Makeathon 2.0

2nd

October 2021, skill development and incubation centre

Jawaharlal Nehru Technological University Anantapur

Position Prize

amount in

Rupees

Team ID Title

Winner 10,000 35 Smart Garbage Sustentation System

Runner 8000 44 Piezo Electricity Power Generation

3 6000 27 Automation of Grievance Registration

4 3000 51 Weaponbot

5 3000 53 Electric scooter with automatic charging

system

6 3000 4 BRAZO

7 3000 18 Smart IOT sprinkler

8 3000 30 SELF healing Concrete

Secured: 1stPrize

Title of the Project: SMART GARBAGE SUSTENTAION SYSTEM

Team Members:

M.MaheshSwamy-18BF1A0265

R.Bhavya Chowdhary-18BF1A0285

N.Saini-18BF1A0273

T.Shakthi Chaitanya -18BF1A02A4

Abstract:

In recent years collection and segregation of waste is the main challenge faced worldwide due

to improper waste management. So, an autonomous low-cost compact device provides collection,

detection, segregation and management of solid waste. Our smart garbage system consists of sensors,

thermo electric generator, GSM module using IOT interface, microcontroller.

Based on trash type the components are separated using sensors. The GSM module is built to

show the status through IOT interface to the concern person. The total mechanism divided in to four

phases. In Phase one the garbage is collected and in phase two by using different sensors we

segregate the garbage or trash. Here metallic waste, plastic, glass, wet waste is separated. In phase

three we detect the level of the garbage and by using the GSM module we can send the alert signals

when the garbage levels are full in the bins. In Phase four by using collected garbage, can generate

the electricity by using the thermo electric generator and finally these components are integrated in

portable kit.

It is commercially feasible and can be used in public places like office buildings, schools,

stores, apartments; industries etc. can add the features according to future demand.

Fabrication cost of the product is Rs18, 000.

Title of the Project: PIEZOELECTRICITY POWER GENERATION

Team Members: Secured: 2nd

Prize

U.Jagadeesh

19001D3208

M.TECH(Energy Systems)

Abstract:

Due to energy crisis and shortfall of electricity in our country,

conventional sources are unable to fulfil the domestic requirements and the alternatives used

in the form of generators which create smoke and noise pollution. Harvesting mechanical

energy from human movement is an appropriate approach for acquiring environment-friendly

electrical energy. Common energy generation methods are pressure, heat and vibration. This

technology is based on a principle called the piezoelectric effect, in which certain materials

have the ability to build up an electrical charge from having pressure and strain applied to

them. Piezoelectricity refers to the ability of some materials to generate an electric potential

in response to applied pressure.

The system generates direct current using piezoelectric sensors (DC). The system uses

a non-conventional method to generate electrical power by using piezoelectric sensors to

detect footsteps, and the energy from the piezoelectric sensors is used to charge the battery.

This battery power is used to charge mobile phones and power automatic street lights. This

DC voltage is converted to AC voltage for AC loads using an inverter. Using this method, we

were able to use piezo energy to power both AC and DC loads.

Title of the Project: Automation of Grievance Registration

Team Members: Secured: 3rd

Prize

G Sidharth

T R Abijeeth Vasra

M Arun Kalyan

Abstract:

The existing public grievance management in our country involves a lot of

manual labour and there exist a lot of perplexities in finding the appropriate category of

grievance it belongs to and in ensuring the originality of the grievance itself. Our project is

to reduce the complexity of classifying the grievances in an automated way by using image

classification and to make it more compatible by implementing the Machine Learning

classifier module in an android mobile application.

To develop a mobile application that uses

deep learning (Image Classification) module and maps to classify the grievance and fetch

the user location and upload to corresponding department and to provide data visualization.

Title of the Project: WEAPONOBOT

Secured: 4th

Prize

Team members:

K. Vamsikrishna- 18BF1A0348

B.Jyothi Krishna Prakash- 18BF1A0309

K. JyothiSwaroop-18BF1A0344

D.Munilokesh-18BF1A0317

K. Vishnu Vardhan -18BF1A0347

ABSTRACT

In the recent times, new technologies are replacing human effort with robots. The idea to

replace the armed military, in the regions where the geographical and climatical conditions are

difficult to deploy the military, is a high demanding area of research in theseregions, there is a

chance of sudden invasion of enemies, in this situation “WEAPONOBOT” can act as a surveillance

system with the advanced features of on-board camera, rescue operation, and respond against the

enemies.

“WEAPONOBOT” is an Unmanned Ground Vehicle (UGV) that is compatible with all-terrain

and combat regions. It can be controlled remotely far from the base control station. The real-time

parameters from the robot surrounding such as status of the robot, and the live feed can be transferred

to the base control. This robot (UGV) can be operated with the help of a remote system from a

nearby base station and the data is transferred by using telemetry.

This robot is robust andis capable of carrying injured soldiers It's assembly/disassembly can

be done easily within short period of time and embedding of electronics/hardware is simple.

The fabrication cost of this robot is approximately 50 thousand rupees.

Title of the Project: Electric scooter with automatic charging system

Team Members: Secured: 5th

Prize

SHAIK MAHAMMAD SUHEL(184G5A0314)

K VAMSI KRISHNA(174G1A03A9)

S RASOOL BASHA(174G1A0371)

Abstract:

Project is electric scooter with automatic charging system its aim is to increase

the efficiency of the electric bikes. To increase the efficiency added a hub dynamo in the

front wheel of the bike, while running the bike hub dynamo helps to converts the rotational

energy into electrical energy and it is transfer to battery.

Main objective of the project is to increase the “efficiency” of

bike and to provide an alternate solution for fuel problem and to reduce the pollution

caused by the non conventional fuels.

Title of the Project: BRAZO

Team Members: Secured: 6th

Prize

C.V.S Dhakshith

K.Charitha sree pillai

T.S.Afan

M.Bhavagna

E.Gayathri

Abstract:

Brazo is a robotic arm, moreover like a rover, which can perform basic operations. It

has 4 dof and mounted with wheels for mobility. The purpose of using robotic arm is reducing errors

and human efforts. Robotic arms are programmed to execute a specific task or job quickly and

efficiently. The main objective of the project is to build a wireless robot for basic application. It

improves production capacity.

Secured: 7th

Prize

Project Title : SMART IOT SPRINKLER

Team Members:

KambalaNitheesh Kumar - 18BF1A0547

DasarirajuSumanth - 18BF1A0531

K Jaffer Sadiq - 18BF1A0544

S A Balaji- 18BF1A05E2

About The Project:

The technology of IoT has the potential to be limitless. Advances to the industrial internet

will be accelerated through increased network agility, capacity to deploy, automate and secure

diverse use cases at hyper scale.

Smart IoT Sprinkler is IoT based water sprinkler that can be controlled with the help of a web

app. The project is equipped with a camera and will transmit the video feed to the web application so

that the user can view the environment in which the project is present. The project is implemented

using Raspberry Pi Zero, Python, Flask, HTML, CSS, Bootstrap, and Motor Drivers. The project can

be controlled by the user from anywhere.

Smart IoT Sprinkler is a multipurpose device that can be used as a surveillance device, animal

repellent with the help of a buzzer present on the device, maintaining the lawns, spraying pesticides,

etc. It can be used in agriculture as a pesticide sprinkling device.

Fabrication Cost of this product is: 10000Rs.

Title of the Project: Self healing Concrete

Team Members: Secured: 8th

Prize

Yelluru Sam Moses

Ralla Madhavi

Yandapalli Vijitha Reddy

Karanam Yashaswini

Abstract:

Self healing concrete is a concrete which has ability to repair its own cracks

autogenously. It possess natural autogenously healing properties……..it is also known as “bio

concrete ” or “bacterial concrete “it is specially made to increase the durability of concrete structure

by self healing action. Here comes the necessity of self healing concrete. Instead of using such

complex methods . We can use self healing concrete, which reduces the maintenance cost without

intervention of third person cracks gets healed itself , thereby no skilled labor is required. it increases

durability of concrete.