N.SYAM KUMAR

I have completed my graduation in the Bachelor of Technology (B.Tech) degree stream of ECE. As a fresher, I am eager to apply my theoretical knowledge and practical experience to solve complex problems and work collaboratively in a team environment.

• Python Online Programme - APSSDC-2021
• Softskills - RUBICON-2021
• Power Programmer - INFOSYS-2022
• Azile Methodology - COGNIZANT-2022
• Python - PREPINSTA -2023

Date of Birth: 05/08/2002

I participated in a workshop by APSSDC conducted in college

I participated in seminar on Android Applications 

Conducted a webinar on IOT applications in college 

I was elected captain to the cricket team in college

TITLE: OTP-based Based wireless Locking

Position: Team leader

Duration: Five Months

Description: In this project, we made a smart OTP-based locking system. This smart lock can generate a new password every time you unlock it, which further enhances your security level. This new device is much safer than the traditional key-based system and electronic wireless lock system. If you are still using the key-based system, you are likely to land in big trouble if your key gets lost or stolen. For your safety and security, we bring to you a DIY smart lock that has the capability to remove all these security threats and problems.

TITLE: Smart Assistance and Surveillance

Position: Team leader

Duration: Five months

Description: This project demonstrates a simple home automation system that allows the user to control it with a wireless device such as a Wi-Fi or Bluetooth-enabled mobile phone. A desktop PC is used to run the server software. The system allows the user to control each of the lights and fans individually. It can automatically turn off the main lights and turn on a night lamp at a specified time. By measuring the signal strength, it can detect when the user enters a room and automatically turn on the light and fans, and then automatically turn them off when the user leaves the room. The aim of the project is to design and construct a home automation system that will remotely switch on or off any household appliances connected to it using a microcontroller, voice dial on a phone, or a Bluetooth-based Android application.