Electronics & Communication Engineering
Innovation in Teaching and Learning

About Department

Department of Electronics and Communication Engineering was established in the year 2007, at our department, we are passionate about exploring the fascinating world of electronics and communication technology.

Aim of the department is to mould tomorrow’s technocrats by imbibing the essence of human values for innovation and creativity in science and technology towards building a peaceful self-sustaining Nation. Department of ECE is working tremendously great, to set standards in teaching and learning relentlessly to establish state-of-the-art centre for research. The department impart quality teaching by offering wide spectrum of study in electronics that includes Electronics Devices and Circuits, Signal Processing, Wireless Communication Technology, Microcontroller and Embedded System, IoT and other applied areas focusing towards making brighter career path for our beloved students.

Through hands-on projects, industry collaborations, and cutting-edge research opportunities, students gain practical insights and real-world experience that prepare them for successful careers in electronics and communication engineering.

Electronics and Communication Engineering
Program Intake
UG (B.Tech) 30

Vision of the Department

To become leader in the field of Electronics and Communication Engineering by developing an ecosystem of scientific learning and grooming the personality of the students to cater the industrial and social needs through sustainable technological growth.

Mission of the Department

M.1: To ensure comprehensive experimental learning by providing modern teaching learning aids and competent faculty members to meet the ever growing and changing industrial scenario.

M.2: To provide exposure of cutting edge tools and technologies with the collaborations of industry and academia

M.3: To inculcate problem solving skills, innovative and leadership qualities with professional ethics, thereby
enhancing employability and entrepreneurship abilities among students.

M.4: To induce the spirit of social responsibility and creative thinking among students through curricular and co-curricular activities

Program Educational Objectives

PEO 1: Graduate will become an established professional in the field of Electronics and Communication Engineering and related fields.

PEO 2: Graduates will demonstrate multidisciplinary approach to become an entrepreneur to meet the needs of industry, with due consideration of social and environmental issues.

PEO 3: Graduate will exhibit research aptitude and adaptability for new ideas and technologies through lifelong learning.

Program Specific Outcomes

PSO 1 Graduate will be able to develop solution for complex problems in the domains of Electronics, Signal Processing and related fields as per contemporary industrial needs.
PSO 2 Graduate will be able to apply the acquired technical knowledge of Electronics and Communication Engineering to provide sustainable solutions for real world problems in VLSI and embedded systems.
PSO 3 Graduates will adapt modern tools and technology to develop Electronics and Communication Engineering projects in context of societal need and environmental issues.

Dr. Subhash Mishra      (M.Tech., Ph.D.)

Electronics and Communication branch have a foot in every door and a cross channel between hardware and software, it comprises of wide spectrum of learning which includes Electronic devices and circuits, communication systems, VLSI design, Embedded systems, Digital signal processing, controls systems, Electromagnetic fields and waves, Antennas, Microwaves and Radars, Microprocessors and Microcontrollers, IOT etc. The branch ELECTRONICS stands for “Ever Learning Ever Creative through Research On setting New Inventions Comforting Society” which gives broad domain knowledge of electronics, functional understanding of coding, and how to utilize it to solve real word problems.

The department of Electronics and Communication strives to develop successful graduates by providing a better teaching and learning aids and trainings so that our students  make the world a better place by making use of engineering principles, techniques and systems. Our department has competent faculty members with good academic credentials and an excellent record of teaching. Since the faculty members have specialization in different fields so their committed teaching makes the student to have an all-round development with discipline.

Best wishes.

Member of Professional Society:

  1. IETE (India): Students of the department are actively involved in the various activities organized under aegis of student chapter of The Institution of Electronics and Telecommunication Engineers (IETE) India. Various technical/non-technical activities like model making, poster making, quiz, robotics problem solving, paper presentation etc. are organized under student chapter.
  2. IEI (India): Students of the department are actively involved in the various activities organized under aegis of student chapter of The Institution of Engineers (IEI) India. Various technical/non-technical activities like model making, poster making, quiz, robotics problem solving, paper presentation etc.are organized under student chapter.
  3. NPTEL Local Chapter: NPTEL has been offering self-study courses across engineering, humanities and science streams at: http://nptel.ac.in 
  1. Rotaract Club: Students of the department are actively involved in the various activities i.e organized under the rotary club by which they are continuously enhancing their skills like leadership development, public speaking skill, and development of social skills, vocational skills, cultural awareness and ethics.
  1. Techno SRIJAN: Student chapter of Techno SRIJAN is functional in the institute. Students take part in various technical and literary activities organized by SRIJAN. Teachers are also felicitated for best academic performance at university level every year.
  1. Vigyan Bharti: The department has opened active student chapter of Vigyan Bharti. This chapter organizes various technical/non-technical activities like model making, poster making, quiz, robotics problem solving, paper presentation etc.

Laboratory

The department of Electronics and Communication has well-equipped laboratory facilities like Digital Communication Lab/ Analog CommunicationLab/ Data Communication Lab & ACE Lab,Electronics Devices Lab/ Analog Circuit Lab ,Digital System Design Lab/ DELD Lab , Microprocessor & its application Lab / I.O.T. Lab/ Microcontrollers & Embedded System Lab, Microwave Lab/ Optical fiber communication lab , CNTL Lab/ Antenna & Wave Propagation Lab EMI Lab/ Project Lab/Minor Project-II Lab/ Project Lab/Minor Project-I ab , MATLAB Programming Lab & VLSI Design Lab/ Simulation Lab/ Signal and System/ DSP Lab
Well equipped project lab is available with the department to carry out project by the students and researchers. The infrastructure and lab facilities are upgraded from time to time and provide good practical learning and innovative environment for the students.

Sl. No. Name of the Laboratory Utilization Labs
1 Basic Electronics Lab The Basic Electronics Lab is designed to teach students about the different types of analog and digital electronics circuitry under courses like Basic Electronics Laboratory.This lab facility is provided to students to perform experiments on basic electronic components and circuits.
2 Digital Communication Lab/ Analog Communication Lab/ Data Communication Lab & ACE Lab This lab focuses on understanding the fundamental concepts of signal flow in a digital communication system.This laboratory is developed to provide practical exposure in the field of communication engineering. Students can perform experiments of Analog / Digital Communication, Data Communication and Advanced Communication Engineering.
3 Electronics Devices Lab/ Analog Circuit Lab This laboratory is considered to be the back bone of Electronics field. This lab enables the student to learn and perform the experiments on electronic devices and circuits.
4 Digital System Design Lab/ DELD Lab This lab facility is provided to students to get the practical knowledge of digital electronics. Students can perform experiments related to Digital System, Digital System Design, Digital Electronics & Logic Design.
5 Microprocessor & its application Lab / I.O.T. Lab/ Microcontrollers & Embedded System Lab This laboratory is developed to provide practical experience to students in most emerging field of Microprocessor, Microcontroller, Embedded system and IOT.
6 Microwave Lab/ Optical fiber communication lab This laboratory is used by students to perform experiments on klystron tube and Gunn diode based microwave benches. Students perform experiments on various microwave components and circuits to understand the practical concept of microwave engineering.
7 Optical Fiber Communication lab This laboratory is used by students to perform experiments on various types of optical fibre links, optical sources and detectors that enable students to understand concept of optical fiber communication.
8 CNTL Lab/ Antenna & Wave Propagation Lab This laboratory helps students to perform experiments on communication network and transmission lines. This laboratory helps students to perform experiments on various types of antennas & arrays. This helps the students to understand practical concept of antenna and wave propagation.
9 EMI Lab This lab is used by students to perform experiments on electronic measuring instruments.
10 Project Lab/Minor Project-II Lab/ Project Lab/Minor Project-I Lab The purpose of this laboratory is to provide facilities to students for carrying out minor/major project work. Students learn PCB layout designing, etching, drilling, soldering, assembling and troubleshooting of the project/prototype models.
11 MATLAB Programming Lab & VLSI Design Lab/ Simulation Lab/ Signal and System/ DSP Lab This lab facility is developed to provide practical learning experience to students using simulation tools. Student can perform experiments related to Simulation lab, VLSI Design and DSP labs.
Result

Toppers 2023
Final Year

Rank

Enrollment No

Name of Students

CGPA

Photo

I

0192EC191045

Saurabh Nayak

9.33

II

0192EC191048

Shashwat Gupta

9.26

III

0192EC191026

Khushi Shrivastava

9.08

Third Year

Rank

Enrollment No

Name of Students

CGPA

Photo

I

0192EC201019

Harsh Chaurasiya

8.46

II

0192EC201027

Muskan Parveen

8.46

III

0192EC201051

Tanu Gour

8.44

Second Year

Rank

Enrollment No

Name of Students

CGPA

Photo

I

0192EC211028

Puja Dheer

8.11

II

0192EC211011

Aniket Gupta

7.88

III

0192EC211036

Sana Raeen

7.79

Toppers 2022
Final Year

Rank

Enrollment No

Name of Students

CGPA

Photo

I

0192EC193D13

Narendra

9.12

II

0192EC193D06

Devesh Mandre

8.95

III

0192EC193D15

Pratyaksha Kumar Mishra

8.9

Third Year

Rank

Enrollment No

Name of Students

CGPA

Photo

I

0192EC191048

Shashwat Gupta

9.42

II

0192EC191045

Saurabh Nayak

9.39

III

0192EC191007

Akash Mishra

9.11

Second Year

Rank

Enrollment No

Name of Students

CGPA

Photo

I

0192EC201019

Harsh Chaurasiya

8.61

II

0192EC201051

Tanu Gour

8.57

III

0192EC201054

Yash Mathur

8.56

Toppers 2021
Final Year

Rank

Enrollment No

Name of Students

CGPA

Photo

I

0192EC171014

Jahanvi

8.9

II

0192EC171015

Kajal Sharma

8.86

III

0192EC171031

Priyanshu Nema

8.81

Third Year

Rank

Enrollment No

Name of Students

CGPA

Photo

I

0192EC193D13

Narendra

9.11

II

0192EC193D06

Devesh Mandre

9.03

III

0192EC193D15

Pratyaksha Kumar

8.86

Second Year

Rank

Enrollment No

Name of Students

 CGPA

Photo

I

0192EC203D08

Manoj Kumar

9.78

II

0192EC203D04

Dharmendra

9.67

III

0192EC191048

Shashwat Gupta

9.65

Event

Two days Workshop on “PCB Design and Fabrication in association with IETE Students Chapter

Department of Electronics and Communication Engineering, Technocrats Institute of Technology &
Science and Technocrats Institute of Technology, Bhopal organized two days workshop on the topic "
PCB Design and Fabrication in association " for B.Tech students on date 10/08/2023 to 12/08/2023.
To enhance technical skills and knowledge about PCB Designing using simulation tool to test
electronics & electrical circuit in software environment and also its Fabrication. A printed
circuit board (PCB) mechanically supports and electrically connects electronic components using
conductive tracks, pads and other features etched from copper sheets laminated onto a non-conductive
substrate. Components : capacitors, resistors or active devices are generally soldered on the PCB.
Internet of Things (IOT) using arduino workshop sponsored by the IETE Student Chapter

Department of Electronics and Communication Engineering, Technocrats Institute of Technology &
Science and Technocrats Institute of Technology, Bhopal organized Four days workshop on the topic "
Internet of Things (IOT) using arduino workshop " for B.Tech students on date 06/02/2023- 10/02/2023.
This is a hands-on workshop, where you’ll learn how to create a Bluetooth remote or monitoring device,
following a step-by-step learning structure.

  1. Arduino Programming
  2. Bluetooth AT Command Configuration
  3. Arduino Hardware Control and Sensor Reading
  4. Android App Development with MIT App Inventor
  5. Data Conversion from Arduino to Android App
  6. Bluetooth Control Hardware and Deliver Sensor Data
  7. Local WiFi setup for smart IoT devices
  8. IoT platform to create data loggers
Workshop on “Programming Using MATLAB” Usage of modern tools

Department of Electronics and Communication Engineering, Technocrats Institute of Technology &
Science and Technocrats Institute of Technology, Bhopal organized two days workshop on the topic "
Workshop on “Programming Using MATLAB” Usage of modern tools " MATLAB is one of the most widely used
very high level programming languages for Scientific and engineering computations. It is very
user-friendly and needs practically no formal programming knowledge. Presented here are MATLAB
programming aspects and not just the MATLAB commands for scientists and engineers who do not have
formal programming training and also have no significant time to spare for learning programming to
solve their real world problems. Specifically provided are programs for visualization.
National youth day celebration

Technocrats Institute of Technology & Science, Bhopal (M.P.) celebrated National Youth Day on 12.01.2023 as a part of the Azadi Ka Amrit Mahotsav. To reminisce the birth anniversary of Swami Vivekananda, National Youth Day or Yuva Diwas is celebrated on January 12, every year. The objective is to motivate the youth to lead the nation to prosperity, following the path carved by Swami Vivekananda. Celebrated National Youth Day to make aware youth of the country about the ideas and ideals of Swami Vivekananda and also generates awareness and provides knowledge about the rights of people in India .On this day student participate in cultural and educational activities to promote unity and innovation among them.
National Mathematics Day

Celebrated to mark the birth anniversary of legendary Indian mathematician, Srinivasa Ramanujan. and his contribution to the field of mathematics. The goal is to increase public understanding of the value of mathematics in advancing humanity at all levels and adopt a favorable attitude toward mathematics followed by conducting competitions like Poster & Model presentation ,Quiz
Women’s Day Celebration

Awareness program conducted on Women empowerment along with safety, equality issues in society followed by play, Poem Recitation, Speech and Quiz.
Earth Day Celebration

To educating students about conservation, protesting against climate change and global warming along with Online Quiz Competition On Ecosystem Science and Technical Poster making competition.
Industrial Visit at Doordarshan Bhopal.

Department of Electronics and Communication Engineering (TIT & Science), organized an industrial visit on 02 April 2022 at Doordarshan Bhopal for the students of BTech 4th and 6th Semester (EC).

Industrial Visit at Bharat Sanchar Nigam Limited (BSNL)

Department of Electronics and Communication Engineering (TIT & Science), organized an industrial visit on 12th January 2022 at Bharat Sanchar Nigam Limited (BSNL), Bhopal for the students of BTech 3rd Semester (EC).

The main objective of this visit was to give practical exposure to the students in the field of Electronics and Communication Engineering.

During the visit, Mr. Somesh Kumar Saxena, Head - Technical Training interacted with the students and explained about Optical fibre Communication (OFC), Transmitter, Receiver, Switch and Networking.

List of Placed Students Academic Session: 2022-2023 CAYm1:

S. No. Name of Student Enrollment No. Company Name
1 Anuj Tiwari 0192EC191013 Accenture
2 Devesh Shukla 0192EC191019 Capgemini
3 Khushi Shrivastava 0192EC191026 Capgemini
4 Shashank Sahu 0192EC191047 Capgemini
5 Sudhanshu Ranjan Choubey 0192EC191053 Capgemini
6 Subhash Kumar 0192EC191052 Cognizant
7 Akash Mishra 0192EC191007 DXC
8 Anshul Ojha 0192EC191011 DXC
9 Deeksha Bulbake 0192EC191017 DXC
10 Gayatri 0192EC191020 DXC
11 Prakunj Vishwakarma 0192EC191034 DXC
12 Sanchit Saxena 0192EC191043 DXC
13 Dharmendra 0192EC191040 DXC
14 Satyam TIWARI 0192EC191044 DXC
15 SHIVAM SINGH 0192EC191049 HCL
16 Reekesh Sahu 0192EC203D09 HCL
17 Harsh Pandey 0192EC191023 Hexaware
18 Prince Kumar 0192EC191035 Hexaware
19 Saurabh Nayak 0192EC191045 Walkover
20 Shashwat Gupta 0192EC191048 Hexaware
21 Prabhat Shah 0192EC191033 High Technext Engg
22 Raghvendra Patel 0192EC191037 High Technext Engg
23 Rampal Yadav 0192EC191039 Just dial
24 Tushar Sen 0192EC191055 Just dial
25 Manish Telashu 0192EC191027 Shapers Constructions
26 RAJA 0192EC191038 DXC
27 NIKHIL BARDE 0192EC191030 HCL

List of Placed Students Academic Session: 2021-2022 CAYm2:

S. No. Name of Student Enrollment No. Company Name
1 Sanjeev Kumar Sutvanshi 0192EC193D18 TCS
2 Shyam Bahadur Prajapati 0192EC193D23 TCS
3 Rohit Raykwar 0192EC193D17 Manikaran Analytics
4 Pratyaksha Kumar Mishra 0192EC193D15 Technotask Business Solution Pvt. Ltd
5 Sushil Sahu 0192EC193D26 HCL
6 Shivam tripathi 0192EC193D21 Hexaware
7 Shivank tiwari 0192EC193D22 Just dial
8 Durgesh kumar malviya 0192EC193D09 Netlink
9 Devesh mandre 0192EC193D06 Upgrad

List of Placed Students Academic Session: 2020-2021 CAYm3:

S. No. Name of Student Placed Enrollment No. Name of the Employer
1 Prateeksha Gupta 0192EC171029 Eazy Business Solutions
2 Mansi  Sahu 0192EC171018 Eazy Business Solutions
3 Hariom Malakar 0192EC171011 Eazy Business Solutions
4 Charu  Jain 0192EC171006 ICICI Prudential
5 Gautam Keer 0192EC171010 Mindtree
6 Palak Khare 0192EC171026 NeoSOFT
7 Sumit  Sharma 0192EC171041 Nucleus Soft
8 Niraj Dubey 0192EC171024 Planet Spark
9 Jahanvi Yadav 0192EC171014 Property Pistol
10 Kajal Sharma 0192EC171015 Sutherland
11 Sourabh Gupta 0192EC171040 Sutherland
12 Megha Pandey 0192EC171021 TCS
13 Nitin Kumar Prajapati 0192EC171025 Waaree Energies
14 Priyanshu Nema 0192EC171031 Waaree Energies
15 Deeksha Shrivastava 0192EC171007 Wipro

Details of patents

List of patents:
Sl. No. Patent Application No. Status of Patent (Published / Filled) Inventor/s Name Title of the Patent Patent Filed Date (DD/MM/YYYY) Patent Published Date / Granted Date (DD/MM/YYYY)
1 202121019818 Published Dr. Vikas Gupta A Method for Detection and Removal of Random Valued Impulse Noise in Image Denoising using Adaptive Dual Threshold Median Filter 30/04/2021 04/06/2021
2 202221011919 Published Dr. Vikas Gupta MEDIROBO: A humanoid robot for medical assistance based on artificial intelligence learning methods 04/03/2022 22/04/2022
3 202221023937 Published Dr. Vikas Gupta Method for Automatic & Efficient MR Images Denoising using  Densenet and  Advanced NLM Filtering. 22/04/2022 06/05/2022
4 202121032485 Published Divya Jain A Block Chain Technology Based Method for Stock Market Analysis and Transactions 19/07/2021 13/08/2021
5 202241005492 A Published Divya Jain Mechanical system with IR sensor based circuit to generate electricity 01/02/2022- 11/02/2022

Our Eminent Alumni

Sr. Name Organization Photo
1 Afzaal Alam Working as Senior Software Engineer, Accenture
2 Himanshu Mishra Currently working as Senior Data Engineer, Teradata
3 Nikita Kanchan Currently working in company AMD Bangalore as software development engineer
4 Brajesh Kumar Chandan Company: HCLTECH Post: Analyst
5 Neeraj Asati working as a senior software Engineer in CGI information System
6 Rishabh Raj working in Accenture as a Senior software engineer
7 Rajanikant Tiwari Empulse Global pvt ltd. Bangalore. Post: Associate Software Developer

Book/ Book Chapter Details :

Title of the Book

ISBN/ASIN Number 

Name of the Publisher

Author

Array and Wearable Antennas - Design of microstrip antenna for multipurpose wireless communication

9781003422440

CRS Press

Prof. Devkant Sen

Array and Wearable Antennas -Design of microstrip antenna for multipurpose wireless communication

9781003422440

CRS Press

Prof. Saima Khan

Students Achievements

SESSION: 2023-2024
S.No. Name Of The Student Event Name Organized By Date In/Outside State Award
1. Aniket Gupta, Pranshi Singh, Pooja Dheer “RACHNA” One Day District Level Project Model Competition ALL SAINT’S Group Of Institutions 21st February 2024 In State 2nd Prize
2. Muskan Parveen, Tanu Gour ELEKTRONIX '23 Technical Workshop Symposium Global Institute of Engineering and Technology Vellore Tamil Nadu 25th October 2023 Outside State Participate
3. Deepa Rajput RGPV STATE LEVEL KARATE TOURNAMENT Trinity Institute Of Technology & Research 27TH-28TH December 2023 In State 2ND PRIZE
4. Deepa Rajput RGPV NODAL LEVEL KARATE TOURNAMENT Trinity Institute Of Technology & Research 25TH NOVEMBER 2023 In State 1ST PRIZE
5. Muskan Parveen, Shanti Singh TECHTITAN 2023 PPT presentation (Anything relevant to common domains of Engineering) SNS College Of Technology, Coimbatore, Tamil Nadu 13th September 2023 Outside State Participate
6. Mohit Rajak, Deepesh Sen, Vishal Gayakwad National Level E-Quiz on “OZONE” in honor of World Ozone Day LNCT BHOPAL September 16, 2023 In State 3rd Prize

Deepa Rajput (Batch 2020-2024)has been awarded the 1st prize in rgpv nodal level karate tournament and 2nd prize in RGPV state level karate tournament Organized By Trinity Institute Of Technology & Research Bhopal. Electronics and Communication Engineering for the academic year 2023-2024.

Models and Project Competitions:
(Sachin Pal ,Aniket Gupta, Pranshi Singh, Deepak Prajapati, Batch 2021-2025 ,Amandeep Tripathi, Sakshi Sen - Batch 2022-2026)
Electronics & Communication Enginnering depatment has been making waves and emerging victorious in various models and project presentating competitions held in various other colleges of the city. The second victory comes from a competition by All Saints College on 21st of February 2024.

The second victory comes from another model/ project presentation competition held at Bansal College at 27th of february where again our team successfully secured the second rank.

The Third victory comes from another model/ project presentation competition held at LNCT College Bhopal at 27th of february where again our team successfully secured the First rank.

Title: Mobile and Cell radiation

Method: Case study has been carried out to assess radiation intensity of cell towers. Research articles on radiation effect discussed and survey was done by the students during industrial visit at cell sites of mobile service providers.

Outcome: Students were able to understand that high radiation affects human health.

Action Taken: Safety measures are discussed with students while exposing to radiation.

 

Students:

Faculty Mentor: Dr Om Pal Singh, Mr Devkant Sen

Name of faculty: Dr Padmashree Kunthe

Students Involved in Collaborative research with faculty

S No Name Enrolment No
1 Khushi Shrivastava 0192EC191026
2 Devesh Prasad Shukla 0192EC191019
3 Akash Mishra 0192EC191007
4 Shashwat Gupta 0192EC191048

Medical Assistance Robots

Abstract

RoboCare-Med is an advanced medical assistance robot designed to revolutionize patient care and healthcare The healthcare landscape is continuously evolving, with an increasing demand for advanced technologies to enhance patient care, improve outcomes, and optimize healthcare delivery. One area where significant advancements have been made is in the development of medical assistance robots. These robots play a crucial role in addressing various challenges faced by healthcare professionals and institutions:

Need for Medical Assistance Robots

Aging Population: With the global population aging rapidly, there is a growing demand for healthcare services, particularly in areas such as elderly care and chronic disease management. Medical robots can assist in tasks like patient monitoring, medication management, and mobility support, thereby alleviating the strain on healthcare providers and improving the quality of care for elderly patients.

Precision and Accuracy: Medical procedures often require a high degree of precision and accuracy. Robots equipped with advanced sensors, imaging technologies, and robotic arms can perform tasks with greater precision than human hands, reducing the risk of errors and improving surgical outcomes.

Minimally Invasive Procedures: The trend towards minimally invasive surgeries has led to the development of robotic systems that can perform complex procedures through small incisions. These robots offer surgeons enhanced dexterity and control, leading to faster recovery times, reduced complications, and improved patient satisfaction.

Workforce Shortages: Many healthcare systems face challenges related to workforce shortages, especially in specialized areas such as intensive care units (ICUs) and emergency departments. Medical robots can supplement existing healthcare staff by automating routine tasks, allowing human providers to focus on critical patient care activities.

Remote Healthcare: Telemedicine and remote healthcare services have become increasingly important, especially in rural or underserved areas. Medical robots equipped with telepresence capabilities enable remote consultations, diagnostics.

Infection Control: Infection control is a paramount concern in healthcare settings, particularly in light of global pandemics such as COVID-19. Robots can be designed for tasks that minimize direct human contact, such as disinfection, sterilization, and delivery of supplies, contributing to a safer healthcare environment.

Data-driven Decision Making: Medical robots integrated with artificial intelligence (AI) and data analytics can analyze vast amounts of patient data in real time, providing valuable insights for clinical decision-making, personalized treatment plans, and predictive analytics for disease management.

In conclusion, the need for medical assistance robots arises from a combination of demographic shifts, technological advancements, healthcare challenges, and the pursuit of improved patient outcomes. These robots represent a transformative force in modern healthcare, offering innovative solutions to complex healthcare problems and shaping the future of medical practice

Conceptual Design and Prototyping:

  1. The conceptual design phase involves creating initial design concepts, sketches, and mock-ups of the RoboCare-Med robot. Multiple design iterations may be explored to evaluate different concepts and refine the design based on feedback from stakeholders.
  2. Computer-aided design (CAD) software is used to create detailed 3D models of the robot, including its physical structure, components, sensors, actuators, and user interfaces. Virtual simulations and prototypes are developed to assess the feasibility and functionality of the design.

Training Activity for students

  • Training on software’s - Python , C, C++, Java
  • Hands-on Practice session on IoT, MATLAB, Microcontroller & Embedded system, VLSI Design
  • Training on Aptitude and reasoning
  • Internal SIH
  • Expert Lectures and workshops

Training Activity for Faculties

  • Faculty development program
  • Workshops
  • Short term training program
  • Expert Lectures
  • Software training

Student Support:

Tutoring Services: Offer peer tutoring or faculty-led tutoring sessions to help students with difficult concepts or coursework.

Workshops and Seminars: Organize workshops and seminars on topics like programming languages, circuit design, communication protocols, and industry trends.

Online Resources: Provide access to online learning platforms, educational videos, and interactive simulations for self-paced learning.

  • You Tube Channel: Electronics and Comm. TIT & S
    In this channel video lectures of faculties are provided for student for e-learning facility
    Link of channel- https://www.youtube.com/@Ecdepartment/videos
  • E library : In this e- learning facility some e- books are provided for the students bar code is provided here

Lab Facilities: Ensure well-equipped labs with modern equipment for hands-on learning and experimentation.

Study Groups: Encourage students to form study groups to collaborate on projects, discuss coursework, and support each other.

Central Library: In this students can refer several books, Journals, News papers

Faculty Support:

Professional Development: Arrange workshops, conferences, and training programs to enhance faculty skills in teaching, research, and industry engagement.

Curriculum Enhancement: Collaborate with industry experts to update the curriculum with the latest technologies, case studies, and real-world applications.

Research Funding: Facilitate grants and funding opportunities for faculty research projects in areas like IoT, signal processing, telecommunications, etc.

Mentoring Programs: Establish mentoring programs where experienced faculty members guide junior faculty in teaching methodologies, research strategies, and professional growth.

Teaching Resources: Provide teaching resources such as lesson plans, assessment tools, and teaching aids to support effective classroom instruction.

By implementing these support measures, we can create a conducive learning environment for both students and faculty in the electronics and communication branch.