Paper 1:

Paper Title: Research facility Training and Workshop on Metal 3D printing with Smart Materials

Author's name: Velmurugan C, Vijaya Kumar P

Paper Title: Research facility Training and Workshop on Metal 3D printing with Smart Materials

Author's name: Velmurugan C, Vijaya Kumar P

This article deliberates the emerging trends on metal 3D printing and smart materials discussed in a technical program designed for the researchers. This initiative is sponsored by the Science and Engineering Research Board under the Department of Science and Technology of the Government of India, as part of project’s Scientific Social Responsibility. The metal 3D printing is an advanced technology allowing precise and efficient fabrication of intricate metal components. However, the adoption of this technology among new researchers has been hindered by limited awareness and high cost of the equipment compared to traditional manufacturing techniques. To address these challenges, the experiments were conducted using a customized metal 3D printer to enable the fabrication of metallic parts. The practice focused on Fused Deposition Modeling, a technique falling under the Material Extrusion category in Additive Manufacturing. The results of the practice successfully achieved its primary goal as the simple and intricate metallic parts can be fabricated using fused deposition process with accurate dimensions and meets other specified parameters.

Download the paper 

Paper Title: An IoT-Integrated Road Cleaning Machine for Enhanced Urban Hygiene

Author's name: Arul Raj Kumaravel, Narmatha Deenadayalan, Bashira Alli Majaja, Daniel Kassanda, David Mgongo

The rapid advancement of science and technology has given rise to a multitude of new inventions and innovations. Among these, the Internet of Things (IoT) stands out as a promising avenue for addressing the growing demand for highly automated systems with exceptional efficiency. This study is focused on the design and fabrication of an automated road cleaning machine, which will be thoroughly evaluated for its real-time performance. The road cleaning IoT machine has been purposefully engineered to efficiently and effectively clean roads through the application of IoT technologies. The machine is equipped with a powerful vacuum cleaner capable of effectively removing debris, such as tree leaves, papers, and sand dusts, from the road surface. One of the key features of this device is the integration of IoT sensors and cameras, enabling real-time monitoring and control of the machine's performance. Through this advanced system, operators can closely monitor its operations and make necessary adjustments as needed. The road cleaning machine represents a significant and noteworthy innovation in the realm of road cleaning, offering an effective, safe, and environmentally friendly solution for keeping roads clean and safe. By leveraging cutting-edge technology, this machine aims to revolutionize the way roads are maintained, providing a cleaner and safer environment for everyone.

Download the paper 

Paper 1:

Paper Title: Advanced Protection of Farmland from Wild Animals using Raspberry Pi

Author's name: Mariaraja Paramasivam, Arun Selvaraj, Kuppuswamy Avinashilingam

 

Paper 2:

Paper Title: Reliability Assessment and Proposing Possible Solutions for Wolayta Power Distribution System

Author's name: Amanuel Desta, Mary Raja Slochanal Soosai

 

Paper 3:

Paper Title: ENHANCING SECURE TRANSFER AND MANAGEMENT OF PROPERTY OWNERSHIP WITH CRYPTO SYSTEM IN BLOCKCHAIN

Author's name: G.Mahalakshmi, E.Uma and Midhunadharshini G

 

Paper 4:

Paper Title: Tanzania Energy Resources-An Overview

Author's name: Mary Raja Slochanal Soosai, Mahendran Ganesan, Sivaganesh Ramalingam, Joseph Sengoal

 

Paper 5:

Paper Title: Comprehensive Review on Revolutionizing Earth Observation from the Stratosphere using Balloon Satellites

Author's name: Arul Raj Kumaravel, Narmatha Deenadayalan, Arockia Jayadhas, Joseph Sengol, Netsory Ntenganija

 

Paper 6:

Paper Title: Revolutionary Exploration: Unleashing the Power of Rice Bran Oil Biodiesel in Compression Ignition Diesel Engines

Author's name:  Arul Raj Kumaravel, Narmatha Deenadayalan, Sundar Vettum Perumal, Andrew.H Sadallah

 

Paper 7:

Paper Title: Simulink Based Modelling and Simulation of Solar Power Generation with Grid Interconnection System Using Matlab for Home Appliances

Author's name: Narmatha Deenadayalan, Arul Raj Kumaravel,Prabhakaran Narayanan, Sridhar Antoniraj, Rahimu K.Hassan

 

Paper 8:

Paper Title: Enhanced Solar Cooker with Automatic Sun Tracking and Vacuum Insulated Cooking Chamber

Author's name: Arul Raj Kumaravel, Narmatha Deenadayalan, Sundar Vettum Perumal, Amaan Akhthar Mohamed, Said Mbarak Said

 

Paper 9:

Paper Title: An IoT-Integrated Road Cleaning Machine for Enhanced Urban Hygiene

Author's name: Arul Raj Kumaravel, Narmatha Deenadayalan, Bashira Alli Majaja, Daniel Kassanda, David Mgongo

 

Paper Title: Enhanced Solar Cooker with Automatic Sun Tracking and Vacuum Insulated Cooking Chamber

Author's name: Arul Raj Kumaravel, Narmatha Deenadayalan, Sundar Vettum Perumal, Amaan Akhthar Mohamed, Said Mbarak Said

This project proposes an innovative solar cooker design that integrates a microcontroller, potentiometer, and motor to efficiently harness solar energy for cooking purposes. The system intelligently tracks the sun's movement using an Arduino-based application, enabling the reflective panel to optimize solar exposure throughout the day. Inside the cooking chamber, the cooking tray receives consistent illumination from the reflective panel, which is connected to an outer ring of bearings and gears. The unique cylindrical shape of the chamber ensures that the reflected rays are evenly distributed along two lines, minimizing the risk of accidental burns from concentrated focal points. To further enhance the system, Light Dependent Resistors (LDRs) are employed for automatic sun tracking. These sensors provide real-time feedback on sunlight intensity, allowing the solar cooker to automatically adjust its position for optimal alignment with the sun's position throughout the day. Additionally, the use of a transparent vacuum flask surrounding the cooking chamber enables the system to reach higher cooking temperatures and retain heat for extended periods, ensuring the cooked food remains warm. By combining these cutting-edge features, the solar cooker delivers exceptional efficiency, safety, and user-friendliness. The implementation of sun tracking technology and vacuum insulation significantly improves cooking performance, making it a sustainable and practical solution for preparing meals using renewable solar energy.

Download the paper