Odd Sem

Power System-I (KEE-501)

• Describe the working principle and basic components of conventional power plants as well as the other aspects of power generation.
• Recognize elements of power system and their functions, as well as compare the different types of supply systems. Illustrate different types of conductors, transmission lines and various performance parameters of transmission line for short, medium and long transmission line.
• Calculate sag and tension in overhead lines with and without wind and ice loading. Classify different type of insulators, determine potential distribution over a string of insulator, string efficiency and its improvement.
• Compute the inductance and capacitance of single phase, three phase lines with symmetrical and unsymmetrical spacing, Composite conductors-transposition, bundled conductors, and understand the effect of earth on capacitance of transmission lines.
• Elucidate different types of cables and assess the Resistance and capacitance parameters of cables, grading of cables and compare overhead lines and cables.

Contrul System (KEE-502)

• Obtain transfer functions to predict the correct operation of open loop and closed loop contrul systems and identify the basic elements, structures and the characteristics of feedback contrul systems.
• Measure and evaluate the performance of basic contrul systems in time domain. Design specification for different contrul action.
• Analyze the stability of linear time-invariant systems in time domain using Routh-Hurwitz criterion and root locus technique.
• Determine the stability of linear time-invariant systems in frequency domain using Nyquist criterion and Bode plot.
• Design different type of compensators to achieve the desired performance of contrul System by root locus and Bode plot method. Develop and analyze the intermediate states of the system using state space analysis.

Electrical Machines-II (KEE-503)

• It introduces students to the basics of synchronous machines, its construction, working and characteristics. Various methods for calculation of vultage regulation are also discussed.
• It covers salient type machine, its characteristics and synchronous motor.
• It introduces students to 3 phase induction motor, its characteristics and various tests are discussed.
• It covers speed contrul of 3 phase induction motor and discusses various phenomena in it.
• It covers 1 phase induction motor, its principle and working. Some other basic machines are also discussed.

Optimization Techniques (KEE-055)

• Upon the completion of the course, the student will be able to:
• Understand the importance of optimization techniques in engineering applications
• Learn optimization methods for sulving linear programming problems
• Learn optimization methods for sulving nonlinear programming problems
• Be aware of the concept of simulation and modern methods of optimization
• Apply optimization techniques to electrical engineering problems

Constitution of India, Law and Engineering (KNC 501)

• Identify and explore the basic features and modalities about Indian constitution.
• Differentiate and relate the functioning of Indian parliamentary system at the centre and state level.
• Differentiate different aspects of Indian Legal System and its related bodies.
• Discover and apply different laws and regulations related to engineering practices.
• Correlate rule of engineers with different organizations and governance models.

Power Transmission & Distribution (REE-502)

• Recognize elements of power system and their functions, as well as compare the different types of supply systems. Illustrate different types of conductors, transmission lines and various performance parameters of transmission line forshort, medium and long transmission line.
• Compute the inductance and capacitance of single phase, three phase lines with symmetrical and unsymmetrical spacing, Composite conductors-transposition, bundled conductors, and understand the effect of earth on capacitance oftransmission lines.
• Calculate sag and tension in overhead lines with and without wind and ice loading. Classify different type of insulators, determine potential distribution over a string of insulator, string efficiency and its improvement.
• Elucidate different types of cables and assess the Resistance and capacitance parameters of cables, grading of cables and compare overhead lines and cables.
• Primary and secondary distribution, Distribution system losses, Radial Ring interconnected system

Even Sem

Odd Sem

Power System Protection (REE-702)

• Able to understand the various types of relays and their applications.
• Able to analyse the various protection schemes.
• Able to create new protection techniques based upon learning in the classroom.
• Able to understand the difference between various types of circuit breakers and their applications.
• Able to remember and create different types of protection provided to transformers, generators and motors.

Energy Efficiency and Conversion (REE-076)

• Able to memorize and stat energy conservation principle, planning, small scale and large scale industries, energy conservation legislation.
• Able recognize the concepts and strategies of energy audit, examine energy management team considerations in implementing program
• Able recognize the concepts and strategies of energy audit, examine energy management team considerations in implementing program.
• Able to evaluate vultage and reactive power calculations, VAR requirements, capacitor unit and bank rating, support protection of capacitor and switching.
• Able to analyze load scheduling/shifting, motor efficiency and drive testing, motor speed, select lighting levels, day lighting, timers, UPS selection, installation operation and maintenance.

Communication System(REN-701)

• Analyze different amplitude modulation techniques like DSB-SC, SSB.
• Implement the circuits of frequency modulation and demodulation schemes and analyse their waveforms.
• Realize different digital modulation techniques particularly pulse code modulation and delta modulation.
• Study various techniques used in satellite communication.
• Analyse optical fiber with respect to different parameters.

Even Sem

Introduction to Power Quality & FACTS Devices (REE-081)

• It introduces students to various terminulogies with regard to the quality of power
• It discusses the concept of vultage sag, its reason, and sulutions
• It discusses the various transients in an electrical system and the methods to reduce them
• It reviews the causes of harmonics at various levels in a power system and their mitigation techniques
• It discusses various methods of alleviating power quality issues and introduces power conditioning devices

Even Sem

Laser System and Applications (REC 043)

After the completion of the course students will be able:

C01	To understand the principles of laser action and the properties of laser light.
C02	To understand the operations of different types of lasers.
C03	To explain how material processing is accomplished with lasers.
C04	To introduce basic fiber optic communication systems.
C05	To understand holography and its applications and metrological applications of laser.

 

Microprocessors & Microcontrollers 

REC 401)

After the completion of the course students will be able:

C01	Will acquire knowledge about 8085 Microprocessor & its architecture, evolution.
C02	Develop   assembly language programming skills and application of interfaces including DMA controller,  timer in real time applications, memory, PPI, PIC with its need.
C03	Understand and apply the fundamentals of microcontroller, its architecture and registers to be able to write program for various microcontroller based applications in C language.
C04	Student will have understanding about various on-chip peripherals like timers, ADC and their use.
C05	Student will have knowledge about various Serial communication protocols like UART, SPI used in chip to chip communication.

 

Electromagnetic Field Theory (REC 402)

After the completion of the course students will be able:

C01	Apply vector calculus to static electro-magnetic fields in different engineering field and situations.
CO2	Understand Maxwell’s equations in differential and integral forms and apply them to various diverse engineering problems.
CO3	Examine the phenomenon in wave propagation in different media and its interfaces and in applications of microwave engineering.
CO4	Analyze the nature of electromagnetic wave propagation in the guided medium which is used in microwave applications.
CO5	Evaluate the Time – varying fields, Poisson’s and Laplace’ equations and remember the use of them.

 

Electronic Measurement and Instrumentation (REC 403)

After the completion of the course students will be able:

C01	Identify the different measurement standards, systems and  Errors in an electronic measurement system
C02	Describe different types of Analog and digital voltmeter and ammeter
C03	Analyze different types of DC and AC bridges
C04	Evaluate voltage, frequency and phase using CRO and DSO
C05	Compare different type of Calibration methods.

 

Odd Sem

Digital Logic Design (REC 301)

After the completion of the course students will be able:

C01	To be able to understand numeric information in different forms.
C02	To be able to analyze combinational circuits   and sequential circuits.
C03	To be able to evaluate various synchronous and asynchronous sequential circuits.
C04	To be able to design different clocked sequential circuits.
C05	To be able to apply  acquired knowledge to design various memory devices: ROM, RAM, PROM, PLD etc.

 

Electronic Devices and Circuits (REC 302)

After the completion of the course students will be able:

C01	Understand the internal structure of semiconductor material and the flow of current in junction under different bias condition.
C02	Explain the working of different Opto electronic devices.
C03	Analyze transistor and MOSFET amplifier at low and high frequency
C04	Evaluate the performance of different feedback topologies.
C05	Design the different type of LC and RC oscillator

 

Signal and Systems (REC 303)

After the completion of the course students will be able:

C01	To introduce the concepts and techniques associated with the understanding of signals and systems.
C02	Understand the combined implications of the Laplace and Z transform domains and the Regions of convergence (ROC) and their applications in engineering problems.
C03	To determine Fourier transforms for continuous-time and discrete-time signals and their applications in engineering problems.
C04	Determine the properties of system and computation of response of the system.
C05	Develop reasonably-accurate mathematical models for physical systems and analyze the block diagram realizations with a view toward designing more complex systems or more sophisticated models.

 

Network Analysis and Synthesis (REE 305)

After the completion of the course students will be able:

CO1	To emphasize on the types of signals, functions, network elements and various network and signal analysis. Students will be able to identify and formulate electronics problem by using the concept of signals.
CO2	To enhance the student knowledge for network theorems, system functions, step and impulse response, convolution integral, amplitude and phase response.
CO3	To understand the concept of graph theory.
CO4	To make the students learn how to synthesize/design an electric network from a given impedance and admittance function.
CO.5	To introduce the concept of properties of transfer functions and zeros of transmission.

Even Sem

Microwave Engineering (NEC-601)

After the completion of the course students will be able

CO1	Identify the basic concept of Microwaves and be familiarized with transmission lines like waveguides, micro strip lines and their different modes of operation.
CO2	Study the principle of scattering matrix in microwave system & its comparison with other 2-port network parameters and find out the scattering matrix of different microwave components like E-plane Tee, H-plane Tee, Magic Tee, Terminators, Attenuators, Phase Shifters, Isolators, Circulators and Directional Couplers as well as understand their applications.
CO3	Analysis  the limitations of general semiconductor devices at microwave frequencies and also to understand the basic concept of different microwave devices ( 2-cavity Klystron amplifier, Reflex Klystron amplifiers,   Magnetron , TWT& BWO )  and their principles of operation and applications
CO4	Classify the Solid State amplifiers like microwave bipolar transistors, tunnel diodes, TEDs, Avalanche transit devices and their applications at microwave frequencies.
CO5	Understand the limitations of low frequency measuring devices at microwave frequency and to study a  microwave bench & its set up,  slotted line carriage , VSWR meter, Also to Understand the Measurement of different parameters like power, frequency , wavelength, impedance , reflection coefficient, VSWR, Insertion & Attenuation loss, antenna characteristics at microwave

 

Digital Communication (NEC-602)

After the completion of the course students will be able

CO1	To be able to understand the basics of digital communication
CO2	To be able to analyze various coding techniques.
CO3	To be able to analyze various coding techniques.
CO4	To be able to design various digital communication system.
CO5	To be able to analyze spread spectrum techniques.

 

 Integrated Circuit Technology (NEC-603)

After the completion of the course students will be able

CO1	Students will be able to remember  the idea of fabrication and think about its application.
CO2	Students will be able to understand the steps of IC fabrication.
CO3	students will be able to apply the fabrication technology in VLSI designing.
CO4	They will be able to analyze the efficiency and performance of different IC’S
CO5	Students will be able to evaluate the performance index of different circuits. Students will be able to create the complete design of any circuit with its hardware and software implementation.

 

Digital Signal Processing  (NEC011)

After the completion of the course students will be able

CO1	Analyze & create structures of IIR & FIR according to application.
CO2	Analyze & design the IIR filter
CO3	Analyze & design the FIR filter
CO4	Evaluate the benefits of discreatization of DTFT through DFT and analyze the better computation efficiency of FFT than DFT.
CO5	Analyze the multirate signal processing and its applications

 

Microcontroller for Embedded Systems (NEC022R)

After the completion of the course students will be able

CO1	Student will have knowledge about internal hardware design of 8051 and MSP430 microcontrollers.
CO2	Student will be able to write program for various microcontroller based applications in assembly as well as C language.
CO3	Student will have understanding about various on-chip peripherals like timers, ADC and their use.
CO4	Student will have knowledge about various Serial communication protocols like UART, SPI used in chip to chip communication.
CO5	Student will have understanding about internet of things and its implementation using various wireless communication protocols.

 

Odd Sem

Integrated Circuits (NEC 501R)

After the completion of the course students will be able

C01	Calculate the o/p current of basic current mirror, Wilson current mirror and widlar current mirror ckt for the given specifications  also determine the dc gain of the given IC 741 ckt.
C02	Determine the o/p of the adder, subtractor , integrator , differentiator,inverting and non inverting amplifier OPAMP based ckts by applying the characteristics of ideal OPAMP also calculate the cutoff frequency and gain of 1st  &2nd  order butterworth LP,HP,BPand BS filters.
C03	Calculate the o/p frequency of  OPAMP & IC555 based monostable and astable multivibrators.
C04	Plot the transfer characteristics of given  OPAMP based  comparator,Zero crossing detector and schimitt trigger ckts.
C05	Design the 1st  & 2nd  order LP,HP,BP and BS butterworth filter for the  given cutoff frequency and  gain and also implement /realize the CMOS ckt for digital combinational ckt up to 3 i/p variables

 

Principles of Communication (NEC-502)

After the completion of the course students will be able

C01	Identify the key elements of Communication system and various amplitude modulations techniques involved.
C02	Outline the features of angle Modulation Techniques and their comparative analysis and applications suitability.
C03	Able to understand the digital modulation and multiplexing techniques in the communication system.
C04	Acquired knowledge about pulse modulation, vocoders and mathematical representation of noise.
C05	Evaluate the signal to noise ratio and figure of merit of various modulation techniques.

 

Microprocessors (NEC-503)

After the completion of the course students will be able

C01	Outline the features of 8085 and to understand basic architecture of 8085.
C02	Write programs to run on 8085 and 8086 .
C03	To understand interfacing of 8085 with memory and peripheral chips.
C04	To understand interfacing of 8086 with memory and peripheral chips.
C05	Use of microprocessor in real life applications.

 

Antenna and Wave propagation (REC051)

After the completion of the course students will be able

CO1	Student will recall and remember the importance of various antenna and parameters.
CO2	Student will be able to understand the concept of antenna and antenna array.
CO.3	Student will apply the Maxwell’s equations for different antenna parameter.
CO4	Student will analyze different antenna and their behavior
CO5	The student will evaluate and design new antenna  and antenna systems.

Even Sem

Electronic Switching (NEC 041)

After the completion of the course students will be able:

C01	Acquire knowledge of the historical developments of telecommunication networks & switching systems.
C02	To understand the probabilistic methods & statistics to solve telecommunication n/w problems and to design, develop & implement such networks.
C03	Gain knowledge of different types of switching method.
C04	To understand the basic concepts of signaling techniques used in transfer of voice and control signals through telecommunication n/w.
C05	To design data networks and understand the concepts of networks used to carry voice as well as data.

 

 Satellite and RADAR System (NEC 045)

After the completion of the course students will be able:

C01	Understand the basics of radar and radar equation.
C02	Able to impart knowledge behind MTI and its performance.
C03	Designing of tracking radar and detail study of elements of satellite communication.
C04	Evaluate of altitude and orbit control systems and design of satellite links.
C05	Analysis of direct broadcast satellite television and GPS receiver operation.

 

 Wireless & Mobile Communication (NEC 801)

After the completion of the course students will be able:

C01	Apply the concept of frequency reuse in channel modeling.
C02	Analyze and design receiver and transmitter diversity techniques.
C03	Analyze the different Wireless communication systems and standards.
C04	Evaluate the performance of the wireless system using different multiple access protocols.
C05	Create protocols for various WLANS.

 

Optical Networks (NEC 802)

After the completion of the course students will be able:

C01	Designing of 2G Optical Networks using key elements and analysis of optical data transmission over it.
C02	Able to impart knowledge behind different type’s gratings, multiplexers, filters and optical switches and analysis how they can be used in designing WDM networks.
C03	Imparting knowledge about various clients e.g. SONET/SDH, ATM and IP and understanding the concept of quality of service.
C04	Evaluation of cost trade off and designing of optical networks using wavelength assignment problems in different WDM topology designs.
C05	Analysis of Optical Time Domain Multiplexing & to understand concept of interleaving.

 

Odd Sem

Digital Image Processing (NEC 032)

After the completion of the course students will be able:

C01	Review the fundamental concepts of a digital image processing system.
C02	Analyze images in the frequency domain using various transforms.
C03	Evaluate the techniques for image enhancement and image restoration.
C04	Categorize various compression techniques.
C05	Interpret Image compression standards.

 

Optical Communication (NEC 701)

After the completion of the course students will be able:

C01	Understanding fundamentals of ray theory, mode theory & advances in optical communication system.
C02	Understanding different types of fiber required for transmission & analyze how dispersion affects the link.
C03	Understanding characteristics of LED/LASER & analysis of rate equation of LASER diode.
C04	Analysis of PIN/Avalanche photo detector & understanding the concept of photo detector noise & detector response time.
C05	Designing of point to point link by considering power penalities, reciever sensitivity & Bit Error Rate (BER).

 

Data Communication Network (NEC 702B)

After the completion of the course students will be able:

C01	Gain knowledge of basic concepts of Digital communication with different models.
C02	Understand the concept behind switching techniques and protocols related to it.
C03	Analyze Multiple access techniques and gain practical knowledge about IEEE standards.
C04	Evaluate about Network layer and its protocols.
C05	Gain knowledge of Transport layer and its protocols.

 

VLSI (NEC 703)
 After the completion of the course students will be able:

C01	Understand the basics of MOS transistor and Fabrication of MOS device.
C02	Design various digital circuits with MOS transistors and CMOS logic.
C03	Evaluate digital circuits for delay, power and area and their optimization
C04	Analyze and compare combinational and sequential circuits.
C05	Optimize digital circuits according to the given parameters and enhance their efficiency.