Projects & Research work

• Idea description

We will explore the impact of titanium dioxide in paints and its role in enhancing wall performance.  We will delve into its properties,  benefits, and applications in the paint  industry. Generally, we see in case of wall paints, paint get removed in less time if there is some changes like weathering effect, regional effect etcetera. By considering this problem we are in search of materials that can be used as a paint for coating the walls and that must be economical and easy to handle.

• • Other Contributors

1. Prof. Anil Kumar Chhotu (Asst. Prof., Dept. of Civil Engineering)

2. Chhotu Kumar

3. Sunil Kumar

4. Prince Kumar

5. Adarsh Kumar Sharma

As per WHO report, air pollution is responsible for more than 7 million premature death each year. Increasing day by day pollution include exhaust fumes from large factories, burning coal in furnaces, car exhaust fumes etcetera. These all are the biggest cause of smog and the source of air pollution. Specially we talk about cement industry. In 2022, the cement industry emitted 1.6 billion metric tons of CO2. That is responsible for about 5% of global carbon dioxide (CO2) emissions. This research focuses about the smog mitigation. Some of other country like Italy and Mexico working on Smoke eating building concept. Smog-eating buildings are made to absorb pollutants from the air, thereby assisting in the reduction of air pollution in metropolitan areas. Photocatalytically treated materials are used in the construction of these buildings. When this type of building surface is exposed to sunshine, contaminants are broken down into less dangerous elements like water and carbon dioxide. Nanosilver, titanium dioxide, nano-copper, nanoplatin, zirconium dioxide, zinc dioxide, graphene, nanotubes and carbon nanofibers are among the most widely used Photocatalytically treated materials. One of the most commonly used nano additives is nanoTiO2, which has specific physical and chemical properties. The use of photocatalytic technology is closely linked with the campaign for Sustainable Development. The research discusses the photocatalytic properties of titanium dioxide. The test results of TioCem (contains nanosized titanium dioxide) CEM II/A-S 42.5 cement and Portland CEM I 42.5 cement based on experiments performed with bars made of standardized mortar are presented. The results offer insights into the potential of incorporating such technologies into the cement industry, aligning with the broader campaign for Sustainable Development. The findings aim to contribute to the ongoing discourse surrounding sustainable urban development and inspire further exploration and implementation of Smog-Eating Buildings in the Indian context.

This research explores the positive impact of installing flex banners for advertising on walls, considering both structural and aesthetic aspects. Additionally, it investigates the protective role of banners against weathering and its implications for wall preservation. Banners act as barriers against rain, wind, and sunlight, preventing erosion, water-related damage, and UV radiation effects. This protective measure extends wall lifespan, minimizing repair needs. The economic benefit lies in reduced maintenance costs and prolonged wall life, making it a cost-effective solution. Weather-resistant banners also contribute to sustainable practices by minimizing environmental impacts associated with frequent repairs or replacements. This research sheds light on the multifaceted benefits of flex banners, emphasizing their positive impact on both structural longevity and environmental sustainability in the context of civil engineering. The installation of banners that serve a protective function can have significant positive impacts on walls, particularly in terms of shielding them from weathering. This protective role contributes to the preservation of the structural integrity and aesthetic appearance of walls, offering various benefits. Prolonged exposure to sunlight can cause the fading and discoloration of wall surfaces. UV-resistant banners mitigate these effects, preserving the original colours and finishes of the wall. This not only maintains the aesthetic appeal of the wall but also prevents the need for repainting or other cosmetic interventions. In conclusion, banners that protect walls from weathering offer a range of positive impacts. From preserving the structural integrity of the wall to maintaining aesthetic appeal, reducing maintenance costs, and promoting sustainability, these protective measures play a crucial role in enhancing the overall resilience and longevity of built structures.

• Abstract

Press Releases from the Press Information Bureau (PIB) are in the form of text. And we all know the attention span of a person is reducing day by day. It is being hard to engage the public in informative way. Just because of lack of information we can’t raise in meaningful way. So it is necessary to reach out the news from PIB among all. Apart from time limitation the other reason for less involvement is linguistic issues or uneducated. So engage in a meaningful way we will provide a automated cartoonish video from press note. So going to develop such software through that any press release published on PIB sites it will automate convert into video format. The software is just work as a website extension. So that one can easily access the news or information. Additionally, provide a feature for multilingual translation i.e., in 13 local languages. For this it will automate the whole process in 6 phase. First will take press release from PIB using web scrapper, second phase convert it into AI generated images, in third phase text converted into audios, in fourth all these get merge to form videos, in fifth phase it will automatically legally verify and in final phase generated video will go for approval to the concerned PIB officer and then publicly available.

Other Contributors:

1. Prof. Pratik Ranjan (Asst. Professor, Dept. of CSE, MCE Motihari)

2. Utsav Raj 

3. Ritik Raj Sahani

4. Aman Keshari

5. Kajal Kumari

6. Vaishnavi Kumari

• Introduction

The heart disease prediction project is a healthcare project aimed at predicting the likelihood of an individual developing heart disease. Heart disease, also known as cardiovascular disease, is a common and potentially fatal condition that affects the heart and blood vessels. The project utilizes machine learning algorithms to analyse data from various sources, such as electronic health records, medical history, lifestyle factors, and genetic markers, to predict the likelihood of heart disease in an individual. The project also aims to identify the risk factors that contribute to heart disease and provide personalised recommendations for preventative measures and lifestyle modifications.The prediction model is designed to be accurate, efficient, and user-friendly, allowing healthcare professionals to make informed decisions and improve patient outcomes. The project is expected to have a significant impact on the prevention and management of heart disease, which is a leading cause of death worldwide.

• Contributor

  • Prof. (Dr.) Md. Tabrez (Asst. Prof. Dept. of EE, MCE Motihari)

• Introduction

In the 21st century, EVs have seen a resurgence due to technological developments, an increased focus on renewable energy, and the potential reduction of transportation's impact on climate change and other environmental issues. Project Drawdown describes electric vehicles as one of the 100 best contemporary solutions for addressing climate change.

• Abstract

With time, many things are changing in the business world. But even today, there is no way that people buy any goods like clothes, etc. and they should fit perfectly on their bodies and feel good from home or without going out. Keeping this in mind, I am envisioning a “Virtual products Market”.  where every useful items and everything else will be available.  With the help of the Internet, people can instantly wear them in a virtual way by looking at their device and see whether it is fit and attractive for them or not.  For this, I will start with some products in the beginning.

If a new company provides this type of facility to its customers, then the customers will be very satisfied.  second is that each company should put its product details in that virtual product market.  And the software of that virtual market should have such a feature that it makes people feel like a virtual customer by taking information like height, arm-length-thickness, leg-length thickness, abdominal thickness, chest thickness, etc.  If it is a garment, then wear it yourself and check it.  By doing this, people can conveniently buy goods sitting at home.  There will also be a significant increase in the purchase of goods, which will benefit the company and due to selling more, the company can also reduce the value of the goods.

It's brand new, so there won't be any restrictions right now.  If we talk about profit, then if this happens then people will do stuff only and only from virtual products market because it will save a lot of time of people and in just few minutes we will be able to compare price with other company's product also.  The demand for software engineers will also increase in large quantities, due to which many people will get employment.

• Contributors
  Shivam Kumar Chaudhary

Raushan Kumar1, Abhishek Kumar2, Pratik Ranjan3, Manish Pratap Singh4

1Student (B.Tech), Dept. of Civil Engineering, Motihari College of Engineering, Motihari, Bihar, India.    

Email: rkisonline72@gmail.com 

2,4Assistant Professor, Dept. of Civil Engineering, Motihari College of Engineering, Motihari, Bihar, India.

Email: abhimce11@gmail.com Email: er.manishpratap@gmail.com

3Assistant Professor, Dept. of Computer Science and Engineering, Motihari College of Engineering, Motihari, Bihar, India. 

Email: dr.pratik.ranjan@gmail.com

• Abstract

Most of the students at Motihari College of Engineering, GEC (Government Engineering College) Sheohar and GEC West Champaran rely on college transport to reach college. For this purpose, two buses have been provided by MCE (Motihari College of Engineering), Motihari. Currently, the buses run from Town Hall Motihari and Hospital road Motihari to the college campus. Sometimes students miss their bus due to incorrect timing and there has always been a need for an application which could properly locate the movement of Bus and prevent the students from missing their college and unnecessary skipping of classes. Due to lack of correct information about the bus movement students cannot benefit from the transport service provided by the college, and most of the time the bus arrives at college with less number of students, sometimes only 8 to 10 students come to college in such a big bus. All the students who stay outside the college campus could not avail themselves of the bus facility where the resources are not being properly utilised. In everyday hustle and bustle, the creation of this app was necessary to solve the problem of college going students. As a result this application “Bus Locator App” has been developed to track the proper location and correct timings of bus through the use of GPS (Global Positioning System) technology. Through this app each and every student availing the bus service will receive information about the real time of bus departure and reaching their stops. Apart from this, I also include a smart notification that will be sent to the users mobile through the app that the bus is going to open after 5 minutes automatically.

• ABSTRACT

Landslides are the movement of rocks from one place to another due to the force of gravity.  It is caused by heavy rains, earthquakes, volcanic eruptions, etcetera.  It is the third globally deadliest disaster.  About 400 billion dollars are spent annually in its management.  Western Himalayan region of the country (respective states, Himachal Pradesh, Jammu and Kashmir, Uttar Pradesh, Uttarakhand).  Apart from this, there are landslide areas in Eastern Region, North East Region, Nilgiris, Naga-Arakan Mountain Belt, Meghalaya Plateau etc.  India is considered to be the deadliest landslide country in the world. This research paper is about such a device which will alert the driver before the landslide or rockslide. So that he could run away to save his life.  With the help of this device, the driver of vehicles in hilly areas can get information few minutes or few seconds before about the situation before the landslide, such as a stone sliding and falling the rocks on their vehicle, also the driver can see the information immediately on the screen from the transmitter and receiver installed in the sensor of the device. Hence it is possible that we can save the lives of the driver and the passengers sitting in the vehicles.

Contributors:

1. Prof. Anil Kumar Chhotu

2. Aman Kumar

3. Deepak Kumar

4. Shivam Kumar

• Introduction

In our daily lives, we don’t know when and where we get stuck on the road, we don’t know where we are and we also won’t be able to find the nearest mechanic location. This project targets to develop an Android Application that will help the user to register by installing the application and get access to the nearest mechanics location and contact him personally. Thus we developed an application which goes hand in hand with the new age technology and characterises–User friendly, Informativeness and Time saving.

• Contributor

Deepak Kumar