LVD COLLEGE RAICHUR

CLASS

COURSENAME

COURSEOUTCOME

ELE1.1

TostudythefundamentalsofKCL,KVLandnetwork

NetworkAnalysis

theoremsandanalysis.Todevelopthefoundationforhigher

studiesinthe fieldofnetworking.

ELE1.2

SemiconductordiodeandRectifiers

To make students wellsemiconductorfundamentals.

familiar

with

rectifiers

and

B.ScI

ELE1.3

Regulatedpowersupply.

Tomakestudentswellfamiliarwithregulatedpowersupplyfundamentals.

Sem

ELE1.4

MeasuringInstruments

Togivethepracticalknowledgeofdesignofinstrumentsandalsotomakestudentscompetentinpreparationofmeasuring

instruments.

ELE1.5

Transistor and biasingcircuits.

To give the practical knowledge of transistors and biasing circuits

B.ScII

Sem

ELE2.1

Networkparameter.

TostudythefundamentalsofZ,Y,andh-parametersandtheirinterconversionswhichisrequiredforanalysisoftransistor circuits.

ELE2.2

Passive filters

Tomakestudentsfamiliar withpassivefilters

ELE2.3Amplifiers

Togivethepracticalknowledgeofamplifiers

ELE2.4

FETandAmplifiers

TounderstandcomparativestudyofFETandJFETandalsotheimplementationofamplifiersdependinguponthefieldof

applications.

ELE2.5

FeedbackandOscillators.

Tounderstandthetechniqueoffeedbackanditseffectongainofamplifiersandalsoto builddifferentoscillatorcircuits.

B.ScIII

Sem

ELE3.1

Optoelectronics

Tomakethestudentstounderstandconstruction,workingandapplicationsofdifferentoptoelectronicdevices,especially

solarcells.

ELE3.2

NumberSystem

Tounderstandthebasicsofdifferentnumbersystemsandtheir

interconversions, differentdigitalcodesused in digitalsystem.

ELE3.3,3.4&3.5

DigitalElectronics

To give the practical knowledge of digital electronics and itsapplications- Basic gates derived gates, logic families, digitalICs,Booleanalgebra,simplificationoflogiccircuits,

combinationallogiccircuitsandsequentiallogiccircuits.

B.ScIV

Sem

ELE4.1&4.2

OperationalAmplifiersandapplications

Tounderstandthebasicsofoperationalamplifier,andits

characteristics and different modes of operations.Implementationofop-ampsinarithmeticandlogic circuits.

ELE4.3

Activefiltersandapplications

Tostudyactivefiltersanditsapplicationsindigitalelectronics,basictimingconceptsusingIC555timerandimplementation

of it in Multivibrators.

ELE4.4

LaplaceTransform

TostudycircuitanalysisusingLaplacetransformationandalso

polesandzerosofNetwork function.

ELE4.5

Netwo0rkSynthesis.

TostudytheSynthesisofLCandRCNetworksusingFoster

andCauertypes ofcircuitrealization.

ELE5.1.1

PowerElectronics

TostudyConstruction,workingandcharacteristicsofpower

controldevicesandtheirapplicati0ons.

B.ScV

SemP-I

ELE5.1.2

Modulation andDemodulation

Tounderstandpropagationofelectromagneticwaves,needformodulation,typesofmodulationandDemodulation.Studyof

differentmodulator and demodulatorcircuits

ELE5.1.3

TransmittersandReceivers

Tounderstandtransmissionofinformationusedin differenttypesoftransmittersandalsoreceptionofinformationusing

differentreceivers.

ELE5.1.4

Antenna

TounderstandbasicsofAntennaandtypesofAntennasusedin

CommunicationSystems.

B.Sc VSemP-II

ELE 5.2.1&ELE5.2.2

MicroprocessoranditsProgramming

TostudytheArchitectureofmicroprocessor.Tounderstanditsinstructionsetandto executeassemblylanguageprogramusing

8085microprocessor.

ELE5.2.3

Interfacing

Tounderstandthebasicsofinterfacinganditsuseindifferent

types ofinterfacingtechniques.

ELE5.2.4

Microcontroller

Tounderstandthebasicblockdiagramof8051microcontroller

andits instruction set, toexecute assemblylanguageprogram.

B.ScVI

SemP-I

ELE6.1.1

Transmission linesandOFC

To understand basics of transmission lines, types oftransmissionlines.Detailedstudyofopticalfibercableandits

Importanceincommunicationsystem.

ELE6.1.2

TelevisionReceivers

CO TogainbasicknowledgeaboutTelevisionreceiverandstudythemonochromeandcolor televisionreceiver in detail.

ELE6.1.3

Satellite and MobileCommunication.

TounderstandbasicsofSatellite,Earthstationandtypesof

multipleaccessmethodsusedinSatellitecommunicationandalsomobilecommunication system

ELE6.1.4

PulseandDigitalCommunicationSystems.

To understand the basics of Sampling theorem used in differenttypesofmodulatingtechniques.Studyofbasicsofdigitalcommunicationsystemanditsdifferenttechniques-advantages

anddisadvantages.

B.Sc VISemP-II

ELE6.2

ComputerConceptsand C-Programming.

Tounderstandbasicsofcomputerandprogrammingfundamentals. To understand the basic structure of C-language,StudyofdifferentstatementsusedinC-language,functionsand

pointers.Execution ofC-programs.

CLASS

COURSENAME

COURSEOUTCOME

ELE-CT1:Electronic Devices and Circuits

Upon completing the course, ELE-CT1, the students will be able to understand various fundamental principles of network analysis, number systems and Boolean algebra and become familiar with the basic operation of electronic devices and circuits which are the building blocks of all electronic circuits, devices and gadgets

ELE-OE1.1Domestic Equipment maintenance.

Students will learn about the operation and faults finding of domestic equipments like Geyser, Microwave Oven, Refrigerator, Air Conditioner

B.ScI

ELE-OE1.2:Renoveble Energy and Energy Harvesting

After completing the course, the students will be able to understand various fundamental principles Fossil fuels and Alternate Sources of energies Wind energy Harvesting, Ocean energy, geothermal energy and Hydro energy.

Sem

ELE-OE1.3: Basics of Electronics, Computers and PCB Design.

Students will learn about generation and distribution of electricity, single, two and three phases. Students will gain the practical knowledge of domestic wiring and various types earthling. And they will get the Basic knowledge about computer and its generation operating systems, application software’s and also learn about principles of Inverters, UPS and SMPS, PCB design, Lamination and Photo printing.

B.ScII

Sem

ELE-C2: Analog and Digital Electronics

Upon completing the syllabus contents of ELE-CT2, the students will become familiar with various working principles of widely used electronic devices, linear and digital ICs which helps the students to build small projects and also be able to answer some basic questions that appear in competitive examinations.

ELE-OE2.1: Consumer Electronics

To make students familiar with Audio systems like PA system, Microphones Loudspeakers AM/FM receivers LED TV and Video systems, home theaters. And also learn about landline and Mobile Telephone, Electronic gadgets Domestic Appliances.

ELE-OE2.2: Electronics For Everyone.

Students will learn about principles of Switching circuits, Phase locked loops. And they will understand the various applications of Operational Amplifier. Students acquire knowledge about Transducers, sensors and Data Acquisition and also learn about Arduino and its Interfacing I/O concepts.

ELE-OE2.3Mobile Cmmuication.

To understand comparative study of Evolution of mobile Radio communication, Cellular system concept, CDMA and also learn about Telecommunicating system like GSM. Understands principles of Satellite system, Wireless LAN, Bluetooth and Wimax.

ELE-OE2.4:Mobile Application Programming.

To understanding and the technique of Mobile application programming Android, iOS and Windows, their software development and Framework. Learn about overview of Android content providers, overview of iOS, iOS layers and also Windows phone Environment.

B.ScIII

Sem

ELE CT3.1: Programming in C and Digital Design using Verilog.

After the successful completion of the course, the student will be able to: 1) Apply the acquired knowledge of digital circuits in different levels of modeling using Verilog HDL.

2) Design and verify the functionality of digital circuit/system using test branches.

3) Develop the programs more effectively using directives, Verilog tasks and constructs.

4) Design and analyze algorithms for solving simple programs.

5) Write and Execute and debug C codes for solving problems.

ELE-OE 3.1: Fundamentals of Electronics.

After completion of Ele-OE3.1, students will acquire knowledge of physical structure and characteristics of all electronic devices and also understands working principles of electronic Instruments use of CRO and they will learn about digital fundamentals.

ELE-OE 3.2: Applications of Electronics-I.

Students understand practical knowledge of passive and active components, LED and LCD display systems use of DMM, ECG, EEG EMG and PH meter etc. And they will also learn about UPS SMPS Inverters.

ELE-OE 3.3:Robotics.

After completion of these course students will able to knowledge history of Robotics and also understands embedded system, basic principles digital electronics features of microprocessors and microcontrollers. Acquire knowledge programming different types of Robots.

ELE-OE 3.4: Medical Electronics.

After completion of Ele-OE3.4, students will acquire knowledge Biomedical Instruments and their applications and also learn about Medical Imaging and Biomedical signal processing.

B.Sc IV

Sem

ELE CT 4.1: Electronic communication-I.

After the successful completion of the course, the student will be able to: 1) Know the basic concept of Analog Commutation, means and medium of communication.

2) Understands the principles of Analog and digital modulation.

3) Familiar with AM and FM techniques.

4) Understands basic concept of pulse Modulation, Carrier Modulation for digital transmission and able to construct simple pulse modulation.

5) Understand the basic concept of Satellite Communication.

6) Unterstan the basic concept of Optical Fiber Communication (OFC).

ELE OE 4.1: Applications of Electronics-I.

After completion of this course students will able to know about principles of Radio, TV, and OFC also acquire knowledge of Embedded system, SIM card Smart Card, CCTV Camera, ATM principles. And also understand use of EVM, EDUSAT, Internet-modem and Wi-Fi. Understand E-Waste Management.

ELE OE 4.2: Augmented and Virtual Reality.

After the successful completion of the course, students will learn about Virtual Reality, History of VR, Human Physiology and Perception, key element. Understand Augmented Reality and Geometry of Virtual World, the Physiology of Human Vision.

ELE OE 4.3: IoT and Application.

After completion of Ele-OE3.4, students will acquire knowledge Fundamentals of IoT and its frameworks. Understand working of Sensors networks, Arduino IDE, Board Types Wireless Sensor networks. Wireless Technologies, WPAN and IP based protocols. Able to learn Data handling Big data, flow of data, data acquisition and storage.

B.Sc.V

Sem

DSC-ELE 51: Communication-II

After the successful completion of the course, students will Know the various microwave devices, their working and applications. Understand the principle and working of different RADAR systems. Familiar with ASK, FSK, PSK, BPSK Digital modulation techniques. Understand the basic concept of cell phone hand set, working principle of cellular communication and wireless technologies.

DSC-ELE 52: Embedded Controllers

Identify and understand function of different blocks of 8051 microcontrollers. Develop program for I/O port operations, Timers, Serial ports, and Interrupts sing C. Gain the Knowledge to interface LCD, Keyboard, ADC, DAC, DC motors, etc. Design and develop small scale embedded system.

B.ScVI

Sem

Still Curriculum is not designed by State level committee.

Still Curriculum is not designed by State level committee