Mahatma Gandhi Vidyamandir's

Loknete Vyankatrao Hiray Arts Science & Commerce College Panchavati, Nashik, (MS)

Awarded Best College & Affiliated To S. P. Pune University - Re-Accredited By NAAC With 'A' Grade.

Science Department

Highlights of the Department

  • - Research Centre in Electronic Science with 08 guides and registration of 31 students.
  • - Publication of research papers in reputed UGC listed journals and conferences.
  • - Collaborations, Linkages and MoUs with reputed institutions, industries and research laboratories for research work.
  • - Organization of Seminars/Workshops/ Conference related to advances in nanotechnology
  • - Industry/Research based projects for UG &PG students.
  • - SWAYAM NPTEL MOOCs Courses completed by PG students.
  • - Use of ICT facilities and enrichment of E-content on subject related topics.
  • - Hands on training workshops on advanced hardware and software tools.
  • - Industrial Visit/ Study Tour for UG/PG students.
  • - Reuse of E-waste materials for preparation of Electronic Experimental kit making.
  • - Coordination and monitoring of Atal Tinkering Laboratories work of various schools of parent institution.
  • - Prepare students for various exams to increase placement of students.

Programmes Run by the Department:

Name of the Programme POs PSOs
B.Sc. Electronic Science PO-1: Gain a thorough knowledge and understanding of concepts and principles in all science subjects. PO-2: Communicate the subject knowledge in a clear and simple manner in writing and oral. PO-3: identify the given problem and apply, theories/assumptions for solving the same, related to real life situations PO-4: plan, execute, interpret and report the results of the experiments to investigate. PO-5: Work effectively and respectfully as a team member in the classroom, laboratory and field-based situations. PO-6: correlate the ideas, evidences and experiences to analyse and interpret the scientific information with learned scientific reasoning. PO-7: get sensibly aware with the subject facts that can be applied for the society. PO-8; Apply modern library search tools to locate, retrieve, and evaluate subject-related information. PO-9: identify the subject resources required for a project and manage different projects PO-10: motivate and inspire other colleagues/students in subject related activities PO-11: Inculcate continuous learning habit through multiple techniques. PSO1: Apply knowledge of mathematics and science in solving electronics related problems PSO2: Design and conduct electronics experiments, as well as to analyze and interpret data PSO3: Design and manage electronic systems or processes that conforms to a given specification within ethical and economic constraints PSO4: Identify, formulate, solve and analyze the problems in various disciplines of electronics PSO5: Communicate effectively in term of oral and written communication skills PSO6: Use techniques, skills and modern technological/scientific/ engineering software/tools for professional practices
M.Sc. Electronic Science PO-1: learn the terms, theories, assumptions, methods,principles, theoromstatements and classification PO-2; fixed out the problem and resolve it using theories and practical knowledge. PO-3: inculcate his knowledge for carrying projects and advanced research related skills. PO-4: actively participate in team on case studies and field-based situations. PO-5: analyse and interpret ideas, evidences and experiences with learned scientific reasoning PO-6: aware and implement the subject facts that can be applied for the personal and social development PO-7: use digital literacy to retrieve and evaluate subject related information PO-8: get moral and ethical values for society as well as in research PO-9: give analytcal reasoning to interpret research data PO-10: improve their managerial skills and abilities in subject related activities. PO-11: inculcate continuous learning habit through all available resources. PSO1: Identify, formulate, solve, analyze and interprete the problems in various disciplines of electronics using knowledge of mathematics and science. PSO2:Design and conduct, manage electronic systems or processes that conforms to a given specification within ethical and economic constraints. PSO3:Ability to function as a member of a multidisciplinary team with sense of ethics, integrity and social responsibility. PSO4:Abilityto communicate effectively in term of oral and written communication skills. PSO5:Recognize the need for, and be able to engage in lifelong learning. PSO6:Ability to use techniques, skills and moderntechnological/scientific/engineering software/tools for professional practices.
Under Graduate: B. Sc. [Electronic Science]
F.Y.B.Sc. [Electronic Science]
Course No. Subject Code Sem-I CO Sem-II CO
1 Paper-I EL- 111: Basics of Applied Electronics
  • - Learn and identify different parameters/functions/specifications of components used in electronic circuits
  • - Understand the basic terms concepts and definition of networks theorems and application to electronic systems.
  • - Understand need of Circuit and Network theorems.
  • - Identify proper electronic devices as per the need of application.
  • - Solve problems based on network theorems.
  • - Understand and describe of Electronic Systems
 EL-121:Fundamentals of Digital Electronics
  • - Solve problems based on interconversion of number systems.
  • - Solve the expression using Boolean theorems
  • - Solve the expressions using K maps in SOP and POS forms
  • - Understand need of Logic gates.
  • - Understand how to use flip flops to build modulus counter and familiarize with applications of counters like ring counter or event counter.
  • - Learn basic terms concepts and definitions
2 Paper-II EL- 112: Electronic Devices and Circuits
  • - Analyze performance parameters based on study of characteristics of electronic devices like diode, transistors etc.
  • - Understand need of different transistors BJT, FET and MOSFET and its Applications & Learn importance of PN Junction diode, BJT, FET and MOSFET, Photo electric devices.
  • - Learn build and test the circuits like street light controller using electronic devices.
  • - Select proper electronic devices as per the need of application
  • - Simulations for designing and analyzing diode/transistor circuits
  • - Learn basic concepts of LEDs , IR, ,Photo diode circuit , Photo transistors, LDR, Opto- Isolators
 EL-122: Analog and Digital Device applications
  • - Differentiate opamps as per specifications or performance parameters
  • - Understand opamp circuits and its usefulness in different applications
  • - Learn the operating principle of IC 555 in different configurations
  • - Understand different types of DAC and their performance parameters
  • - Classify the ADC and their performance parameters and to learn OPAMP ICs
  • - Learn basic terms concepts and definitions.
3 Paper-III EL- 113: Practical Course-I: Lab-1A
  • - Identify different components and devices as well as their types
  • - Understand basic parameters associated with each device
  • - Understand the operation of different instruments used in the laboratory
  • - Build the circuit and analyses the required performance.
  • - Compare the simulated and actual results of given particular experiment
  • - Learn basic electronic terms, concepts and definitions
 EL-123: Practical Course- Electronic Lab- IB
  • - Learn how to connect Opamp circuits and analyze the output
  • - Build application circuits of Opamp
  • - Design the output frequency of IC 555 as Astable/ monostablemultivibrator
  • - Compare simulated and actual results of given circuit
  • - Simulation of experiment using Pspice.
  • - Understand the basic terms concepts and definitions
S.Y.B.Sc. [Electronic Science]
4 Paper-I EL-231: Communication Electronics
  • - Understand different blocks in communication systems, types of noise in communication systems and its different parameters
  • - Understand need of modulation, modulation process and amplitude modulation and demodulation methods
  • - Analyze generation of FM Modulation and demodulation methods and comparison between amplitude and frequency modulation
  • - Solve problems based on AM and FM performance parameters
  • - Compare pulse modulation techniques such as PAM, PPM, PWM and compare TDM and FDM techniques used in communication
  • - Analyze difference between ASK, FSK, PSK as well as PCM and its applications and learn basic terms concepts and definitions.
 EL-241: Analog Circuit Design
  • - Design single/multistage amplifier using transistor and analyze their frequency response base on gain-bandwidth product due to coupling /bypass capacitors
  • - Understand, Classify and compare different power amplifiers and design push pull amplifier and need of heat sinks
  • - Distinguish between Opamp Feedback circuits based on their configurations and analyze the effect of negative and positive feedback on characteristics of Opamp
  • - Understand and analyze the need of positive feedback in oscillator circuits
  • - Design, develop and build circuits for identified applications
  • - Learn basic terms concepts and definitions
Paper-II EL-232: Digital System Design
  • Distinguish between different logic families based on their performance parameters
  • Analyze basic combinational logic circuits for simple applications
  • Design combinational logic circuits using K maps for identified applications
  • Design Sequential logic circuits using state diagram, excitation table for identified applications
  • Understand and compare different types of ADC and their performance parameters using data sheets/manuals
  • Understand and compare different types of DAC and their performance parameters using data sheets/manuals and learn basic terms concepts and definitions
 EL-242: Microcontroller & Python Programming
  • Identify the features and architectural details of microcontroller (Arduino)
  • Develop the program code using open source programming language(Arduino) for basic identified applications
  • Understand basics of python programming language
  • Understand special features of python programming language such as importing modules, directory, tupules
  • Learn design, build and implement applications using Arduino and python
  • Learn basic terms concepts and definitions
Paper-III EL-233: Practical Course
  • - Describe and explain the techniques of generation of AM/ FM and demodulation and also TDM/ FDM generation technique
  • - Design FSK generation using standard IC XR 2206 referring data manuals
  • - Demonstrate PPM/PWM/PAM and PCM techniques using standard circuits in data manuals
  • - Design and build minimum complexity digital circuits using logic gates
  • - Design ADC/ DAC using data manuals and study its performance parameters
  • - Design and analyze different combinational and sequential logic circuits using standard ICs in data manuals
 EL-243: Practical Course
  • - Describe and explain the design procedure of different types of active filters and analyze its frequency response
  • - Demonstrate positive feedback for oscillator circuits using standard ICs
  • - Describe and explain design procedure for two stage amplifiers and also design practical circuits for identified applications
  • - Develop working setup and write programs using programming techniques of Arduino
  • - Demonstrate and explain interfacing hardware to Arduino microcontroller
  • - Solve problems using programming techniques of python and learn basic terms concepts and definitions.
T. Y. B. Sc. [Electronic Science]
Course No. Subject Code Sem-I CO Sem-II CO
Paper-I EL-351: Digital Design using Verilog
  • - To Know and understand structure of HDL and Verilog
  • - To Understand different modeling styles in Verilog.
  • - Use Verilog effectively for simulation, verification and synthesis of digital system.
  • - To Understand basics of programmable logic devices
 EL 361-Modern Communication Systems
  • Understand the digital modulation techniques.
  • Understand different types of pulse modulation techniques.
  • Describe the evolution and importance of Mobile communication and cellular communication
  • Know the basics of satellite communication systems.
Paper-II EL-352: Microcontroller Architecture and Programming
  • -To understand the basics of microcontroller.
  • -To Understand the basic of C programming
  • -To acquire basic programming skills in C language.
  • -To Understand and acquire basic programming skills for AVR microcontroller
  • -To Understand and write program to Interfacing Peripherals to AVR microcontroller.
  • - To Interface the device :LCD, Keyboard, External Memory, Steeper Motor and write program to Interfacing these Peripherals to AVRmicrocontroller.
 EL 362-Embedded System Design using Microcontrollers
  • - Understand the Basics of Embedded System.
  • - Understand the Different Microcontroller : PIC16F887 , ARM
  • - Understand how to Use ‘C’ language for programming the microcontrollers.
  • - Understand and learn to use Timers, Interrupts and Serial Communication in Microcontroller.
  • - Design and Develop the Application of Microcontroller.
  • - Apply the knowledge in real world applications
Paper-III EL-353: Analog circuit Design and Applications
  • - To understand basics of analog circuit design.
  • - To Understand Nonlinear analog circuit.
  • - To analyze waveform generators required for testing different circuits.
  • - To build application circuits using specialized ICs.
  • - Design analog systems using available ICs
 EL 363-Industrial Electronics
  • - Understand basics of semiconductor power devices.
  • - Analyze basic power electronics circuits and demonstrate applications.
  • - Understand basics of motor control.
  • - Developed the Control Circuits for operating motors
  • - Understand basics of Electric Vehicle systems
Paper-IV EL-354: Nanoelectronics
  • - To understand basic concepts of Nano electronic devices and Nano technology.
  • - To Understand the electron transport mechanism in nanostructures
  • - To understand techniques of characterization of nanostructures.
  • - To Understand different Materials used in Nano electronics and Devices.
  • - To understand different devices constructed using nanotechnology.
EL 364 - Manufacturing Processes for Electronics
  • - Understand basics of Passive Electronic Component Manufacturing Processes
  • - Understand process involved in PCB manufacture and Modern Circuit Assembly
  • - Know about the Modern Assembly Techniques for Electronic Systems.
  • - Know about the Semiconductor Device and IC Fabrication Process
Paper-V EL-355: Signals and Systems
  • To know basics of electronic signals.
  • To know different types of systems.
  • Analyze systems using Laplace transformation analysis.
  • Analyze systems using Fourier analysis.
  • Understand the Analog to Digital Conversion of Signals.
  • Understand digital signal processing system
 EL 365-Process Control Systems
  • Familiar with different types of sensors and related systems
  • Know different types of measurement systems
  • Understand control parameters in process automation
  • Understand different types of process control systems and their characteristics.
Paper-VI EL-356(A): Optics and Fiber Optic Communication
  • - To acquire Knowledge of optical fiber communication system.
  • - To understand the Transmission Characteristics of Optical Fiber.
  • - To understand different parameters of optical fibers.
  • - To learn essential optical components of Fiber Optic Communication.
  • - To analyze and integrate fiber optical network components in variety of networking schemes.
 EL 366(B) -Sensors and Systems
  • - Understand basic principles and types of different sensors.
  • - Understand basic different sensors System.
  • - Understand basic principles and types of actuators.
  • - Know about signal conditioning systems for sensors
  • - Application of Sensors
Paper-VII EL-357: Practical Course I
  • Analyze different design and test procedures for analog circuits and systems.
  • Analyze different characteristics of Nano Devices using Simulation Software
  • Synthesis Nano Material using Sol- Gel Method and Measure characteristics.
  • Measure different parameters of optical fiber communication systems.
  • Understand importance of product design and entrepreneurship.
  • Develop electronic systems for given application.
 EL 367-Practical Course I
  • - Demonstrate power electronic circuits
  • - Demonstrate different types of digital communication systems,
  • - Understand working principles of different power devices and their Characteristics
Paper-VIII EL-358: Practical Course II
  • - Develop and simulate design digital systems using Verilog
  • - Design and develop AVR microcontroller based systems.
  • - Inculcate basic skills required for design and development of embedded systems.
  • - Acquire Basic Programming Skills in C language
  • - Develop the Different C programs
 EL 368 - Practical Course II
  • Design embedded systems using PIC microcontroller.
  • Design embedded systems using ARM microcontroller.
  • Demonstrate PLC SCADA using ladder programming.
  • Design and develop sensor systems for different applications
Paper-IX EL-359: Practical Course III(Project)
  • Understand basic methodology of selection of topic for project.
  • Understand how to do literature review for selected topic for project.
  • Apply the knowledge for design and development of the selected project.
  • Use different software and hardware for testing, validation and verification of circuits for successful outcome of project
  • Understand documentation process in the form of presentation and project report
  • Understand process of systematic development of electronic system and Development of skills for successful outcome
 EL 369- Practical Course III(Project)
  • Understand basic methodology of selection of topic for project.
  • Understand how to do literature review for selected topic for project.
  • Apply the knowledge for design and development of the selected project.
  • Use different software and hardware for testing, validation and verification of circuits for successful outcome of project
  • Understand documentation process in the form of presentation and project report
  • Understand process of systematic development of electronic system and Development of skills for successful outcome
Paper-X ELSEC-351: Electronic Design Automation Tools
  • - Understand basic Basics of EDA Tools.
  • - Design the electronics circuits using EDA software tools.
  • - Simulate various analog and digital circuits using EDA software tools.
  • - Plot various waveforms of various electronics circuit.
  • - Simulate basic electronic system blocks using Multisim/CiruitMod
  • - Simulate basic electronic system blocks using Proteus/ OrCAD
 ELSEC 361-Design and Fabrication of PCB
  • - Understand basics of PCB.
  • - Understand classification and Material of PCB
  • - Know about the PCB design technology.
  • - Know about different soldering techniques
Paper-XI ELSEC-352: Internet of Things and Applications
  • - Know and Understand the basic building blocks of IoT
  • - Know and Understand IoT protocols
  • - Understand how to Design and Develop IoT based system through case studies.
  • - Developed practical application of IOT
 ELSEC 362- Mobile Application Development
  • - Understand basics of Mobile application development.
  • - Develop ability to work in android development environment
  • - Design and develop mobile applications
  • - Understand Location Access and Publish Android Application
Post Graduate: M. Sc. [Electronic Science]
M.Sc. [Part-I] Electronic Science
Course No. Subject Code Sem-I CO Sem-II CO
1 Paper-I ELUT111- Mathematical Methods in Electronics Using C
  • Familiarise with role of differential equations in applied electronics
  • Understand mathematical tools and techniques for network analysis
  • Learn the methods of analysis for CT and DT signals and systems using Laplace and Z- transform
  • Describe the concept of mathematical modelling of simple electrical circuits.
  • Solve mathematical methods using C programming.
  • Understand various advanced features, graphics and interfacing & concept of object oriented programming in C++
 ELUT121: Applied Electromagnetics, Microwaves and Antennas
  • Understand the concepts of electromagnetics
  • Describe the theory of transmission lines and wave guides
  • Study basics of antenna and various parameters of antennas
  • Understand rectangular waveguide and circular waveguide
  • Learn various methods of generation of microwaves
  • Classify the various types of antennas and generation of microwaves
2 Paper-II ELUT112: Analog Circuit Design
  • Understand the characteristics and working of electronic devices like diodes, BJTs, FETs, and MOSFETs
  • Describe the various analog devices.
  • Learn the wideband and narrowband amplifiers using BJT
  • Develop skills in design and analysis of analog circuits
  • Learn the operational amplifier and designs various opamp applications
  • Understand practical design aspect for different application of Opamp.
 ELUT122: Instrumentation and Measurement Techniques
  • Understand the configurations and functional descriptions of measuring instruments
  • Learn the basic performance characteristics of instruments
  • Describe the working principles of various types of sensors and transducers and their use in measuring systems
  • Study the techniques involved in various types of instruments
  • Study the static and dynamic characteristics of measurement systems.
  • Learn the process parameter for different application of measurement system.
3 Paper-III ELUT113- Digital System Design
  • - Learn VERILOG language
  • - Design the sequential and combinational logic circuits.
  • - Understand and develop gate level modelling, Data flow modelling and behavioral modelling for different combinational and sequential circuits
  • - Learn use of delay, Test bench, task and Function in VERILOG.
  • - Study PLD, CPLD, FPGA and their applications
  • - Learn the types memories and it's data storage principle, control inputs, and timings, applications of various applications
 ELUT123: Foundation of Semiconductor Devices.
  • - Understand crystal structure of solids with reference to semiconductors.
  • - Introduce quantum and statistical mechanics
  • - Learn the characteristics of semiconductor devices
  • - Study semiconductor in equilibrium and non-equilibrium state
  • - Describe the theory of diode, transistor and FETs
  • - Solve problems based on basics of semiconductor
4 Paper-IV ELUT114:Fundamentals & applications of PIC µC
  • - Understand PIC 18F microcontrollers architecture and pin-out diagram
  • - Learn the instruction set and addressing modes
  • - Compare PIC with other microcontrollers and microprocessors
  • - Study the assembly language programming
  • - Learn generation of delay and wave forms. PWM control etc.
  • - Design and develop the Hardware interface for LEDs, 7segment display, LCD, Keypad interfacing, dc and stepper motor.
 ELUT124: Fundamentals and applications of AVR Microcontroller
  • - Understand the architecture, instruction set, addressing modes AVR microcontrollers.
  • - Understand and develop assembly language program like arithmetic, logical, code converter, data transfer, ADC, timer and I/O ports
  • - Study the memory organization, timers, PWM, I/O ports, ADC, interrupts, serial communication of AVR microcontroller
  • - Learn embedded C programming for AVR microcontroller
  • - Build and analyses interfacing circuit like Displays, Motors, DAC, ADC, RTC
  • - Learn software techniques to execute codes in to the systems
5 Paper-IV ELDP114: Practical Course-1
  • - Understand PIC 18 Microcontroller developing board
  • - Design and execute assembly/ C programs using MPLAB software.
  • - Develop interfacing with PIC microcontroller
  • - Learn step wise burn the program by use of Pickit2 programmer.
  • Study the Hardware interface for LEDs, 7segment display, LCD, Keypad interfacing, dc and stepper motor
  • - Learn basic terms concepts and definitions
 ELDP124: Practical Course-3
  • - Understand AVR AT mega 16/32 Microcontroller developing board
  • - Develop assembly/ C programming language and software use for programming
  • - Learn Interfacing with AVR AT Mega 16/32 microcontroller
  • - Learn step wise burn the program through AVRStud/ MPLAB software
  • Study the Hardware interface for LEDs, 7segment display, LCD, Keypad interfacing, dc and stepper motor
  • - Learn basic terms concepts and definitions
6 Paper-V ELUP115: Practical Course-2
  • - Use of analog and digital multi meters, various types of power supply, CRO, Function generator in laboratory.
  • - Design, build, test and analyze the circuit with result of each experiments
  • - Familiarize with Xilinx 9. 2 ISE simulator tool
  • - Design and perform the Verilog Programming in different modelling styles like gate level modelling, Data flow modelling and Behavioral modelling
  • - Familiarize with MATLAB R12/ R2014 software
  • - Understand the MATLAB Programming language and design MATLAB code for given circuit and analyze result.
 ELUP125: Practical Course-4
  • Use of analog and digital multi meters, various types of power supply, CRO, Function generator in laboratory.
  • Design, build, test and analyze the circuit with result of each experiment
  • Familiarize with Sensors like LVDT, PT100, Thermocouple, Pressure sensors
  • Understand the theory of Electromagnetics, Microwaves and antennas
  • Familiarize with MATLAB R12/ R2014 software
  • Understand the MATLAB Programming language and perform the experiment and analyze observed result with calculated result for Experiments on Electromagnetics and antennas
M.Sc. [Part-II] Electronic Science
7 Paper-I ELT231: Advanced communication Systems
  • - Recall and understand continuous wave/analog method of communication(AM, FM and PM) considering noise, its generation and demodulation techniques
  • - Learn different pulse modulation techniques(analog as well as digital)
  • - Analyze digital modulation techniques and related correction methods
  • - Distinguish different radio wave propagation techniques
  • - Understand basic theory of antenna and their types as per applications
  • - Study basics of modern communication techniques like satellite communication and mobile communication
 ELP241-Industrial training
  • - Choose industry according to interest
  • - Understand upcoming requirements in industry/institutions
  • - Adopt to new techniques or upcoming technologies
  • - Analyze the problem and solve using different techniques
  • - Acquire Required skills according to industrial environment
  • - Present the work done in the form of seminar/ presentation and write the report.
8 Paper-II ELT232: Mechatronics and robotics
  • Identify different components or blocks in any mechatronic system
  • Understand function of different component of mechatronic and robotics
  • Analyze mechatronic systems using system models and dynamic responses using transformation methods
  • Distinguish different sensing and actuating mechanisms used in mechatronics and robotic systems
  • Compare different control mechanisms used in robotic systems
  • Apply and analyze driving dynamic equation for robotic.
 ELT242: MOOCs courses
  • - Foster self-directed learning environments to expand autonomy.
  • - Learn to manage own time in order to develop intrinsic motivation and commitment to the course
  • - Gain to earn credits from MOOCs into institutional degree programs
  • - Search opportunities for students with limited computer and language skills.
  • - Learn to complete the weekly assignments
  • - Learn using new and modern platform for topics which are not in curriculum or on advanced topics like SWAYAM and NPTEL
9 Paper-III ELT233: Control systems
  • - Compare different control loop systems such as open loop, closed loop, DCS, SCADA etc.
  • - Analyze the control systems using different mathematical techniques such as transfer function and different stability criterion
  • - Analyze and Distinguish different types of analog and digital controllers and control modes
  • - Study the principal of working of the components of control systems.
  • - Design and analyze the control system using ladder programming.
  • - Design, develop and implement control systems for given applications
 ELT243: Technical writing
  • - Utilize the technical writing for the purposes of Technical Communication and its exposure in various dimensions.
  • - Understand the nature and objective of Technical Communication relevant for the work place
  • - Imbibe inputs by presentation skills to enhance confidence in face of diverse readers.
  • - Evaluate and present gist of the books in the form of book review
  • Prepare documents for thorough understanding of applications and promote their technical competence
  • - Learn basic concept and definitions
10 Paper-IV ELT234: Fundamentals of Internet of Things
  • Learn the basics of Internet of Things and Framework of IoT.
  • Study the data and knowledge management and use of devices in IoT technology.
  • Identify architecture, structure and security as well as privacy aspects in IoT
  • Gain knowledge and study the fundamental of internet of things (IoT) and communication capability.
  • Understand, design and configure Radio Frequency Identifier (RFID) networks considering security issues
  • Learn, design and configure Wireless Sensor Network (WSN ) considering security issues
 ELP244: Project/Internship
  • Design hypothesis for their work to be carried out. And describe the underlying theory of experiments in the project work.
  • Perform derivations of theoretical models of relevance for the experiments in the project.
  • Document their results, using correct procedures and protocols.
  • Perform a quantitative analysis of experimental data including the use of computational and statistical methods where relevant.
  • Interpret relationships in graphed data and develop an intuition for alternative plotting methods and communicate results from project work, orally or in a written laboratory report.
  • Write a project report with literature review and defend the outcome of project work in scientific manner.
11 Paper-IV ELP234: Elective Practical Course
  • Understand the Arduino /Raspberry pi for the practical implementation.
  • Learn the installation of the Arduino IDE software and simple programming through it.
  • Study the basic building blocks of IoT and identify it as per application.
  • Familiar with IoT protocols.
  • Developed interfacing of the input output devices with Arduino /Raspberry pi: LED, LCD, Push button.
  • Design and developed application of IoT; to interface the Bluetooth device to Arduino/Raspberry pi.
 - -
12 Paper-V ELP235: Practical Course-2
  • - Use of analog and digital multi meters, various types of power supply, CRO, Function generator in laboratory.
  • - Design and develop AM and FM transmission system
  • - Design and implement digital modulation systems and pulse modulation techniques
  • - Set up and implement mechatronic systems such as flow control or servo control using basic components like motors, sensors and actuators
  • - Design , develop and implement controller circuits for identified applications
  • - Learn basic terms concepts and definitions
 -- --

Staff Achievements

Prin. Dr. C. G. DIGHAVKAR

User Pic

Principal

Ph. D. in Electronic Science

Guidance : Ph. D. in Electronic Science, M. Phil in Electronic Science
Students Register : for Ph. D.
Books : 05
Papers : 51
Conferences : International 10/ National 13/state/Regional 8.
Life Membership : NIL
Member : BOS member in Physics SPPU, Pune
Expert Member : 10
Project: Major 01
Minor: 01

Dr. Shinde Ugalal Pandit

User Pic

Head & Associate Professor

Ph. D. in Physics

Guidance : Ph. D. and M.Phil for Physics and Electronic Science
Students Register : for Ph. D. 6 Students
Papers : 28
Conferences : International 08/ National 13/state 14 /Regional 20.
Life Membership : NIL
Member : NIL
Expert Member : NIL
Project: 01
-- --

Mr. A. B. Patil

User Pic

Assistant Professor

M.Sc. M. Phil., SET, NET

Conferences : International-02 / National-01 / State/ Regional -
Life Membership : NIL
Papers : 02
Member : 00
Expert Member : 00
Project: 00
Referee : NA

Mr. Umesh J. Tupe

User Pic

Assistant Professor

M.Sc. SET

Conferences : International-02 / National-02 / State/ Regional -03
Life Membership : NIL
Papers : 02
Member : 00
Expert Member : 00
Project: 00
Referee : NA

Students Achievements

Sr. No. Name of the students NET/SET Exam
1 Miss. Valecha Preeti Daulatram NET Exam. Passed
2 Mr. Abhishek Kumar Soni NET Exam. Passed
3 Mr. Somnath B. Handge NET Exam. Passed
4 Mr. Umesh J. Tupe NET Exam. Passed
Top Alumni
Sr. No. Name of Student Current designation with Address Contact No. Year of Passing
1 Mr. Ravindra C. Naik Assistant Director,Director of sport and youth services,Government of Maharashtra,M.S. Pune- 411 001 9421413179 1990
2 Mrs. KavitaNerker Deputy Commissioner of Police, (DCP) RPF Pune, Government of aharashtra,Pune. 8805051100 2006
3 Mrs. Sonali L. Wagh Assistant Professor, K.V.N. Naik, ASC College, Canada Corner, Nasik-422002 9960640328 2006
4 Mr. Shivkumar A. Deore Assistant Technician, Graphite India Ltd.,C-7, MIDC, Ambad, Nashik-10. 9011184837 2004
5 Mr. AmitKhair Production Manager,LumenS.A.,Poland 9823281909 2002
6 Mr. KundanZaveri Project Leader, CemntTech, Singapore (+91) 9890905110 2002
7 Mr. Rajesh Desale Project Manager, BOVSE Electronics, South Germony (+ 49176) 45271190 2002
8 Mrs. Ashwini UdayAher Research Engineer, OAK RIDGE National Lab, U.S. Deartment of Energy, USA +1(865) 2832022 2008
9 Mr. NitinChinchavane Research Associate, Orchid scientific & innovative India pvt. Ltd. B 59, m. I. D. C., Ambad, Nasik- 422010. 8888443332 / 8928154950 2015
10 Mr. Yogesh Eknath Mahajan Technical Engineer,Rushabh Electronics, Satpur, Nasik. 9881625076 2015
11 Mr. A. Koshti Assistant Teacher,K.V. Devlali No. 1, Devi chouk, Devlali ,Nashik. 9403100466 2011
12 Mr. Mahesh Thete PLC and ScadaDeveloper,Satpur, Nashik 9823731606 2016
13 Mr. GopalSongire Technical Supporter, Om instrument, Valuj MIDC, Aurangabad 9890110305 2014
14 Mr. Prashant A. Darde Assistant Manager, ICICI Bank, Pachora, Dist- Jalgaon. 9960505990 2014
15 Mr. Chetan B. Shinde Jr. Engineer,Renew power Ltd.Head office- Delhi. 7507508047 2015
16 Miss. Monika S. Patil Senior Clerk,Government of India,Indian Railway, Pune. 99223 36333 2016
17 Mr. LalitChorge Jr. Engineer,MAX Power Ltd., Pune 9579743858 2012
18 Mr. Yogesh Marathe Assistant Professor,AshokaCollege,Nashik. 9970819317 2011
19 Dr. Umesh J. Tupe ASC College, Shirsondi, Dist-Nashik 8149301190 2012
20 Mr. Somnath Handge CIDCO College, Nashik 8308171166 2010
21 Mr.Rakesh Borse ASC College, Shirsondi, Dist-Nashik 9579683003 2018
22 Kalyani Subhash Nikam Teaching Associate in Electronics, Jaihind College, Deopur, Dhule 9130746623 2019
23 Manoj Bacchav Senior Graphics Designer, BizM Consulting Private Ltd. CIN:U74999PN2018PTC176974 The gateway F L No. B/803, Balewadi, Pune - 411045 7769006369 2020
24 Mr. Rohan Bagul Jr. Cleark, Dam Safety, MERI, Nashik 8390465750 2021
25 Mr. Sachin Kadam Automation Engineer, VRYSM Solutions Pvt LTd, Ambad MIDC, Nashik-422010 8055838641 2021
Contribution of alumni:
  • Worked as resource person and guiding UG and PG students of our department.
  • Donate books and instruments.
  • Provide helps for placement of students and prepare them to face interview.
Best Practices & Extension activities: A] Best Practice
Name of the activity Year of the activity Number of students participated in such activities
Reuse of E-waste for Development of Experimental kits for UG classes by Staff and MSC student 2021-22 16
Poster and Seminar Presentation on the occasion of “ National Science Day” 2021-22 30
Reuse of E-Waste for Development of Experimental Kits 2020-21 10
Poster Presentation on different themes on occasion of “National Science Day” By the student of department 2020-21 35
E-waste Management and Reuse for kit making. 2019-20 38
Students of our department were presented their posters on different themes on occasion of “National Science Day” 2019-20 24
Workshop on “Component and instrument testing, repairing and Maintenance”. 2018-19 41
Poster presentation event on the occasion of ‘Mobile Day’. 2018-19 41
E-Waste management and Reuse for practical Kit Making 2017-18 12
Poster Presentation in the “Science Association”. 2017-18 32
Poster Presentation on the occasion of “National Science Day”. 2017-18 30
E-Waste management and Reuse for practical Kit Making 2016-17 19
Name of the activity Organising unit/ agency/ collaborating agency Year of the activity Number of students participated in such activities
Online 10 Days NET-SET Workshop Dept. of Electronic Science 2021-22 25 each day
Reuse of E-waste for Development of Experimental kits for UG classes by Staff and MSC student Dept. of Electronic Science 2021-22 16
National Level Webinar on Intellectual Property Rights Kanadlab Institute of Intellectual Property and Research, Nashik 2021-22 40
One Day “Industrial Visit.” Dept. of Electronic Science 2021-22 30
Hand on Training Workshop on Mobile Repairing Dept. of Electronic Science 2021-22 60
Webinar on “Basics of Microcontroller” 2020-21 125
Project work done at CognifrontPvt. Ltd, Panchavati, Nashik CognifrontPvt. Ltd, Panchavati, Nashik 2020-21 6
Reuse of E-waste for Development of Experimental kits for UG classes by Staff Dept. of Electronic Science 2020-21 15
One day NET- SET Workshop Dept. of Electronic Science 2019-20 32
E-waste Management and Reuse for kit making Dept. of Electronic Science 2019-20 38
Hands on Training on Internet of Things CognifrontPvt. Ltd, Panchavati, Nashik 2019-20 30
Industrial Visit/ Study Tour at Epitrans Dept. of Electronic Science 2019-20 30
Workshop on “Component and instrument testing, repairing and Maintenance”. Dept. of Electronic Science 2018-19 41
Industrial Visit/ Study Tour at Epitrans Dept. of Electronic Science 2018-19 15
One Day NET/SET Workshop Dept. of Electronic Science 2017-18 36
Guest Lecture by industrial person on “PLC Guidance” Dept. of Electronic Science 2017-18 18
Hands on training On “Arduino and Its Application” Dept. of Electronic Science 2017-18 28
E-Waste management and Reuse for practical Kit Making Dept. of Electronic Science 2017-18 12
Hands on training On “Raspberry Pie” Dept. of Electronic Science 2017-18 36
E-Waste management and Reuse for practical Kit Making Dept. of Electronic Science 2016-17 19
One Day NET/ SET workshop for M.Sc. students Dept. of Electronic Science 2016-17 25
A] Research Projects
Name of the Project/ Endowment, Chairs Name of the Principal Investigator/Co-investigator Department of Principal Investigator Year of Award Amount Sanctioned Duration of the project Name of the Funding Agency Type (Government/non-Government)
Semiconducting Metal Oxide Based Nano Sensors for Humidity and Selective Gas Pollutant Detection Dr. C. G. Dighavkar Department of Electronic 2012 15,08,300 2012 - 2015 U.G.C., New Delhi Government
Synthesis, characterization and Gas Sensing properties of Nanostructures Metal Oxides and their composites films Dr. A. V. Patil Department of Electronic 2012 12,51,800 2012 - 2015 U.G.C., New Delhi Government
B. Research Publications:
Title of paper Name of the author/s Name of journal Year of publication ISSN No. Link to the recognition in UGC enlistment of the Journal
Influence of annealing on electrical and optical properties of NiO thick film Sensors developed by screen printing technique Dr.UgalalPandit Shinde International Journal of Scientific Development and Research (IJSDR), IJSDR2202014 2021-22 2455-2631 https://ijsdr.org/papers/IJSDR2202014.pdf
PCB Design Plotter Using CNC Shield And Arduino Dr.UgalalPandit Shinde International Journal Of Research Publication And Reviews 2021-22 ISSN 2582-7421 https://www.ijrpr.com/uploads/V2ISSUE8/IJRPR900.pdf
Annealing Effect on Structural, Morphological and Electrical Properties by Screen Printed BunseniteNiO Thick Films Dr.UgalalPandit Shinde International Journal of Innovative Technology and Exploring Engineering (IJITEE) Blue Eyes Intelligence Engineering & Sciences Publication 2020-21 ISSN 2278-3075 https://www.ijitee.org/wp-content/uploads/papers/v10i6/F88260410621.pdf
Development Of Ethanol Gas Sensors Using Ternary Metal Oxide Thick Films Dr.UgalalPandit Shinde International Journal of Agricultural Science and Research (IJASR) 2020-21 ISSN 2321-0087 http://www.tjprc.org/publishpapers/2-50-1624267254-4IJASRDEC20214.pdf
Patient Health Monitoring System Using Iot Dr.UgalalPanditShinde International Journal Of Scientific Research & Engineering Trends Volume 2020-21 ISSN (Online): 2395-566X https://ijsret.com/wp-content/uploads/2021/07/IJSRET_V7_issue4_590.pdf
Study Of Electrical And Gas Sensing Properties Of Thermally Evaporated Nickel Oxide Thin Films Dr.UgalalPanditShinde Journal of Emerging Technologies and Innovative Research (JETIR) 2020-21 SSN-2349-5162 https://www.jetir.org/papers/JETIR2108448.pdf
Thermally Evaporated Mgo-Nio Nanocomposite Thin Films For Ethanol Gas Sensor. Dr.UgalalPanditShinde International Journal of Recent Advances in Multidisciplinary Research 2020-21 2250-0743 http://www.ijramr.com/sites/default/files/issues-pdf/3877.pdf
Electrical Resistivity, Thermoelectric Power and I-V Characteristics of Sb-Se Thin Films at Different Compositions. Dr.UgalalPanditShinde International Journal of Innovative Technology and Exploring Engineering 2019-20 ISSN 2278-3075 https://drive.google.com/file/d/1HOejnJKdIkbaAz8A8jYgY7ktCto2HHrz/view?usp=sharing
Sensors and controller for efficient utilization of agricultural sprayers a review Dr.UgalalPanditShinde MuktShabd Journal 2019-20 ISSN 2347-3150 https://drive.google.com/file/d/1aOna5Tu2UR3vveNfBc2wHAx18Jgo3ZBU/view?usp=sharing
SWAYAM-A Digital Platform for Distance Learning in Higher Education Dr.UgalalPanditShinde Ajanta Prakashan 2018-19 ISSN 2277-5730 https://drive.google.com/file/d/1FUU9eH_LWVJ7DlF04OzrlFA-eAmO5crG/view?usp=sharing
Electrostatic Mechanism for Agriculture Sprayer- A Review Dr.UgalalPanditShinde Ajanta Prakashan 2018-19 ISSN 2277-5731 https://drive.google.com/file/d/1FUU9eH_LWVJ7DlF04OzrlFA-eAmO5crG/view?usp=sharing
RF Controlled Arduino Based Mine Detector and Position Spying “Robot Dr.UgalalPanditShinde Ajanta Prakashan 2018-19 ISSN 2277-5732 https://drive.google.com/file/d/1woi_vnbjliadLfh2RV_nSoljUI-dj4Zg/view?usp=sharing
Virtual Laboratory - An innovative Teaching and Learning Method Dr.UgalalPanditShinde Ajanta Prakashan 2018-19 ISSN 2277-5733 https://drive.google.com/file/d/1woi_vnbjliadLfh2RV_nSoljUI-dj4Zg/view?usp=sharing
Impact of the Evolution of Smart Phones in Education Technology and its Applications in Learning Electronic Circuits Dr.UgalalPanditShinde Ajanta Prakashan 2018-19 ISSN 2277-5734 https://drive.google.com/file/d/1woi_vnbjliadLfh2RV_nSoljUI-dj4Zg/view?usp=sharing
Composition Dependent Thermoelectric Power (α) of Zn-Te Thin Films as a Function of Temperature and Thickness Dr.UgalalPanditShinde International Journal of Emerging Technology and Advanced Engineering 2017-18 ISSN 2250-2459
Solubility and Density of Silver Iodide in Water and DMF at Various Temperatures as Function of Potassium Iodide. Dr.UgalalPanditShinde IOSR Journal of Applied Physics 2017-18 e-ISSN: 2278-4861 http://iosrjournals.org/iosr-jap/papers/Vol9-issue4/Version-1/L0904016467.pdf
Effect of potassium iodide on solubility and density of Copper iodide in water and DMF at various temperatures. Dr.UgalalPanditShinde Research Journal of Science Engineering and Technology 2017-18 ISSN 2454-3195 http://www.rjset.com/article_pdf?id=5488.pdf
Composition dependent thermoelectric Power (α) of Ag-Te thin films as a function of temperature and thickness. Dr.UgalalPanditShinde International Journal of Engineering Science Invention 2017-18 ISSN (Online): 2319 – 6734 http://ijesi.org/papers/Vol(6)9/Version-4/F0609044446.pdf
Thickness Dependent Temperature Coefficient of Resistance (T.C.R) for various Ag-Te thin films. Dr.UgalalPanditShinde IOSR Journal of Applied Physics 2017-18 e-ISSN: 2278-4861 https://drive.google.com/file/d/1O9yeNk2XYe48N5Kmhh4PGk7CGlMZq4sJ/view?usp=sharing
Thickness Dependent Thermoelectric Power (α) of Ag-Te Thin Films Dr.UgalalPanditShinde Pelagia Research Library Advances in Applied Science Research 2017-18 ISSN : 0976-8610 https://www.imedpub.com/articles/thickness-dependent-thermoelectric-power--of-agte-thin-films.pdf
The photoconductivity of Ag-Te thin films as a function of thickness and composition at room temperature. Dr.UgalalPanditShinde International Journal of Chemical and Physical Sciences 2017-18 ISSN 2319-6602 https://drive.google.com/file/d/1WRFngKGTYLaxxqZegNlvWuey1_hZ0FKe/view?usp=sharing
Electrical resistivity of vacuum evaporated AgSe thin films as a function of thickness. Dr.UgalalPanditShinde International Journal of Chemical and Physical Sciences 2017-18 ISSN 2319-6602 https://drive.google.com/file/d/1eXuAYoULOq82FFCba89VslmbPjZUNsAK/view?usp=sharing
Structural properties of vacuum evaporated Zn-Te thin films as a function of annealing temperature. Dr.UgalalPanditShinde Researcher’s World 2017-18 ISSN: 2229-4686 https://drive.google.com/file/d/1XGKGQIBGZhN2P2l6Hecrc6h1pNxBziLp/view?usp=sharing
Electrical characterization of undoped and Cu doped ZnO thin films using physical vapor deposition technique Dr.UgalalPanditShinde Researcher’s World 2017-18 ISSN: 2229-4686 https://drive.google.com/file/d/1XGKGQIBGZhN2P2l6Hecrc6h1pNxBziLp/view?usp=sharing
Thermoelectric Power (α) and I-V characteristics study of SnO2 thin films as a function of thickness. Dr.UgalalPanditShinde Pelagia Research Library, Advances in Applied Science Research 2015-16 ISSN 0976-8610
Surface Tension as a function of temperature and concentration of liquids Dr.UgalalPanditShinde International Journal of Chemical and Physical Sciences, IJCPS 2015-16 ISSN 2319-6602
The Photocurrent studies of ZnTe Thick Films as a function of different Parameters. Dr.UgalalPanditShinde International Journal of Chemical and Physical Sciences 2014-15 ISSN 2319-6602 https://drive.google.com/file/d/1NQUgdvIfJ44eCdwwmInvkfKjviDv8-U6/view?usp=sharing
Composition and Thickness Dependent Hall coefficient, Mobility and carrier concentration of vacuum evaporated Ag-Te thin films Dr.UgalalPanditShinde International J. of Science and Research 2014-15 ISSN 2319-7064 https://www.ijsr.net/archive/v4i1/SUB15785.pdf
Studies on temperature and thickness dependent electrical resistance and conductivity of SnO2 thin films. Dr.UgalalPanditShinde Scholars Research Library, Archives of Applied Science Research 2014-15 ISSN 0975-508X https://www.scholarsresearchlibrary.com/articles/studies-on-temperature-and-thickness-dependent-electrical-resistance-and-conductivity-of-sno2-thin-films.pdf
Hall coefficient, mobility and carrier concentration as a function of composition and thickness of Zn-Tethin films. Dr.UgalalPanditShinde Pelagia Research Library, Advances in Applied Science Research 2014-15 ISSN 0976-8610 https://www.imedpub.com/articles/hall-coefficient-mobility-and-carrier-concentration-as-a-function-ofcomposition-and-thickness-of-znte-thin-films.pdf
Innovations in Teaching ,Learningand Evaluation in Higher Education. Prin. Dr. C. G. Dighavkar Ajanta Publication 2018-19 ISSN: 2277-5730 https://drive.google.com/file/d/1owzfc86zDQ_BXgzYP7NTCqwd9R7OrkXL/view?usp=sharing
Computed Design and Developement of Model for Identification of Indian Citizen through unique ID. Prin. Dr. C. G. Dighavkar Ajanta Publication 2018-19 ISSN: 2277-5730 https://drive.google.com/file/d/1owzfc86zDQ_BXgzYP7NTCqwd9R7OrkXL/view?usp=sharing
The Effect of Temperature on Specific Rotation of Optical Active Substance Sugar and Acetic Acid Prin. Dr. C. G. Dighavkar Ajanta Publication 2018-19 ISSN: 2277-5730 https://drive.google.com/file/d/1owzfc86zDQ_BXgzYP7NTCqwd9R7OrkXL/view?usp=sharing
The Effect of Temperature on Viscosity of Glycerine, Water, Paraffin Oil Prin. Dr. C. G. Dighavkar Ajanta Publication 2018-19 ISSN: 2277-5730 https://drive.google.com/file/d/1owzfc86zDQ_BXgzYP7NTCqwd9R7OrkXL/view?usp=sharing
Synthesis & Characterization of Fe2O3 Nanoparticles Screen Printed Thick Films Prin. Dr. C. G. Dighavkar Proceedings of National Conf. On Advanced in Electronics & its Interdisciplinary Applications 2017-18 ISBN 978-93 5174-7833 -
Mechanochemical synthesis, characterization and photocatalytical degradation of Methyl orange by nano-ZnO Prin. Dr. C. G. Dighavkar Researchers World, Vol.IX 2017-18 ISSN:2231-4172 https://drive.google.com/file/d/15TkD3FY1rQUiJPRwDpDft1i3vUtfgT8c/view?usp=sharing
Influence of Firing Temperature on Nature of Screen Printed WO3 Thick Films Prin. Dr. C. G. Dighavkar Researchers World, Vol.IX 2017-18 ISSN:2231-4172 https://drive.google.com/file/d/15TkD3FY1rQUiJPRwDpDft1i3vUtfgT8c/view?usp=sharing
Synthesis of ZnO-TiO2 Nanocomposite Via Mechanochemical Method Prin. Dr. C. G. Dighavkar International Journal of Scientific Engg. & Applied Sciences (IJSEAS) 2015-16 ISSN 2395-3470 ijseas.com/volume2/v2i3/ijseas20160317.pdf
Effect of Pt Doping on ZnO Nanoparticles Prin. Dr. C. G. Dighavkar International Journal of Recent Trends in Engg. & Research 2015-16 ISSN 2455-1457 www.ijrter.com/papers/volume-2/issue-3/effect-of-pt-doping-on-zno-nanoparticles.pdf
Impact Of Milk Adulteration On Food Safety And Human Health In India: A Review Prin. Dr. C. G. Dighavkar World Journal Of Pharmacy And Pharmaceutical Sciences 2015-16 ISSN 2278-4357 storage.googleapis.com/journal-uploads/wjpps/article_issue/1470114528.pdf
Quantitative and Qualitative Analysis of Milk Parameters using Arduino Controller Prin. Dr. C. G. Dighavkar International Journal of Adv. Research in Comp. & Comm. Engg 2015-16 ISSN 3297-2007 www.ijarcce.com/upload/2016/august-16/IJARCCE%208.pdf
Synthesis of TiO2 Nanoparticle by Mechanochemical Method Prin. Dr. C. G. Dighavkar International Journal of Recent Trends in Engg. & Research 2015-16 ISSN 2455-1457 www.ijrter.com/papers/volume-2/issue-9/synthesis-of-tio2-nanoparticle-by-mechanochemical-method.pdf
Synthesis Characterizationand Application of SnO2 Nanoparticles Prin. Dr. C. G. Dighavkar International Journal of Recent Trends in Engg. & Research 2015-16 ISSN 2455-1457 www.ijrter.com/papers/volume-2/issue-9/synthesis-characterization-and-application-of-sno2-nanoparticles.pdf
Surface tension as a function of temperature and concentration of liquids A literature review Prin. Dr. C. G. Dighavkar International Journal of Chem. & Phys. Science 2014-15 ISSN 2319-6602
Semiconductor metal oxide compounds based gas sensors Prin. Dr. C. G. Dighavkar Front. Mater. Science 2014-15 link.springer.com/article/10.1007/s11706-015-0279-7
Ethanol vapour sensing property of Nitrogen doped ZnO fabricated by Spray pyrolysis Prin. Dr. C. G. Dighavkar Adv. Materials Research 2014-15 www.scientific.net/AMR.1110.231
Comparative Hydrogen Bond Studies Of O-Chlorophenol + Cyclic/Acyclic Ether..By Exp. &Dft Methods Prin. Dr. C. G. Dighavkar International Journal of Chemical Science 2014-15 ISSN 0972-768X www.tsijournals.com/articles/comparative-hydrogen-bond-studies-of-ochlorophenol--cyclicacyclic-ether-complexes-by-exprimental-and-dft-methods.pdf
Synthesis of Ferric Oxide Nanoparticles for Gas Sensors Using Screen Printed Thick Films Prin. Dr. C. G. Dighavkar International Journal of Chem. & Phys. Science 2015 ISSN 2319-6602 http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.676.5041&rep=rep1&type=pdf
Effect of firing temperature on structural and electrical parameters of synthesized CeO2 thick films Dr.ArunVittalPatil SN Applied Sciences 2019 ISSN-2523-3971 https://link.springer.com/article/10.1007/s42452-019-0246-5
Study of Cu0-ZnO Screen Printed Thick Films as LPG Sensor at Room Temperature Dr.ArunVittalPatil Ajanta Publication 2019 https://drive.google.com/file/d/1FUU9eH_LWVJ7DlF04OzrlFA-eAmO5crG/view?usp=sharing
Physical Properties of Zinc Sulphide (ZnS) thin film by Electrochemical Deposition Dr.ArunVittalPatil JETIR 2019
Design Considerations In All Types Of Solar Pv Applications Dr.ArunVittalPatil Researcher World 2018 ISSN – 2231-4172 https://drive.google.com/file/d/15TkD3FY1rQUiJPRwDpDft1i3vUtfgT8c/view?usp=sharing
Mechanochemical synthesis, characterization and photocatalytical degradation of Methyl orange by nano-ZnO Dr.ArunVittalPatil Researcher World 2018 ISSN – 2231-4172 https://drive.google.com/file/d/15TkD3FY1rQUiJPRwDpDft1i3vUtfgT8c/view?usp=sharing
Study of Screen Printed MoO3 thick films as NH3 sensor Dr.ArunVittalPatil Researcher World 2018 ISSN – 2231-4172 https://drive.google.com/file/d/15TkD3FY1rQUiJPRwDpDft1i3vUtfgT8c/view?usp=sharing
Study of Morphological and Gas Sensing Properties of Synthesized Un-doped Iron Oxide Films Dr.ArunVittalPatil Researcher World 2018 ISSN – 2231-4172 https://drive.google.com/file/d/15TkD3FY1rQUiJPRwDpDft1i3vUtfgT8c/view?usp=sharing
Study of structural and electrical characteristics of Screen printed TiO2 thin films prepared by Spray Pyrolysis Dr.ArunVittalPatil Researcher World 2018 ISSN – 2231-4172 https://drive.google.com/file/d/15TkD3FY1rQUiJPRwDpDft1i3vUtfgT8c/view?usp=sharing
Preparation and Characterization of Titania Thick Film Resistors Dr.ArunVittalPatil Researcher World 2018 ISSN – 2231-4172 https://drive.google.com/file/d/15TkD3FY1rQUiJPRwDpDft1i3vUtfgT8c/view?usp=sharing
Sensing behavior of Screen printed nanocrystalline copper oxide thick films in presence of H2S atmosphere Dr.ArunVittalPatil Researcher World 2018 ISSN – 2231-4172 https://drive.google.com/file/d/15TkD3FY1rQUiJPRwDpDft1i3vUtfgT8c/view?usp=sharing
A Matlab Framework Simulation: Real Time Monitoring and Analysis for Chemical Sensor Films of Lanthanum Oxide (La2O3) And Cerium Oxide (Ceo2) Dr.ArunVittalPatil Researcher World 2018 ISSN – 2231-4172 https://drive.google.com/file/d/15TkD3FY1rQUiJPRwDpDft1i3vUtfgT8c/view?usp=sharing
NO2 Gas Sensing Properties of Screen Printed WO3 Thick Films Dr.ArunVittalPatil IJCPS 2018 ISSN-2319-6602 https://www.researchgate.net/publication/324587965_NO_2_Gas_Sensing_Properties_of_Screen_Printed_WO_3_Thick_Films_NO_2_Gas_Sensing_Properties_of_Screen_Printed_WO_3_Thick_Films
Structural and Electrical Properties of Synthesized Un- doped Iron Oxide Films Dr.ArunVittalPatil IJCPS 2018 ISSN-2319-6602 https://www.researchgate.net/publication/324588053_Structural_and_Electrical_Properties_Of_Synthesized_Un-doped_Iron_Oxide_Films_Structural_and_Electrical_Properties_of_Synthesized_Un-doped_Iron_Oxide_Films
Study of Structural and Electrical Characteristics of Screen Printed MoO3 Thick Films Dr.ArunVittalPatil IJCPS 2018 ISSN-2319-6602 https://www.researchgate.net/publication/324588045_Study_of_structural_and_electrical_characteristics_of_Screen_printed_MoO3_thick_films_Study_of_Structural_and_Electrical_Characteristics_of_Screen_Printed_MoO_3_Thick_Films
Low Temperature Sensing of TiO2 Thin Films As Ethanol Sensor Dr.ArunVittalPatil IJCPS 2018 ISSN-2319-6602 https://www.researchgate.net/publication/324587798_Part-II-March_2018_International_Journal_of_Chemical_and_Physical_Sciences_Low_Temperature_Sensing_of_TiO2_Thin_Films_As_Ethanol_Sensor_A
Study of Relation Between Particle Size And Magnetic Saturation of Synthesized Undoped Iron Oxide Dr.ArunVittalPatil IJCPS 2018 ISSN-2319-6602 https://www.researchgate.net/publication/324779600_Study_of_Relation_Between_Particle_Size_And_Magnetic_Saturation_of_Synthesized_Undoped_Iron_Oxide
Study of In2O3 and α-Fe2O3 nano-composite as a petrol Vapor Sensor Dr.ArunVittalPatil Mater. Res. Express 2018 ISSN-2053-1591 https://iopscience.iop.org/article/10.1088/2053-1591/aaed90/pdf
Synthesis And Structural Characterization Of Cadmium Sulphide (CdS) Thin Film by Electrochemical Deposition Of Two Electrode System Dr.ArunVittalPatil JETIR Journal 2018 ISSN-2349- 5162 http://www.jetir.org/papers/JETIR1812B47.pdf
Influence of Cr2O3 on Structural Parameters of Screen Printed ZnO thick Films Dr.ArunVittalPatil International Journal of Development Research 2016 ISSN:2230-9926 https://www.journalijdr.com/sites/default/files/issue-pdf/5055.pdf
Volumetric, viscometric and spectroscopic investigations of binary mixtures of o-chlorophenol with ethers Dr.ArunVittalPatil Indian Journal of Pure & Applied Physics 2016 ISSN: 0019-5596 http://nopr.niscair.res.in/bitstream/123456789/34981/1/IJPAP%2054%287%29%20463-470.pdf
Mood recognition system using EEG signals Dr.ArunVittalPatil Researcher World 2016 ISSN – 2231-4172
Influence of Firing Temperature on Nature of Screen Printed WO Thick Films Dr.ArunVittalPatil Researcher World 2016 ISSN – 2231-4172
Ethanol vapour sensing property of Nitrogen doped ZnO fabricated by Spray pyrolysis Dr.ArunVittalPatil Advanced Materials Research 2015 ISSN1662-8985 https://main.scientific.net/Search/Search?searchString=Ethanol%20vapour%20sensing%20property%20of%20Nitrogen%20doped%20ZnO%20fabricated%20by%20Spray%20pyrolysis
Semiconductor metal oxide compounds based gas sensors: A Literature review Dr.ArunVittalPatil Front.Mater.Sci 2015 ISSN2095-0268 https://link.springer.com/article/10.1007/s11706-015-0279-7
Comparative Hydrogen Bond Studies of O- Chlorophenol + Cyclic/Acyclic ether complexes by experimental and DFT methods Dr.ArunVittalPatil Int. J. Chem. Sci 2015 ISSN 0972-768X https://www.tsijournals.com/articles/comparative-hydrogen-bond-studies-of-ochlorophenol--cyclicacyclic-ether-complexes-by-exprimental-and-dft-metho ds.pdf
38 Screen Printed ZnO films as H2S gas Sensor Dr.ArunVittalPatil Bionano Frontier 2015 ISSN-0974-0678 http://www.connectjournals.com/subscription_info.php?bookmark=CJ-033205
Effect of Nb2O5 as an additive on structural parameters of ZnO thick films Dr.ArunVittalPatil International Journal of Latest Research in Science and Technology 2015 ISSN:2278-5299 https://www.mnkjournals.com/journal/ijlrst/pdf/Volume_5_1_2016/10619.pdf
Potentiometric Study and Statistical Analysis of Human Urine Samples Using Reduced Graphene Oxide Screen Printed Electrodes Mr. Anil BhimaraoPatil Asian Journal of Organic & Medicinal Chemistry Vol. 7 No. 2 (April-June, 2022 2022 EISSN : 2456-8937
Preparation and Characterization of WO3 Thick Film Resistors using Screen Printing Technique Mr. Anil BhimaraoPatil Asian Journal of Organic & Medicinal Chemistry Vol. 7 No. 2 (April-June, 2022 2022 EISSN : 2456-8937
Investigation of Structural and Optical Properties of Graphene Derivatives as a Route for Optical Sensing Mr. Anil BhimaraoPatil Communicated to Materials Today: Proceeding – Elsevier journal 2022
Reduced Graphene Oxide Screen Printed Thick Film as NO2 Gas Sensor at Low Temperature(Accepted) Mr. Anil BhimaraoPatil Advanced Materials Research 2021 ISSN: 1662-8985 https://www.scientific.net/AMR.1167.43
PCB Design Plotter Using CNC Shield And Arduino Mr. Anil BhimaraoPatil International Journal Of Research Publication And Reviews 2021 ISSN 2582-7421 https://www.ijrpr.com/uploads/V2ISSUE8/IJRPR900.pdf
Patient Health Monitoring System Using IoT Mr. Anil BhimaraoPatil International Journal Of Scientific Research & Engineering Trends Volume 2021 ISSN (Online): 2395-566X https://ijsret.com/wp-content/uploads/2021/07/IJSRET_V7_issue4_590.pdf
Potentiometric Taste Sensing Using Reduced Graphene Oxide Screen Printed Electrodes Mr. Anil BhimaraoPatil Sensor Letters – American Scientific Publisher, 2020 EISSN: 1546-1971 https://www.ingentaconnect.com/content/asp/senlet/2020/00000018/00000012/art00003
SWAYAM- A Digital Platform for Distance Learning in Higher Education Mr. Anil BhimaraoPatil Ajanta Publication 2019 ISSN 2277-5730 https://drive.google.com/file/d/1owzfc86zDQ_BXgzYP7NTCqwd9R7OrkXL/view?usp=sharing
RF Controlled Arduino Based Mine Detector and Position Spying Robot Mr. Anil BhimaraoPatil Ajanta Publication 2019 ISSN 2277-5730 https://drive.google.com/file/d/1glhE9sKLVh2Mg26dcbdAfjhGmRLzwP1M/view?usp=sharing
MATLAB: Advanced Teaching and Learning Tool Mr. Anil BhimaraoPatil Ajanta Publication 2019 ISSN 2277-5730 https://drive.google.com/file/d/1mMKO7lhCvk817md39z57Q07GMbok8irz/view?usp=sharing
Virtual Laboratory- An Innovative Teaching and Learning Method Mr. Anil BhimaraoPatil Ajanta Publication 2019 ISSN 2277-5730 https://drive.google.com/file/d/10fx6LFvP-j0swcpQjD1eSzrWXMhgRygV/view?usp=sharing
Impact of the Evolution of Smart Phones in Education Technology and its Applications in Learning Electronic Circuits Mr. Anil BhimaraoPatil Ajanta Publication 2019 ISSN 2277-5730 https://drive.google.com/file/d/10fx6LFvP-j0swcpQjD1eSzrWXMhgRygV/view?usp=sharing
Preparation and Characterization of ZnO Nanoparticles by Chemical Route Method Mr. Anil BhimaraoPatil Researcher World 2018 ISSN 2231-4172 https://drive.google.com/file/d/15TkD3FY1rQUiJPRwDpDft1i3vUtfgT8c/view?usp=sharing
A Review on E-Waste and its Management Mr. Anil BhimaraoPatil Ajanta Publication 2018 ISSN 2277-5730 https://drive.google.com/file/d/1OPv7I6t46uBkckrPgwrc7S9W6ntOX_vZ/view?usp=sharing
A Review on Graphene & its Derivatives for Gas Sensors Mr. Anil BhimaraoPatil JETIR 2018 ISSN-2349-5162 http://doi.one/10.1729/Journal.25942
C] Seminars / Conferences /Workshops / Webinar organized
Year Name of the workshop/ seminar Number of Participants Date From – To
2021-22 Hand on Training Workshop on Mobile Repairing 60 11/03/2022 To 12/03/2022
National Level Webinar on Intellectual Property Rights 40 23/02/2022
Online 10 Days NET-SET Workshop 25 20-30 /08/2021
2020-21 Webinar on “Basics of Microcontroller” 125 30 /05/ 2020
2019-20 One day NET- SET Workshop 32 04/11/2019
2017-18 International Conference ICINA 2018 212 18-20 / 01 / 2018
2014-15 Two days National Conference on ‘Recent Trends in Advanced Communication’ sponsored by Savitribai Phule Pune University, Pune. 105 12 -13/01/ 2015
D] Book Published
Sr. No Title of the book/chapters published Year of publication ISBN/ISSN number of the proceeding Name of the publisher
Dr.A.V.Patil
1 ZnO thick films Gas Sensor 2011 ISBN 978-3-8454-1056-2 Lambert Academic Publishing GmbH & Co.KG DudweilerL and straße 99 D - 66123 Saarbrucken, Germany
2 A text book of Physics, T.Y.B.Sc. paper IV- Electronics II 2019 ISBN 81-7815-025-5 Vrinda Publications Bhimsing Market, Station Road, Jalgaon
3 Physics for CSIR-NET/SET 2019 ISBN 978-81-934781-8-9 VaishaliPrakashan, Pune
4 Semiconductor Devices and Basic Electronic Systems F. Y. B. Sc. (Computer Science) Paper I- Semester-I 2021 ISBN: 978-1-68576-019-9 Publisher & Printer: INSC International Publisher, Chikkamagalur, Karnataka
5 Electronics Devices and Circuits F. Y. B. Sc. Electronics Science Paper II- Semester-ICBCS (June-2019-20) 2021 ISBN: 978-3-91276-94-2 Dreambook Publishing
6 Communication Electronics S. Y. B. Sc Electronics Science Paper I Semester-III, EL-231 CBCS (June-2020-21) 2021 ISBN: 978-1-68576-047-2 Publisher & Printer: INSC International Publisher, Chikkamagalur, Karnataka
Dr. U. P. Shinde
1 Semiconductor Devices and Basic Electronic SystemsF. Y. B. Sc (Computer Science)Paper I- Semester-I 2021 ISBN: 978-1-68576-019-9 Publisher & Printer: INSC International Publisher, Chikkamagalur, Karnataka
2 Electronics Devices and Circuits F. Y. B. Sc. Electronics Science Paper II- Semester-ICBCS (June-2019-20) 2021 ISBN: 978-3-91276-94-2 Dreambook Publishing
3 Communication Electronics S. Y. B. Sc Electronics Science Paper I Semester-III, EL-231 CBCS (June-2020-21) 2021 ISBN: 978-1-68576-047-2 Publisher & Printer: INSC International Publisher, Chikkamagalur, Karnataka
Prin. Dr. C. G. Dighavkar
1 TiO2 Thick Film Gas Sensor 2011 978-3-8443-8755-1 LAP Lambert Academic Publications, Germany
2 Metal Oxide Based Sensors 2011 978-3-659-78496-5 LAP Lambert Academic Publications, Germany
E] Awards /Recognitions
Year Name of the award/ medal Team / Individual University/State/National/ International Name of the student
2021-22 Best Student of Department Individual Best Student of Department Devyani V. Pawar (M.Sc. II)
Sakhi Ingle (M.Sc. I)
Ratan Jadav (T.Y.B.Sc)
Third Prize Team Innofest-2022, LVH, College Panchavati, Nashik Devyani V. Pawar
Third Prize Team Innofest-2022, LVH, College Panchavati, Nashik Rupesh Gavit
2017-18 First Prize Team Zonal level Avishkar Competition conducted by S. P. Pune University, Pune at Cidco College, Nashik Miss. Tejeshree Thete & Mr. Tushar Mali
2015-16 First Prize Team Avishkar Zonal Competition was held at Pharmacy College, Panchavati, Nasik. Mr. Pradip Jaiswal & Mr. Mahesh Shinde
Name of Person Name of the Award/ recognition Name of the Awarding government/ government recognised bodies Year of award
Dr. C.G. Dighavkar Best Teacher Sarvajanic Vachanalaya, Nasik 2014-15
Dr. A.V. Patil Best Paper Award for Paper “Ethanol paper sensing properties of Nitrogen doped ZnO fabricated by Spray pyrolysis” in International Conference AMDP- 2014, Busan, Korea Busan, Korea 2014-15
Prof. Dr. U. P. Shinde Best paper Presentation award in an International Conference on Multidisciplinary research and Global Innovation in Social Sciences, Management, Business, Education, Tourism and Technology Research Development Association, Jaipur, at Goa, India Noveber 23-24, 2019. 2019-20
Dr. A. B. Patil Ph. D. Degree in Electronic Science SPPU, Pune 2021-22
Sr. No. Organisation with which MoU is signed Title of the collaborative activity Year of signing MoU Duration List the actual activities under each MOU year wise
Pointer IT Training Solutions, B4, Kusumpushpa Apt., College Rd. Nashik Industrial Training /Internship of PG students 2014-15 01 Year https://drive.google.com/file/d/1vKUmAeVXSszLxlBHzLX8zavX1u1cKvGf/view?usp=sharing
2 BSR Technologies Pvt. Ltd., MIDC Ambad, Nashik-7 Industrial Training /Internship of PG students 2016-17 & 2017-18 02 Years https://drive.google.com/file/d/10axePsG5AnVV26IcKRByKLUYLC1czha1/view?usp=sharing
3 Cognifront, Uma Apt., Opposite VedMandir, Triyambak Rd, Nashik Industrial Training /Internship of PG students 2019-20 01 Years https://drive.google.com/file/d/1ON-uEiFJc36-lkU_NFqJqynB9CcrjzLK/view?usp=sharing
4 Cognifront, Uma Apt., Opposite VedMandir, Triyambak Rd, Nashik Industrial Training /Internship of PG students 2020-21 05Year https://drive.google.com/file/d/1ON-uEiFJc36-lkU_NFqJqynB9CcrjzLK/view?usp=sharing
5 EPITRANS Switchgear Pvt Ltd., Ambad MIDC, Nashik Industrial Training /Internship of PG students 2021-22 03 Year -
6 HBS Automation System, Ambad MIDC, Nashik Internship of PG students 2021-22 01 Year -
7 Ankit Core and Stamping, D-1/21, Ambad, MIDC, Nashik-10 Industrial Training /Internship of PG students 2021-22 03 Years -
Class Subject Subject Teacher Name Topic Link
F. Y. B. Sc. EL- 111 Basics of Applied Electronics Mrs. A. R. Kothawade Syllabus https://drive.google.com/file/d/1f_vVLrfjAOAMlDNDBbjkgvofoC8D859r/view?usp=sharing
F. Y. B. Sc. EL- 111 Basics of Applied Electronics Mrs. A. R. Kothawade UNIT 1:Fundamental of Electronics https://drive.google.com/file/d/1eZzv4t41H1hifNI9D4qYFhtTJHKDBElc/view?usp=sharing
F. Y. B. Sc. EL- 111 Basics of Applied Electronics Mrs. A. R. Kothawade UNIT 2:Network Theorems https://drive.google.com/file/d/1oIsinpJZzM5oZTLW5jkVS5bnWIb760oo/view?usp=sharing
F. Y. B. Sc. EL- 111 Basics of Applied Electronics Mrs. A. R. Kothawade UNIT 3:Introduction of Electronic System https://drive.google.com/file/d/1yDsy-D8sd5bxV7j6TDWePJnuWf0RsE4r/view?usp=sharing
F. Y. B. Sc. EL- 112 Electronic Devices and Circuits Mrs. J.D. Vispute All unit Notes https://drive.google.com/file/d/15Fc3j4u4Y8SoGAjWurdd45NvvoXnPy6U/view?usp=sharing
S. Y. B. Sc. EL-231: Communication Electronics Prof.Dr. U. P. Shinde All unit Notes https://drive.google.com/drive/folders/1Guar2CM4YfaEkusQXbfqkiOZp66zXA9p?usp=sharing
S. Y. B. Sc EL-232: Digital Circuit Design Mrs.A.R.Kothawade Syllabus https://drive.google.com/file/d/1wFJ91kHGDZsKTuCz_hWDb2Yjmt7EHwUI/view?usp=sharing
S. Y. B. Sc EL-232: Digital Circuit Design Mrs.A.R.Kothawade UNIT 1:Logic Families https://drive.google.com/file/d/1VUo9dHM-YEFKZYQfOHFxOuHkli4JI4dJ/view?usp=sharing
S. Y. B. Sc EL-232: Digital Circuit Design Mrs.A.R.Kothawade UNIT 2:Combinational Logic Circuit Design https://drive.google.com/file/d/1qmLleaTNSMTkxJNrIk9Z_WlKvOt6JWsF/view?usp=sharing
S. Y. B. Sc EL-232: Digital Circuit Design Mrs.A.R.Kothawade UNIT 3:Sequential Logic Circuit Design https://drive.google.com/file/d/1tP6WNh7oU-4HHwcFVVC-AL_IcybZ0iVi/view?usp=sharing
S. Y. B. Sc EL-232: Digital Circuit Design Mrs.A.R.Kothawade UNIT 4:Data Converters https://drive.google.com/file/d/1ah_MpVIRt1xsboZIyGF_zljQ4P54Kb-_/view?usp=sharing
T. Y. B. Sc. EL 351: Digital Design using Verilog Mrs. M. E. Niphade Syllabus https://drive.google.com/file/d/16ALXk68zW4jgO23zgVXV4SS51wVbAwpT/view?usp=sharing
T. Y. B. Sc. EL 351: Digital Design using Verilog Mrs. M. E. Niphade UNIT 1:Introduction to Verilog https://drive.google.com/file/d/122c8A7FUZyEYYKvAo0JdV0dY7nu6Cg_T/view?usp=sharing
T. Y. B. Sc. EL 351: Digital Design using Verilog Mrs. M. E. Niphade UNIT 2:Modeling Styles https://drive.google.com/file/d/1pxS6HVQvUSCja4BuoaHjwVH_NLF0VTdg/view?usp=sharing
T. Y. B. Sc. EL 351: Digital Design using Verilog Mrs. M. E. Niphade UNIT 3:Logic synthesis with Verilog https://drive.google.com/file/d/1-J8bxjuSndIOmnJUo7q-t7u5BBPpdYgw/view?usp=sharing
T. Y. B. Sc. EL 351: Digital Design using Verilog Mrs. M. E. Niphade UNIT 4: Introduction to Programmable Logic Devices https://drive.google.com/file/d/18khpZhRKxCHbJGgmWLzKYJiKu6BEW1Y1/view?usp=sharing
T. Y. B. Sc. EL 352: Microcontroller Architecture and Programming Mrs. H. P. Bhadane All unit Notes https://drive.google.com/drive/folders/18ixowuva3-XcymgoHFKfwH7TDLfcI-G7?usp=sharing
T. Y. B. Sc. EL 353 : Analog circuit Design and Applications Prof. Dr. U. P. Shinde All unit Notes https://drive.google.com/drive/folders/1HuoK79_SNI9-2BvMhAR4Az407nhMtGyj?usp=sharing
T. Y. B. Sc. EL 354:Nanoelectronics Mrs. J. D. Vispute Syllabus https://drive.google.com/file/d/1vX06GWLWNZ45q8WZUcPptyirsvmca8Bi/view?usp=sharing
T. Y. B. Sc. EL 354:Nanoelectronics Mrs. J. D. Vispute Reference Book https://drive.google.com/file/d/1RDqqAeouplz0HhiOpCirZWx-bZXqscw9/view?usp=sharing
T. Y. B. Sc. EL 354:Nanoelectronics Mrs. J. D. Vispute UNIT-1 Introduction to Nanotechnology and Nanoelectronics https://drive.google.com/file/d/1dK1668ZJzziq3vhy-_yiGtPQJ4k2D3KM/view?usp=sharing
T. Y. B. Sc. EL 354:Nanoelectronics Mrs. J. D. Vispute UNIT-2 Electron Transport in Nanostructures https://drive.google.com/file/d/1xwlOGk_ZxgC5XIj_yu1cfWKruWg6CAXr/view?usp=sharing
T. Y. B. Sc. EL 354:Nanoelectronics Mrs. J. D. Vispute UNIT-3 Characterization of Nanostructures https://drive.google.com/file/d/1uclr6MvU5OKhYzsdVdnu4ZbHpqd31ZUV/view?usp=sharing
T. Y. B. Sc. EL 355: Signals and Systems Mrs. A. R.Kothawade Syallabus https://drive.google.com/file/d/1AWiQhdPNnnxP25gZaNFUcq_BBCA8Bddo/view?usp=sharing
T. Y. B. Sc. EL 355: Signals and Systems Mrs. A. R.Kothawade Ref.Book :Digital Signal Processing_JohnG.Prokis and Dimitris G. Manolakis https://drive.google.com/file/d/13JDykCSGzK1EsEsj3AFf1eKg8pf_E-Tn/view?usp=sharing
T. Y. B. Sc. EL 355: Signals and Systems Mrs. A. R.Kothawade Ref.Book: Digital Signal rocessing_Vinay K.Ingle and John G.Prokis https://drive.google.com/file/d/141WMZncUcT8c_E-HLVMIKtSUzWg2m-BE/view?usp=sharing
T. Y. B. Sc. EL 355: Signals and Systems Mrs. A. R.Kothawade Ref.Book: Fundamentals-of-Signals-and-Systems https://drive.google.com/file/d/1r7lcWXeS9KGso9tegayn5boyYyoLPHoX/view?usp=sharing
T. Y. B. Sc. EL 356(A) :Optics and Fiber Optic Communication Dr. A. B. Patil Syllabus https://docs.google.com/document/d/1O5mU42F2FXLVTM4GIRFoZkWlYKBbsUYS/edit?usp=sharing&ouid=104038616140414303026&rtpof=true&sd=true
T. Y. B. Sc. EL 356(A) :Optics and Fiber Optic Communication Dr. A. B. Patil Notes https://drive.google.com/drive/folders/12mAKSRS8linOgY4b8C3d_oADzMIC9BGQ?usp=sharing
T. Y. B. Sc. ELSEC 351: Electronic Design Automation Tools Mrs. M. E. Niphade Syllabus https://drive.google.com/file/d/18S25Px0Dq_B6MmQPeq-MyZ8XOYsXclXS/view?usp=sharing
T. Y. B. Sc. ELSEC 351: Electronic Design Automation Tools Mrs. M. E. Niphade UNIT 1: Introduction to EDA Tools https://drive.google.com/file/d/1ZfivREcLWHnTUPxglKjTLerWp5GeyPtf/view?usp=sharing
T. Y. B. Sc. ELSEC 351: Electronic Design Automation Tools Mrs. M. E. Niphade UNIT 2:Electronics Designing using LTSPICE/ PSPICE https://drive.google.com/file/d/1pa1OXr4IKwTfP6Hsd6JaA7sQlW1ippdr/view?usp=sharing
T. Y. B. Sc. ELSEC 351: Electronic Design Automation Tools Mrs. M. E. Niphade UNIT 3: Introduction to Multisim/ Circuit Mod https://drive.google.com/file/d/1bgjGZZQGsizGnn6YJZFVNkdSAuJzYxsD/view?usp=sharing
T. Y. B. Sc. ELSEC 351: Electronic Design Automation Tools Mrs. M. E. Niphade UNIT 4: Introduction to Proteus/ OrCAD https://drive.google.com/file/d/1X1aPevG7XC2pgBlsCjlgoOmrzI2iZLVK/view?usp=sharing
T. Y. B. Sc. ELSEC 352: Internet of Things and Applications Mrs. H. P. Bhadane All unit Notes https://drive.google.com/drive/folders/12bT3WMeQ0u8vtfRIMk3PcR6OrwznB9gg?usp=sharing
M.Sc.-I ELUT111: Mathematical Methods in Electronics using C Dr. A. B. Patil All unit Notes https://drive.google.com/drive/folders/1cSKhgbln9GLUg3iTYBWK9Z1leH3_7F8I?usp=sharing
M.Sc.-I ELUT112: Analog Circuit Design Mrs. J.D. Vispute Reference Books https://drive.google.com/drive/folders/1wleF4GHfVvmPU9PLRWN7E6BL9MrxTd-h?usp=sharing
UNIT 1: Basic Semiconductor Devices https://drive.google.com/file/d/13MclbidOGXdMg_kp8_gBttSwxTTA1_IK/view?usp=sharing
UNIT 3: Tuned Amplifier and Oscillators https://drive.google.com/file/d/1rA21YGE4eCTtS8QWEHSESYouL1a0bMVw/view?usp=sharing
ELUT113: Digital System Design Mrs. M. E. Niphade Syllabus https://drive.google.com/file/d/1Z3ME2ryfJDEq4VHAtSb9x6r98Ww4-x4-/view?usp=sharing
UNIT 1: HDL for Digital System Design https://drive.google.com/file/d/1kI5An5aeP5UJJ9TjdqCN2ItAelJc6H-c/view?usp=sharing
UNIT 2: Combinational Logic https://drive.google.com/file/d/1GHxnA3DUiF_u9ZOA8GsVX8QswI0BMQRs/view?usp=sharing
UNIT 3: Sequential Logic Design and Circuits https://drive.google.com/file/d/1ndcWsCKQJyfMKLpGkLBh2w5DC6Qb6g_W/view?usp=sharing
UNIT 4: PLDs and Memories https://drive.google.com/file/d/1CRleaG6zVlb8z11KRnA4XO3NAEpOT85C/view?usp=sharing
ELDT114: Fundamentals and applications of PIC microcontrollers Mrs. H. P. Bhadane All unit Notes https://drive.google.com/drive/folders/1wwlKHJtAVtrvGuWNJOLU9csaODEYLuNt?usp=sharing
M.Sc.-II ELT231: Advanced communication systems Mrs. M. E. Niphade Syllabus https://drive.google.com/file/d/1C3UWXw_otkLz9KYSzjn6gcwu9LLFCuW5/view?usp=sharing
UNIT 1: CW communication system https://drive.google.com/file/d/1uT0wBo0iLQF5iImzh9KjQrWA_nHC7q2m/view?usp=sharing
UNIT 2: Pulse Communication systems https://drive.google.com/file/d/1tAs5N3CAe1sGDc8Ksru80lgSJvtYKpwN/view?usp=sharing
UNIT 3: Radio wave propagation and Antennas https://drive.google.com/file/d/1MWKZUJfCOw4FEVoisqBSH7GDFaZsShMT/view?usp=sharing
UNIT 4: Communication Technologies https://drive.google.com/file/d/1hOF1EWy7EeNWL05HRWoF_0Nm4IZ-U1LJ/view?usp=sharing
ELT232: Mechatronics and robotics Mrs. J.D. Vispute Syllabus https://drive.google.com/file/d/1si3KJAmfkq7FHGivhK2OOKeIftL5Ygq1/view?usp=sharing
Reference Book https://drive.google.com/drive/folders/1MLZ1idB40XK2c2rFjcMkrOwRwR8B12pb?usp=sharing
UNIT 1: Introduction https://drive.google.com/file/d/1MMBtirFQnx9pN9GfTj4Wr9YqG5-EeWZd/view?usp=sharing
Unit 2: Systems, responses and transformations https://drive.google.com/file/d/1z-A3U9obmt85-HYREqR2jgK-vjfbgspQ/view?usp=sharing
UNIT 3: Mechanical and electrical actuation systems https://drive.google.com/file/d/1EW7UASWPtETgFnGt65y59mKSPkxyloVL/view?usp=sharing
UNIT 4: Dynamics and Robot Control https://drive.google.com/file/d/104wNyaqDlGdCzF03AeP5LKW4GHO1ixCs/view?usp=sharing
ELT233: Control systems Mrs. A. R.Kothawade Syllabus https://drive.google.com/file/d/1F95_SdUwD6K75Asg6BIeJsnkiI9zcSZi/viewusp=sharing
Control System https://drive.google.com/file/d/1Rui7DTo-dlisncAbLkyPMINYhYL-Zehg/view?usp=sharing
ELT234: Fundamentals of Internet of Things Mrs. H. P. Bhadane Syllabus https://drive.google.com/file/d/1k0kRdbEIL_-R8BFKxxgtEKiUncrhB-6A/view?usp=sharing
Unit-I https://drive.google.com/file/d/1KLcekQ7i82M4iRfNUxLgVtKtvGh8WaBK/view?usp=sharing
Unit-II https://drive.google.com/file/d/15mH3A2bwJmGNNVfMKduR5p4lepNu-niB/view?usp=sharing

Teaching Faculty

Sr. No. Photo Name of the Faculty Designation Qualification Teaching Experience
1 Prof. Dr.U. P. Shinde Head M.Sc. M.Phil. Ph.D. 33
2 Dr. A. B. Patil Assistant professor M.Sc. M.Phil. Ph.D. SET, NET 21
3 Mrs. H. P. Bhadane Assistant professor M. Sc. M. Phil. 07
4 Mrs. M. E. Niphade Assistant professor M.Sc. 03
5 Mrs. A. R. Kothawade Assistant professor M. Sc.SET 06
6 Mrs. J. D. Vispute Assistant professor M. Sc. SET 04