1.    Introduction & Objectives: 
The objective of the industry institute interaction is to take inputs on curriculum development, guest lectures by industry expert, to invite as member on BOS and DAB, placements, laboratories sponsored by industries, internship for UG students, training to UG and PG students and faculties, professional consultancy by the faculty to industries, availability of industry persons in examination panel at the institute. Electronics &Telecommunication Engineering department has very good interaction with industries. The industry experts have delivered expert lectures on recent trends, provided field training and projects and worked as external examiners. The department has signed a memorandum of understanding with industries. Faculties have visited industries for various collaborative works like sponsored projects, consultancy, placements, technical collaborations and evaluation of industry internship projects. 

2.    Sponsored Projects:

3. Faculty Training in Industry:

4.     Industry Visits:

Student : 

Industry Interaction Report 

B. Tech.

Industry Visit 01

Name of Industry:

Date of Visit: 14-16 February, 2023.

An Industrial Visit to Industrial Engineering Instrument, Bangalore was organized by the Department of Electronics and Telecommunications Engineering, Rajarambapu Institute of Technology Islampur from 14-16 February 2023. Prof. U. A. Kamerikar along with 43 students of T.Y. B. Tech visited the industry. This visit aimed at expanding the horizon of students in terms of industrial exposure to various power electronic devices and sensors. The session involved interaction of the students with industrial experts, knowing their working methods and practices. Students have also explored various places in Bangalore and Mysore.

Some photographs of visit

Industry Visit 02

Name of Industry:Saurmandal Solar, Ratnagiri,

Date of Visit: 10^th June, 2023.

As a vital part of curriculum, industrial visit was organised by the Department of Electronics and Telecommunications Engineering, Rajarambapu Institute of
Technology Islampur for S.Y. B. Tech students on 10 June 2023. The students along with faculty members, Prof. V. C. Khade and Prof. S. R. Watharkar visited
Saurmandal Solar, Ratnagiri, Maharashtra. The objective of this visit was to learn the basic components of solar panel, the process of electricity generation
using solar system and different modes of operation of inverters.

Some photographs of visit

Industry Visit 03

Name of Industry: EdGAte Technologies (Texas Instruments), Bangalore

Date of Visit: 22nd March,2022.

An industrial visit was planned to EdGate Technologies (Texas instruments) by the department of Electronics and Telecommunication.

     Prof. Aniket Prabhavalikar (Faculty Coordinator) introduced the students to the resource persons. Mr. Gurpreet Singh (Marketing manager), Mr. Tushar & Mr. Sudhir (Resource Persons) were with the students to guide them. Mr. Gurpreet Singh was  the Coordinator of the session and explain the overall work culture of the company.He explained how Artificial Intelligence is important in today’s world and how the company work on it.

     Overall it was a good fruitful industrial visit which helped students to know how and on what ethics  does a company work.

Some photographs of visit

  Some photographs of Science City

Industry Visit 04

Name of Industry: EdGAte Technologies, Bangalore

Date of Visit: 19-21 Feb. 2020.

Class: T. Y. B. Tech (E&TC)

No. of Students: 55

Faculty Accompanied: Prof. R. T. Patil, Mrs. Mali S.R

Rationale:

In the course of Mixed Mode Controller at T.Y.B.Tech (E&TC), students learn theoretical as well as practical  concepts of Microcontroller from Texas Instruments. In order to gain the real time practical exposure and design Industrial products using TI MSP430 controller , the visit to Industrial/commercial facility is required to be organised.

Objectives of Visit:

• To get the industrial exposure of Microcontroller from Texas Instruments
• To understand the concepts of Low power design.
• To understand the concepts of wireless communication using MSP430 Microcontroller.

Observations:

Texas Instruments' MSP430™ Family of ultra-low power microcontrollers (MCUs) includes several devices featuring different sets of peripherals for various applications. TI's MSP430 features a powerful 16-bit RISC CPU, 16-bit registers, and constant generators that attribute to maximum code efficiency. The digitally controlled oscillator allows wake-up from low-power mode to active mode in

less than 6µS.

The MSP430™ 16-bit microcontroller platform of ultra-low power RISC mixed-signal microprocessors from TI provides the ultimate solution for a wide range of low power and portable applications. TI provides robust design support for the MSP430 16-bit MCU, including technical documents, training, tools, and software.

Embedded Systems are found in every walk of life. We find them in buildings, farms, homes and cars. There are wearable systems that are embedded into shoes and clothing. There is medical electronic equipment implanted inside human bodies. An embedded system requires sensors to convert physical quantities such as sound, light, humidity or pressure into analog electrical signals. An analog frontend interface conditions these signals and converts them into digital form. An embedded processor handles these digital signals, extracting information from them and converting the information into other usable forms. An analog backend interface converts the processed digital signals into analog signals that can drive an external appliance such as a motor. A majority of embedded systems are battery- driven and need circuits for power and battery management.

Texas Instruments Incorporated designs and manufactures analog technologies, digital signal processing (DSP) and microcontroller (MCU) semiconductors. TI is a leader in semiconductor solutions for analog and digital embedded and applications processing. TI 16-bit MSP430™ microcontrollers (MCUs) provide affordable solutions for all applications. Our leadership in integrated precision analog enables designers to enhance system performance and lower system costs.The world has become more automated , factories, and homes are becoming more intelligent to keep us connected. Our family of MSP430 MCUs offers a broad and affordable portfolio of products to solve today’s increasing and diverse MCU design challenges.

Industry Visit 05

Venue: KRCL, Karwar

Dates: 11th & 12th October 2019

The KRCL, Karwar  is a konkan railway office operated by Konkan Railway Corporation Limited, headquartered at CBD Belapur in Navi Mumbai, Maharashtra. The first passenger train ran on Konkan railway tracks on 20 March 1993 between Udupi and Mangalore. During its initial years of operation in the mountainous Konkan region, a spate of accidents prompted Konkan Railway to implement new technologies. The anti-collision devices, the Sky Bus and RORO are a few of the innovations from Konkan Railway.The 741 km (461 mi) line connects Maharashtra, Goa and Karnataka states in India. The first train on the completed track was flagged off on January 26, 1998.

Experience:

In KRCl, students got information about Railway signalling, OFC cables used for it, structure, splicing of OFC, maintenance of OFC cables and signalling part, etc.

They had shown process of OFC maintenance, troubleshooting signalling path, working of exact signalling of trains, cutting & splicing of OFC, etc.

Industry Visit 06

Name of Industry: All India Radio, High Power Transmitter, Bambolim, Goa

Date of Visit: 4^th October 2019.

Class: S.Y.B.Tech (E&TC)

No. of Students: 50

Faculty Accompanied: Prof. M.R.Jadhav ,  Prof. R.J.Patil, Ms. Snehal Shinde

Rationale: In the course of Analog Communication at S.Y.B.Tech (E&TC), students learn theoretical concepts of amplitude and Frequency Modulation. In order to gain the real time practical exposure, the visit to Industrial/commercial facility is required to be organised.

Objectives of Visit:

• To get the industrial exposure of Electronic Communication.
• To understand the concepts of AM/FM transmission and reception.
• To understand the concepts of High power transmission and antenna diversity.

Observations:

Amplitude modulation is widely used technique for broadcasting purpose. The AM broadcasting has become commercially competitive market in entertainment segment. Students have learned about two sections – 1) Short wave transmission. 2) Medium wave transmission.

In short wave transmission AM generation is done by using VALVE. Here, Strength of input signal is 150 KWatt . In this section, the signal is received from Delhi studio, which is received by receiving antenna at station after receiving this signal, it undergoes coding and decoding and then it is transmitted to respective places through transmitting antennas.  The Broadcasting is for South eastern countries and Indian states also.

Vividh Bharati is a part of AM broadcasting systems in which system is subjected to 20KWatt power supply and frequency obtained at output is 828KHz . In High Power MW transmission a power of 100KWatt and frequency 1287KHz is used

M. Tech.

Industry Visit 01

Industry/ LAB Visit M.Tech Students (Batch 2020)

Department has organized an educational visit for M.Tech. Students to Car Lab at SGU Kolhapur, Established by TATA Motors. Total 6 students along with Prof. R.J. Patil visited the lab on 31^st January 2020. The main aim is to provide students a glimpse of the actual work and understand the industry environment. This visit gave the opportunity to listen to lecture on “Active Safety System” and “Passive Safety system “used in Automotive Industry. The students have also experienced the demo of Engine Spark System, Electric Car System, Braking System, Charging System, Electric Car Model and Door Safety System.

Industry Visit 02

Department has organized an educational visit for M.Tech. Students to DGLL, Ratnagiri Light House. Total 14 students along with Dr. M.S. Patil, Prof. S.S. Patil and Prof. S. S. Mane visited Light House on 11 Nov. 2016. The main aim is to provide students a glimpse of the actual work and understand the industry environment. This visit gave the opportunity to see prominent communication equipments installation being used for various security and safety purposes.