Course Details

1. Details of Ph. D. Pursuance

2. List of publication

3. List of Funded research

Club Name : Echolectic

Activities under the association

 Department activities held during odd sem academic Year 2016-2017

 Department activities held during even sem academic Year 2016-2017

Department activities held during odd sem academic Year 2017-18

Department activities held during even sem academic Year 2017-18

Department activities held in the odd semester 2018-19.

Department activities held in the even semester 2018-19.

Department activities held during odd sem academic Year 2019-20

Department activities held during even sem academic Year 2019-20

Department Activities of ODD sem 2020-21

Department Activities of Even sem 2020-21

Program Educational Objectives (PEO's):

1 .Graduates will excel in professional career or higher education by acquiring required up to date knowledge in area of Electronics & Communication Engineering.

2. Graduates will be able to analyze real life problems, design appropriate systems to provide solutions that are technically sound, economically feasible and socially acceptable.

3. Graduates will be able to exhibit professionalism, ethical attitude, communication skills and team work and adapt to current trends by engaging in lifelong learning.

Program Specific Outcomes (PSO's):

1. Graduates will be able to analyze and design analog & digital circuits using fundamentals of electronics engineering and build systems which will be useful for the society.

2. Implement functional blocks of hardware and software for signal processing and communication applications along with automation systems to process different signals.

FACULTY IN - CHARGE:  MR. SHASHANK M GOWDA  
To create and develop the idea of students towards the realization of a practical application, the Department of Electronics and Communication Engineering is formed Embedded System hobby club under the students association ECHOLECTIC. This club aims at providing basic knowledge of electronics and will also help students to use these concepts to come up with constructive and useful Embedded Electronics System. This club will have three levels, Beginner (II year), The Challenger (III year), Facilitator (IV year) where Experience seniors transfer their knowledge to Newbie’s junior. The Embedded Club plans various lectures, workshops, projects as well as competitions throughout the year concerning both analog as well as digital electronics, Microcontrollers, Internet of Things and makes the participants, learning. Embedded Club creates a platform for sharing innovative ideas and to develop the research-based activities.  

OBJECTIVE:
1. To make the students practically knowledgeable in the field of Embedded System.
2. To create a platform for sharing innovative ideas for likeminded Technocrats to generate ideas/ product/ technologies.

ACTIVITIES:
1. Arranged various training program on the basics of embedded system and interfacing of peripherals for students.
2. Students participated in a various competition like e-Yantra, MAZEMARIZE etc,.

PAST EVENTS:
In the last year, the following lectures and workshops were conducted:
a) Introductory lecture on sensors.
b) Lecture on basic electronics for freshers.
c) Lecture on Arduino microcontroller board.
d) Lecture on wireless communication with Zigbee.
e) 5 Day Short Term Course on Arduino Programming Fundamentals and Proteus Design Suite 8.0

PROJECTS:

ANDROID BASED HOME AUTOMATION SYSTEM
Status: Completed
Members: P. Harshavardhan and Abhilash 
How easy it would be if we could control all the appliances in our homes with a touch of our mobile phone screen. This project uses an Android smartphone to control home appliances.

STREET LIGHT AUTOMATION
Status: Completed
Members: Midhul, Revanth 
Description : To avoid the power wastage from street lamps when no vehicle/human is passing near a street lamp, we designed a project where we can automate street lamps to glow only whenever a vehicle/human passes near the lamp and for the rest of the time the lamp is switched off to avoid power wastage. 

DTMF BASED HOME AUTOMATION
Status: Ongoing
Member : Shreyash, Sai Charan
Description: Here, by using a cell phone we controls the home appliances from anywhere in the world (In Network Area). The receiver receives the modulated signal and demodulates it and the user input. In this system, we are going to make a DTMF based home/office appliance.

• 2017-18(volume 1/Issue 1)

• 2017-18(volume 1/Issue 2)

• 2018-19(volume 2/Issue 1)

• 2018-19(volume 2/Issue 2)

• 2019-20(volume 3/Issue 1)

• 2019-20(volume 3/Issue 2)

• 2020-21(volume 4/Issue 1)