	L4
CO4	Design simple systems and compensators using MATLAB	L4
CO5	Design basic logic gates and counters using PLC ladder diagram.	L4

EE334POWER ELECTRONICS AND DRIVES LAB
Sl.No	COURSE OUTCOMES	Level
CO1	Analyze various power semiconductor devices that are used in power electronic applications	L4
CO2	Select a firing circuit based on the application	L3
CO3	Experiment with various power electronic converter topologies.	L3
CO4	Examine the waveforms for various power electronic converter circuits	L3
CO5	Simulate power electronic converters for various applications	L4

EE365 COMPREHENSIVE EXAM
Sl.No	COURSE OUTCOMES	Level
CO1	Improve their interview skills	L3
CO2	Develop confidence in themselves with respect to the knowledge gained in their field of engineering	L3
CO3	Solve the various technical questions generally asked in the exams related to employment in the field of electrical engineering	L3
CO4	Develop knowledge in the latest developments in their field of engineering	L3
CO5	Propose solutions to common engineering problems in their field of engineering	L4

SEMESTER VII

EE 401 ELECTRONIC COMMUNICATION
Sl.No	COURSE OUTCOMES	Level
CO1	Obtain the basic relations used in analog modulation.	L3
CO2	Summarize the various analog communication systems.	L2
CO3	Describe the concepts of TV & RADAR Engineering.	L2
CO4	Explain the basic principles of digital communication.	L2
CO5	Outline the concepts of various wireless communication systems	L2

EE 403 DISTRIBUTED GENERATION AND SMART GRIDS
Sl.No	COURSE OUTCOMES	Level
CO1	Explain the term Distributed Generation	L2
CO2	Illustrate the structure of a microgrid	L3
CO3	Explain the control and protection issues of a microgrid	L2
CO4	Distinguish between a conventional grid and a smart grid	L4
CO5	Explain the various power quality aspects with respect to a smart grid	L2

EE 405 ELECTRICAL SYSTEM DESIGN
Sl.No	COURSE OUTCOMES	Level
CO1	Describe various IS codes and Acts for design of electrical installations	L2
CO2	Apply relevant Indian standards for design of electrical systems with low and medium voltage installations	L3
CO3	Develop an estimate for design of indoor and outdoor 11kV substations	L3
CO4	Make use of different illumination schemes for design of electrical installations	L3
CO5	Describe various energy conservation techniques in lighting and power	L2

EE407 DIGITAL SIGNAL PROCESSING
Sl.No	COURSE OUTCOMES	Level
CO1	Obtain Discrete Fourier Transform of the discrete time system.	L3
CO2	Realize digital filters for given transfer function	L2
CO3	Design digital filters using various methods	L3
CO4	Explain the effects of finite word length registers in DSP	L2
CO5	Describe various features of digital signal processor TMS320C24x	L2

EE 409 ELECTRICAL MACHINE DESIGN
Sl.No	COURSE OUTCOMES	Level
CO1	Design electromagnetic circuits for electric machines	L2
CO2	Design Transformers by applying the design criteria	L3
CO3	Design DC machine parts to give the desired performance	L3
CO4	Design Synchronous machines to meet the desired performance	L3
CO5	Design induction machine parts to get the required performance characteristics	L3

EE465 POWER QUALITY
Sl.No	COURSE OUTCOMES	Level
CO1	To understand the basic definitions and metrics of power Quality phenomena	L2
CO2	To classify the harmonic sources and the effects of harmonic distortion in power system	L2
CO3	To determine power quality monitoring and AND different filtering techniques used for harmonics mitigation	L2
CO4	To understand the various power quality L2 issues in smart grid	L2
CO5	To solve various harmonic analysis using fourier transforms	L3

EE 431 POWER SYSTEM LAB
Sl.No	COURSE OUTCOMES	Level
CO1	Simulate power system operations to find power flow in a given power system using any software	L3
CO2	Analyze different fault conditions in a power system using Mipower	L3
CO3	Analyze the stability of a power system using any software	L3
CO4	Determine economic load distribution between units	L3
CO5	Testing of earth resistance ,cable insulation ,over current relay using different testing equipment’s	L3

EE451 SEMINAR & PROJECT PRELIMINARY
Sl.No	COURSE OUTCOMES	Level
CO1	Apply the fundamental knowledge of Electrical and Electronics Engineering indeveloping products or solutions or society	L3
CO2	Design and develop system or prototypes independently by utilizing modernsoftware tools and equipments	L6
CO3	Understand the materials obtained and get familiar with industrial standards	L1
CO4	Identify technical issues and solve them effectively in a systematic manner	L2
CO5	Develop professionalism, self-confidence , ethical responsibilities and team working	L6

SEMESTER VIII

EE402 SPECIAL ELECTRICAL MACHINES
Sl.No	COURSE OUTCOMES	Level
CO1	Explain the basic principles and classification of servo motors	L2
CO2	Describe construction features and method of operation stepper motor.	L2
CO3	Explain the principle of operation of single phase special electrical machines.	L2
CO4	Compare the different types of reluctance motor and PM motors.	L3
CO5	Classify linear motors for different applications	L3

EE404 INDUSTRIAL INSTRUMENTATION AND AUTOMATION
Sl.No	COURSE OUTCOMES	Level
CO1	Select instruments and transducers for various physical variables.	L3
CO2	Make use of data acquisition, processing and monitoring system	L3
CO3	Identify various signal conditioning systems for transducers	L3
CO4	Explain dynamic responses of various systems.	L2
CO5	Describe the concepts of virtual instrumentation and programming of PLC	L2

EE 474 ENERGY MANAGEMENT & AUDITING
Sl.No	COURSE OUTCOMES	Level
CO1	Explain the general principles of Energy management	L2
CO2	Discuss energy saving opportunities in different electrical systems	L2
CO3	Explain energy conservation opportunities in Boilers, furnaces & HVAC	L2
CO4	Outline different phases in energy audit	L2
CO5	Apply different financial assessment tools in new proposals	L3

CE494ENVIRONMENTAL 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

EE492 PROJECT
Sl.No	COURSE OUTCOMES	Level
CO1	Apply the fundamental knowledge of Electrical and Electronics Engineering indeveloping products or solutions or society	L3
CO2	Design and develop system or prototypes independently by utilizing modernsoftware tools and equipments	L6
CO3	Understand the materials obtained and get familiar with industrial standards	L1
CO4	Identify technical issues and solve them effectively in a systematic manner	L2
CO5	Develop professionalism,self-confidence, ethical responsibilities and teamworking	L6

EE465 POWER QUALITY
Sl.No	COURSE OUTCOMES	Level
CO1	To understand the basic definitions and metrics of power Quality phenomena	L2
CO2	To classify the harmonic sources and the effects of harmonic distortion in power system	L2
CO3	To determine power quality monitoring and AND different filtering techniques used for harmonics mitigation	L2
CO4	To understand the various power quality L2 issues in smart grid	L2
CO5	To solve various harmonic analysis using fourier transforms	L3

EE 431 POWER SYSTEM LAB
Sl.No	COURSE OUTCOMES	Level
CO1	Simulate power system operations to find power flow in a given power system using any software	L3
CO2	Analyze different fault conditions in a power system using Mipower	L3
CO3	Analyze the stability of a power system using any software	L3
CO4	Determine economic load distribution between units	L3
CO5	Testing of earth resistance ,cable insulation ,over current relay using different testing equipment’s	L3

EE451 SEMINAR & PROJECT PRELIMINARY
Sl.No	COURSE OUTCOMES	Level
CO1	Apply the fundamental knowledge of Electrical and Electronics Engineering in developing products or solutions or society	L3
CO2	Design and develop system or prototypes independently by utilizing modern software tools and equipments	L6
CO3	Understand the materials obtained and get familiar with industrial standards	L1
CO4	Identify technical issues and solve them effectively in a systematic manner	L2
CO5	Develop professionalism, self-confidence , ethical responsibilities and team working	L6

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