Naha Arjun Nagaraj

• Managed a team of 5 members in developing an unmanned fuel station prototype.
• Provided a solution for overcrowded man-operated fuel stations to avoid crowds and accidents with an unmanned fuel station prototype.

• Led a team of 3 members to develop the project kit.
• Automatic counter system wherever it finds its application.

• Led a team of 5 members in developing the prototype for the Automatic Street Lamp Control System.
• Automatic Street Lamp Control System for avoiding accidents in the streets in the evening and nighttime.

• Led a team of 4 members in developing and demonstrating the 3 phase induction motor protection system.
• Avoided equipment damage by 75% by implementing the integrated motor protection and monitoring system.

• Led a team of 4 members in developing and demonstrating the advanced and automated smart farming system with Solar PV panels as a power source.
• Avoided manual irrigation in the farming process by implementing the smart farming system which can be operated remotely wherever in the world.
• This proposed project utilizes naturally available solar energy to produce electricity for irrigation purposes and reduces the water losses which is happening in the Irrigation System by adopting the Internet of Things-based micro irrigation method.
• The traditional irrigation methods lead to more water usage than required where manpower is also needed to monitor the field periodically. By using drip irrigation in which the water drops near the plants’ root zone in dripping motion, optimal usage of water is achieved. Measurements and annunciations are made available using sensor units. Indication of all parameters regarding plant (crop) and soil to the farmer reduces the manpower. Solar energy is utilized since it is renewable, inexhaustible, and environmentally pollution free. PV arrays help in enhancing the simplicity of the system as well as reduce the overall cost of the

system. These also help in reducing the dependency on the main energy grid and the electricity bill.

• Assisted a Doctoral Scholar in her research project for the betterment of the same.
• Developed a prototype and simulation for a lab-scale struvite extraction reactor to extract the Struvite salt for fertilizer applications.
• Extracted Struvite salt from the urinal systems of the institution and utilized the extracted struvite salt for fertilizer applications.

Overall performance in Academic, Extracurricular, and involvement in ISTE chapter activities at Arulmurugan Polytechnic College

Overall performance in academic and extracurricular activities at Arulmurugan Polytechnic College.

Phosphorus recovery is indispensable due to the rapid depletion of its natural reserves and excessive utility in agriculture. This study aims to maximize phosphate recovery by optimizing struvite production with an emerging electrocoagulation technique.