Shri.Dadasaheb Gawai Charitable Trust’s

Dr. Sau. Kamaltai Gawai Institute of Engineering & Technology, Darapur.






At the end of course students will be able to –

3ETC1 – Engineering Mathematics-III

◘. To deal with linear differential equations.
◘. Understand Laplace transforms.

◘. Introduction to geometry of curves, two and three-dimensional regions and calculus of vector valued functions.

◘. To equip students with necessary knowledge and skills to enable them to handle mathematical operations of complex analysis .
◘. Understand the computational details behind certain numerical methods and their convergence.
◘. To deal with system of differential and difference equations in the study of electrical/electronic and systems

3ETC02 – Electronic Devices & circuits

◘. Comprehend the knowledge of diode and its applications in rectifier and regulator circuits.

◘. Understand basics of BJT, JFET, MOSFET, UJT and their operational parameters.

◘. Understand feedback concept, topologies and their applications.

◘. Implement and analyze various electronic circuits

3ETC03 – Digital System Design

◘. Use Boolean algebra to solve logic functions, minimization techniques, number systems and its conversion, arithmetic functions.

◘. Identify, analyze and design combinational and sequential circuits.

◘. Understand digital logic families and their characteristics.

◘. Use the knowledge of semiconductor memories and mapping of memories, programmable logic devices in digital design.

3ETC04 – Electromagnetic Waves

◘. Understand the coordinate systems and vector integrals.

◘. Evaluate Electric Field Intensity for different charge distributions.

◘. Evaluate Magnetic Field Intensity due to current carrying conductors.

◘. Understand scientifically about Maxwell’s equations & Boundary conditions.

◘. Characterize uniform plane wave & can calculate reflection and transmission coefficient of waves at media interface. ◘. Understand principle of radiation and radiation characteristics of theoretical & practical antennas.

3ETC05: Object Oriented Programming

◘. Justify the basic concepts of object-oriented programming such as data types, functions, classes, objects, constructors, inheritance, overloading etc.

◘. Design, implement, test, and debug simple programs in C++.

◘. Describe how the class mechanism supports encapsulation and information hiding.

◘. To know the concept of operator overloading

◘. Understand inheritance in C++

◘. Design and test the implementation of Java programming concepts


At the end of course students will be able to –

4ETC02 – Analog Circuits

◘. Perform evaluation of the switching behavior of semiconductor devices.

◘. Comprehend the knowledge of basic concepts and performance parameters of Op-Amp.

◘. Use Op-Amp for implementation of linear and non-linear applications.

◘. Comprehend the knowledge of PLL, its applications and data converters.

4ETC03 – Network Theory

◘. Analyze electrical circuits using Mesh and Node analysis.

◘. Apply suitable Network Theorem to analyze electrical circuits.

◘. Draw oriented Graph of the network to determine their currents and voltages.

◘. To implement the concept of Laplace Transform for electrical circuit analysis.

◘. To apply Two-Port network theory for electrical network analysis.

◘. To evaluate different Network Functions.

4ETC04 – Signals And Systems

◘. Understand the continuous time signals and systems mathematically and their classification along with the mathematical operations that can be performed on them.

◘. Understand the spectral characteristics of continuous-time periodic signals using Fourier series.

◘. Analyze the spectral characteristics of continuous-time aperiodic signals and systems using Fourier Transform.

◘. Apply the Laplace transform for analysis of continuous-time systems.

◘. Understand the Discrete Time signals and systems mathematically and understand their classification along with the mathematical operations that can be performed on them.

◘. Analyze the spectral characteristics of Discrete Time signals and systems using Discrete Time Fourier Transform.

4ETC05 – Values & Ethics (HS)

§ Students are expected to become more aware of themselves, and their surroundings (family, society, nature); they would become more responsible in life, and in handling problems with sustainable solutions, while keeping human relationships and human nature in mind.

§ They would have better critical ability.

§ They would also become sensitive to their commitment towards what they have understood (human values, human relationship, and human society).

§ It is hoped that they would be able to apply what they have learnt to their own self in different day-today settings in real life, at least a beginning would be made in this direction.


At the end of course students will be able to –

5ETC01: Microcontroller

§  Attain the knowledge of Microprocessor ◘0◘◘ ◘.

§  Understand the Interfacing of various peripheral devices with Microprocessor ◘0◘◘ ◘. Attain the knowledge of Microcontroller ◘0◘◘ ◘.

§  Understand assembly language & C Programming for Microcontrollers

§  ◘. Understand the Interfacing of various peripheral devices with Microcontroller ◘0◘◘ ◘. Gain knowledge of advance Microcontrollers

5ETC02: Control System

◘Understand mathematical models of electrical, mechanical and electromechanical systems.

◘. Determine transfer functions from block diagrams and signal flow graph.

◘. Evaluate transient response and steady state response parameters.

◘. Analyze stability of the LTI system using Routh criterion and root locus

◘. Analyze stability of the LTI system using bode plot and NY Quist criterion

◘. Create the state model and Evaluate response of the system using state variable method

5ETC03: Digital Signal Processing


◘. Compute the Z-transform of a sequence, identify its region of convergence and compute the inverse Z-transform.

◘. Evaluate the Fourier transform of a signal.

◘. DesignFIRandIIRfilters.

◘. Understand the concepts of Multirate Digital Signal Processing and need of Filter banks.

◘. Understand the application of Digital Signal Processing

5ETC04 Professional Elective – I (PE-I): (i) Power Electronics

◘. Analyze the characteristics of various power electronics devices.

◘. Understand SCR firing circuits, commutation techniques.

◘. Analyze and design controlled rectifiers and dual converters

◘. Analyze and design DC to DC, AC to AC converters and DC to AC inverters,

◘. Design and develop power electronic circuits for various applications.

◘. Know various applications of power converters in DC drives.

5ETC04 Professional Elective – I (PE-I): (ii) Fiber Optics Communication

◘. Understand the principles fiber-optic communication, the components and Losses and dispersion in fiber.

◘. Understand the properties of the optical fibers and optical components in sources.

◘. Understand operation of lasers, LEDs, and detectors in fiber

◘. Analyze system performance of optical communication systems in networks

◘. Understand the block diagram of FOC System with Power budgeting parameters.

◘. To apply the knowledge of fiber optical components, links, and systems

5ETC04 Professional Elective – I (PE-I): (iii) Speech And Audio Processing

◘. Illustrate how the speech production is modeled

◘. Summarize the techniques involved in collecting the features from the speech signal in time and frequency domain. ◘. Summarize the various speech coding techniques.

◘. Understand the process Speech Synthesis.

◘. Apply techniques/methods used for speech enhancement.

◘. Apply techniques/methods used for speech recognition.

5ETC05 Open Elective – I (OE-I):

(i) Sensors And Transducers

◘. Understand the basic aspect of transducers and sensors

◘. Gain knowledge of statistical characteristic and Errors of system.

◘. Realize the fundamental concept about temperature and Velocity measurement

◘. Acquire knowledge of measurement of displacement and Humidity.

◘. Familiarize the basic information about measurement of Pressure, Flow, Level

◘. Aware about the basics of Strain gauge and smart sensors

5ETC05 Open Elective – I (OE-I):

(ii) Data Structure

◘. Able to understand basics and applications of different linear and nonlinear data structures

◘. Able to design and implement various data structure algorithms and analyze the efficiency of an algorithm.

◘. Able to understand Linked List and implement algorithm.

◘. Able to understand the working principle and Implementation of stacks and queues.

◘. Able to implement learn Trees, Graph and their applications

◘. Able to write an algorithm on different sorting methods and analyze the complexities of algorithms.

5ETC05 Open Elective – I (OE-I):

(iii) Introduction To JAVA

◘. Fundamentals of Object Oriented Programming and can build & run a basic application at their own

◘. Use of selection & repetition statements in Java Program, dealing with methods and playing with classes and objects in real world

◘. To create and process single dimensional & multidimensional arrays, to handle strings in Java

◘. To create interactive graphical user interface in a desktop application using AWT and/or SWING Components.

◘. To handle exceptions and create user defined exception, also learns file handling in Java.

◘. To learn concept of multithreading; create, manage threads; and purpose of synchronization.


At the end of course students will be able to –

6ETC01 Communication Network

◘.Identify different types of network devices and their functions within a network.

◘. Understand the basic functions of data logical link control and media access control and protocol used in this layers. ◘. Distinguish between the layers of the OSI and TCP/IP model.

◘. Analyze, specify and design routing strategies for an IP based networking infrastructure

◘. Understand the concept of reliable and unreliable transfer protocol of data and how TCP and UDP implement these concepts.

◘. Understand various Application layer Protocols.

6ETC02: Computer Architecture

◘. Learn how computers work

◘. Analyse the performance of computers

◘. Perform floating point arithmetic operations and design ALU as per the requirement

◘. Know how computers are designed & built

◘. Understand and design different types of memory systems

◘. Understand issues affecting recent processors

6ETC03 Professional Elective- II (PE-II): (i) CMOS Design

◘.To understand the concept of CMOS circuit.

◘. To draw Layout, Stick diagrams of CMOS Circuits.

◘. To analyses the CMOS circuit performance parameter

◘. To implement combinational CMOS circuit design using CMOS logic families.

◘. To design sequential CMOS circuit.

◘. To design the CMOS circuit using dynamic CMOS logic

6ETC03 (PE-II):

(II) Satellite Communication

◘. At the end of this course students will demonstrate the ability to

◘. Visualizethearchitectureofsatellitesystems as ameansofhighspeed,highrangecommunicationsystem.

◘. Statevariousaspectsrelatedtosatellitesystemssuchasorbitalequations,sub-systemsinasatellite

◘. Solvenumericalproblemsrelatedtoorbitalmotionanddesignoflinkbudgetforthe given parametersandconditions. ◘. Learnadvancedtechniquesandregulatoryaspectsofsatellitecommunication

◘. Understand role of satellite in variousapplications

◘. Understand VSAT and GPS

6ETC03 (PE-II):

(III) Adaptive Signal Processing

◘. Comprehend adaptive system and functions.

◘. Evaluate the performance of various methods for designing adaptive filters through estimation of different parameters.

◘. Understand the concepts of gradient and mean square error performance in adaptive systems

◘. Analyse convergence and stability issues associated with adaptive filter design and come up with optimum solutions. ◘. Apply an adaptive filter algorithm that recursively finds the coefficients that minimize a weighted linear least squares cost function.

◘. Implement applications of adaptive signal processing.

6ETC04 Open Elective – II (OE-II):

(i) Introduction To Python Programming

◘. Interpret the fundamental Python syntax and semantics

◘. Be fluent in the use of Python control flow statements

◘. Perform basic CURD operations on Mongo DB using Python.

◘. Determine the methods to create and manipulate Python programs by utilizing the data structures like lists, tuples and sets.

◘. Identify the commonly used operations involving file systems and regular expressions.

◘. To learn and use operators

6ETC04 Open Elective – II (OE-II): (ii) Database Management System

◘.  Differentiate database systems from file systems by enumerating the features provided by database systems and

◘. describe each in both function and benefit.

◘. Define the terminology, features, classifications, and characteristics embodied in database systems.

◘. Analyze an information storage problem and derive an information model expressed in the form of an entity relation diagram and other optional analysis forms, such as a data dictionary.

◘. Demonstrate an understanding of normalization theory and apply such knowledge to the normalization of a database. ◘. Understand the basic issues of transaction processing

◘. Understanding the basic issues of concurrency control and dead lock in database.

6ETC04 Open Elective – II (OE-II):

(iii) Renewable Energy Sources (Solar & Electric Vehicles)

◘. Understand the concept of Solar cell and estimate solar energy availability

◘. Learn Solar cell Technologies

◘. Understand the concept of Power Electronic Converters

◘. Learn about Hybrid Electric Vehicles

◘. Learn Electric drives

◘. Learn about electric storage

6ETC05: Engineering Economics

◘. Learn basics of Engineering Economics

◘. Understand and compute the production cost

◘. Study different cash flow methods

◘. to evaluate Engineering alternatives

◘. Understand depreciation analysis

◘. Understand Indian Banking System


At the end of course students will be able to –

7ETC01: Microwave Theory and Techniques

◘. Understand operations of microwave active and passive devices.

◘. Understand operations of Semiconductor Microwave Devices.

◘. Describe characteristics of microwave propagation through waveguide and parallel micro strip line

◘. Understand Operations of Microwave resonators. ◘. Use S-parameters for characterization of microwave devices.

◘. Measure various parameters of microwave system.

7ETC02: Digital Image and Video Processing

◘. Comprehend fundamentals of digital image processing.

◘. Understand & apply knowledge of spatial domain and frequency domain filtering to digital images.

◘. Analysis of image segmentation and morphological techniques.

◘. Understand image degradation model and its restoration; analyze various image compression techniques based on redundancy features.

◘. Understand the Fundamentals of digital video processing.

◘. Comprehend motion estimation and video processing applications.

7ETC03 Project Management & Entrepreneurship

◘. Understand basic concept of Project management

◘. Attain the knowledge of cost estimation & working capital

◘. Prepare Cost Sheets, balance sheets and Cash Flow statements

◘. Understand the Entrepreneurial competencies & traits ◘. Discuss the Management skills for Entrepreneurs

◘. Understand Social Entrepreneurship


 (i) High Speed Electronics

◘. Explain significance and the areas of application of high-speed electronics circuits.

◘. Analyze effect of noise in high speed application

◘. Summarize the properties of various components used in high speed electronics

◘. Design the various type of RF amplifier for high speed application

◘. Explain the operation of the Mixer, Oscillator and PLL transceiver

◘. Design the various types of PCB using CAD tool


(ii) Mobile Communication And Networks

◘. Explain basic concept of Cellular systems and standards

◘. Demonstrate knowledge of Signal propagation model

◘. Compare different multiple access techniques in mobile communication.

◘. Summarise the concept of rake receiver

◘. Demonstrate advance knowledge of MIMO

◘. Compare different Mobile Communication Systems and standards


(iii) Mixed Signal Design

◘. Expand knowledge of the CMOS Process, and op-amp design

◘. Devise appropriate switch capacitor circuits

◘. Analyze phase lock loop circuits

◘. Use desired data converters in various applications.

◘. Explain Various types of A/D Converters

◘. Understand D/A converters.

7ETC05 (PE-IV)

 (i) Introduction to MEMS

◘. Demonstrate skills to select appropriate material for MEMS devices

◘. Understand fabrication process of MEMS

◘. Select appropriate sensor and actuator in a given application

7ETC05 (PE-IV)

 (ii) Error Correcting Codes

◘.Understand the error sources

◘. Understand error control coding applied in digital communication

◘. Able to transmit and store reliable data and detect errors in data through coding

◘. Able to understand the designing of various codes like block codes, cyclic codes, convolution codes, turbo codes and space codes

7ETC05 (PE-IV)

(iii) Antenna and Propagation

◘. Describe the basic concepts and applications of Antenna systems.

◘. Determine the radiation pattern and directivity of antenna arrays.

◘. Describe the concept of Huygens Principle &Babinet’s Principle.

◘. Understated the properties of broadband antennas and micro strip antennas.

◘. Describe the basic principles of smart antenna systems.

◘. Understand different ways of propagation of radio waves.


At the end of course students will be able to –

8ETC01: Embedded Systems

◘. Recognize the concept of Embedded Systems

◘. Summarize the quality attributes of Embedded System

◘. Articulate the architecture and inbuilt peripherals of AVR Microcontroller

◘. Evaluate the programming of AVR Microcontroller in C

◘. Compare task, process & threads in Real Time Embedded System

◘. Assess validation and debugging of Embedded System

8ETC02: Cryptography And Network Security

◘. Understand basic cryptographic algorithms

◘. Attain the knowledge of message and web authentication and security issues.

◘. Identify information system requirements

◘. Understand the current legal issues towards information security

◘. Discuss the fundamental ideas of public-key cryptography

◘. Understand Intrusions and intrusion detection.

8ETC03 (PE-V)

 (i) Nano Electronics

◘. Understand various aspects of nano-technology and the processes involved in making nano components and material. ◘. Leverage advantages of the nano-materials and appropriate use in solving practical problems.

◘. Understand various aspects of nano-technology and the processes involved in making nano components and material. ◘. Leverage advantages of the nano-materials and appropriate use in solving practical problems.

◘. Students will understand the divers electronic device fabrication.

◘. Students will have in-depth technical knowledge in one or more areas of specialization.

8ETC03 (PE-V)

(ii) Wireless Sensor Networks

◘. Understand the basis of Sensors with its applications

◘. To learn the architecture and placement strategies of Sensors

◘. To analyze routing and congestion algorithms

◘. To design, develop , and carry out performance analysis of sensors on specific applications

◘. To explore and implement solutions to real world problems using sensor devices, enumerating its principles of working

◘. To understand the working through the case study on WSN.

8ETC03 (PE-V)

(iii) Wavelets

◘. Comprehend the fundamentals of wavelets.

◘. Explain the concepts, theory, and algorithms related with wavelet transform.

◘. Understand the modern signal processing tools using signal spaces, bases, operators etc.

◘. Analyse wavelets, filter banks, and multiresolution techniques.

◘. Understand data compression techniques using wavelets.

◘. Comprehend projects ideas based on wavelet transform

8ETC03 (PE-V)

(iv) Bio-Medical Electronics

◘. Understand fundamentals of Medical Instrumentation, Biomedical Signals and Electrode.

◘. Identify and classify various Biomedical Transducers.

◘. Illustrate the significance of human signals and recording techniques

◘. Familiarize with Modern medical imaging systems.

◘. Conceptualize requirements and importance of Patient Care and Monitoring and Safety.

◘. Describe the function and necessity of Physiological and electrotherapy equipments.

8ETC04 (PE-VI)

(i) 5G-6G Mobile Communication

◘.Illustrate the evolution of mobile communication leading to the introduction of 5G.

◘. Explain the key innovations in radio and network.

◘. Elaborate the standardization process and timeline for 5G

◘. Identify the spectrum requirements.

◘. Discuss key issues and challenges in 6G deployment.

◘. Understand the concept of 6G

8ETC04 (PE-VI)

(ii) Information Theory and Coding

◘.Understand the concept of information and entropy

◘. Understand Shannon’s theorem for coding

◘. Calculation of channel capacity

◘. Discuss the various capacity reduction based coding techniques for text, audio and speech type of data

◘. Compare various capacity reduction based coding techniques for image and video type of data.

◘. Implement various error control techniques for Convolutional codes

8ETC04 (PE-VI)

(iii) Scientific Computing

◘.View scientific computing as the point of intersection between computer science, numerical mathematics, and modeling.

◘. Introduce to numerical mathematics and prepares them for the scientific computing part.

◘. Learn to solve Nonlinear equations useful for computer models

◘. Learn to solve Numerical differentiation useful for computer models

◘. Learn to use MATLAB

◘. Learn to use python for the applications in scientific computing