Post Graduate Program (M.Tech.)
Intake: 18
It’s my pleasure to welcome you to the Electronics and Telecommunications Engineering Department of MGMU’s Jawaharlal Nehru Engineering College, Aurangabad. The department was founded in 1983 and is one of the oldest departments of our institute. The Majority of our alumni have acquired top positions in all walks of life.
We offer an undergraduate programme B.Tech. in Electronics and Telecommunication Engineering and a postgraduate programme M.Tech. in VLSI and Embedded Systems. We also have a Ph.D. Research Centre. The research facilities are supported by the state-of-the-art facilities available in the department.
We strive hard to enhance the technical competency of our students by providing excellent infrastructure, abundant resources, innovative teaching-learning processes and highly qualified and experienced faculty
MGMU’s Jawaharlal Nehru Engineering College has an exciting time ahead as our country is facing great scientific and technical challenges and the solution to many of which will be found by Electronics and Telecommunication Engineers and it can be by you!
I invite you to join us in this mission, as we all together can improve our lives and build the world.
hodect@jnec.ac.in
In the last three decades, drastic changes have taken place in the field of Electronics and Telecommunication Engineering. These changes have revolutionized the life of masses.
Electronics Technology has entered in all the walks of life. This technology finds its applications in Consumer, Industrial, Civil, Military, Medical and in many more fields. Today, in many fields, we can’t imagine Automation without the use of Electronics.
The Department of Electronics and Telecommunications Engineering has designed a unique program of M.Tech. (VLSI and Embedded Systems) that not only develops the Industry needed expertise in the chosen domain but also helps to acquire the professional attitude, leadership qualities, management skills and an ability to use engineering expertise for solving social issues.
Innovation Incubation and Research Centre (IIRC) equipped with advanced technological platform. It has following facilities –
Electronics engineering is one of the comprehensive disciplines among all engineering disciplines. It offers platform for a great deal of interdisciplinary work. Electronics engineers apply knowledge and skills of circuit design, programming and prototyping to continuously build new products. An electronics engineer can find career options in the following fields:
Audit Course I & II
VLSI lab’s fundamental purpose is that the students will be able to plan, implement and investigate various circuits. The Lab is equipped with Xilinx and FPGA trainer kits.Likewise, it is also used to design the products related to real-world applications with the assistance of programming and the Vivado Design Suite. This lab is used for various practicals for the subjects like Computer Networks, Product Design Engineering and VLSI. It is well-equipped with 21 computers with top of the line specifications
It consists of Microwave testbenches based on both Klystron tube and Gunn diode. Students can perform the experiments on these test benches to understand the working principles of Microwave devices. This lab also has got the Radar trainer kits which can demonstrate the operation of a Doppler RADAR.
This Laboratory is dedicated to the Red hat academy. Students learn different certification courses like RHCSA, RHCE under this academy.
This laboratory has the latest Texas make DSP Trainer Kits and offers hands-on experience to the students regarding varied and advance concepts of signals and systems like convolution, sampling, impact of aliasing, characteristics of IIR filters and the FIR filters.
In this laboratory, all the fundamental electronic devices and their characteristics, applications can be studied. This lab familiarizes the students with the basics of electronics and it is equipped with a Scientech NVIS-72 PCB machine for fast prototyping of printed circuit boards with TINA software for PCB design.
This lab is used to carry out a variety of experiments based on analog circuit design, consumer electronics applications and also the various practicals related to robotics. This laboratory provides a platform for the development of hands-on skills in the areas of linear integrated circuits.
In this lab, the students get the practical insight of various semiconductor devices that forms the basic foundation of the modern-day electronics applications. Students are introduced with various techniques to determine and calculate the performance parameters of the electronic devices.
The laboratory is equipped with frequency synthesizers, analog as well as digital communication systems, AM, FM DSB/SSB trainer kits. The students learn the basic principles of communication engineering by doing the hands-on practical work.
This lab is used to perform experiments based on advanced communication concepts related to the optical fibre communication and satellite communication. The lab is well-equipped with Mobile Phone demonstrator trainer kit and the Fibre optic cable transmitter-receiver trainer kit. Equipments like DSO, synthesized signal generator and spectrum analyser are also available.
This laboratory is meant to give practical exposure to the students in the field of digital electronics, microprocessors and microcontrollers. As digital electronics forms the basic building block for all the advanced digital system designing, the students learn about all the microprocessors and microcontrollers. Students also learn about CPU, memory types, I/O design procedures, interfacing of peripherals like ADC, DAC, stepper motors, etc. The experiments are designed to develop their programming skills and applications. Their knowledge and expertise in programming skills help them in understanding advanced processors and software, ultimately giving them a chance at good placements.
The main objective of this lab is to introduce students to the recent developments in the world of Electronics Engineering like Advanced Embedded Systems, Internet of Things (IoT) and Wireless Networks. The Laboratory has high-end configuration computers, single board computers like Raspberry Pi with sensors and peripherals, ARM-7 trainer kits, MSP 430 advanced embedded system trainer kits, embedded web server, mass storage for embedded systems, GSM Interface and several general-purpose target boards.
MGMU’s Jawaharlal Nehru Engineering College has established Innovation Incubation and Research Center (IIRC) for the first time in Marathwada region to enhance industry-oriented skills among students. The college owns industry setups purchased from Christiani Sharpline, a German-based organization. The main facilities of the center includes the Advanced Industrial Automation ,Mechatronics ,Industrial Fluid Power ,Industry 4.0, E-Vehicle and Computer Integrated Manufacturing lab in Association with Christiani Sharpline, Germany and SSIGMA, Pune. The center also has Industrial robotics lab of YASKAWA and TAL BRABO robots. Our main objective is to prepare industry ready engineers and also provide solutions to the surrounding Industries. For this purpose, our faculty also visited Christiani Sharpline, Mumbai and SSIGMA, Pune.
An Induction program was conducted in the department for newly admitted first year students. In this program various activities were conducted for students like students aspirations and family expectation through which students can get an idea about how to handle aspirations and family expectations, peer pressure as per AICTE guidelines to make them aware of handling peer pressure and various sessions like Gratitude, Self and Body, Prosperity, KBC Game etc.
Our final year students had visited Greaves Cotton Pvt. Ltd., Aurangabad, on September 10, 2019. The purpose of this visit was to enhance the practical knowledge of the students and to provide them with industrial exposure. The Industry team explained the working and usage of all the electronic systems used there.
R.P. Deshpande, a specialist in Indian Capacitor sector, interacted with our third-year students and enlightened them on the topic ‘Electric Vehicles’ on February 4, 2020. The speaker elaborated on various important techniques like better battery selection and battery optimization.
In October 2018 a guest lecture was organized on ‘Industrial Controls & Automation’ by D.K. Deshmukh, Executive Engineer (Retd.) MAHAGENCO, Bhusawal.
On January 27, 2019 a guest lecture on ‘Internet of Things’ was organized by our Proud Alumni Mr. Gurjit Singh Gill, presently working as a Founder and Director of Gill Instruments, Bangalore.
LED Workshop was arranged for the First-Year students by our faculty members Ms. A.R. Salunke, Ms. C.S. Khandelwal and Ms. S.D. Gavraskar. The aim of the workshop was to develop a cost-effective LED flashing and lighting to understand the modern devices with their capabilities and limitations.
MGM Olympics 2019 was held on 2-4 December 2019 where in our students won the Gold Medal in Kabaddi. Akash Kale had won the Gold Medal and Ritesh Kumar Yadav won the Silver Medal in Power Lifting.
Our final year students Vyankatesh Kulkarni, Sachin Tadvi & Yash Rajput won 1st Prize for their project ‘IOT based Smart Mirror’ in Nirmaan 2K19, sponsored by IE(I), Aurangabad. This project was guided by Dr. S.N. Pawar
Our final year students Vyankatesh Kulkarni, Sachin Tadvi & Yash Rajput won 1st Prize for their project ‘IOT based Smart Mirror’ in Nirmaan 2K19, sponsored by IE(I), Aurangabad. This project was guided by Dr. S.N. Pawar
On 27th August 2019, in an open source expo held at the PES College of Engineering, Aurangabad, our students Pratik Sarda and Abhijeet Mohanan won the First Prize in Project Competition by demonstrating their project named DOCKER on IOT using Raspberry Pi.
Profile
Name: Faisal I Shaikh
Designation: Professor
Qualification: Master of Technology
Specialization: Electronic Design
Teaching Experience: 32 years 6 months
International Publications: 12
National Publications: 16
Email: deanacad@jnec.ac.in
Profile
Name: Dr. Vandana B Malode
Designation: Associate Professor
Qualification: Ph.D
Specialization: VLSI Design & Digital Communicatiuon
Teaching Experience: 27 years 4 months
International Publications: 35
National Publications: 14
Books Publications: 03Email: vandanamalode@jnec.ac.in
Profile
Name: Dr. Syed A Naveed
Designation: Associate Professor
Qualification: M.E., Ph.D., M.B.A., L.L.B.
Specialization: Power System and Power Electronics
Teaching Experience: 16 years 10 months
International Publications: 32
National Publications: 06
Email: sanaveed@jnec.ac.in
Following four verticals are offered which enable students to pursue the domain expertise of their interest:
|
GROUP-A (IOT & AI) |
GROUP-B (COMMUNICATION) |
GROUP-C (AUTOMATION) |
GROUP-D (VLSI) |
|
|
PROGRAM ELECTIVE-I |
IOT |
Microwave & Optical Communication |
Robotics |
VLSI Design |
|
PROGRAM ELECTIVE-II |
Machine Learning |
Mobile Computing |
Industrial Automation and Drives |
CMOS Design |
|
PROGRAM ELECTIVE-III |
Artificial Intelligence |
Satellite Communication |
E-Vehicle |
Analog CMOS Design |
Following three open electives are offered:
|
BASKET – 1 |
BASKET – 2 |
BASKET – 3 |
|
Automotive Electronics |
Renewable Energy Sources |
Wireless Sensor Networks |
|
Mechatronics |
Agriculture Electronics |
Network Security |
|
MEMS |
Energy Storage |
Biomedical Electronics |
Lab manuals
Lab manuals
Lab manuals
SEMESTER-II
