Mihir Khatana

Aspiring software engineer with a solid background in database administration, cybersecurity, and programming languages. Looking to use my technical expertise and practical project experience in a fast-paced company where I can support creative software solutions and advance my career.

• Line Tracker Robot, Using line sensors, locate and track a line on the ground. To stay on the line, change course based on sensor data. Use an IR or ultrasonic proximity sensor to identify any obstructions in your way. When the robot senses an obstruction, it stops. After the obstruction is removed, return to line-following. To resume appropriately, when you stop, remember the last known direction.

• Automated Door light system, Detects when someone enters the room using a motion sensor. As soon as motion is detected, the light goes on instantly. By guaranteeing that lights are only on while a room is inhabited, the light automatically switches off after a predetermined amount of time if no motion is detected. This reduces energy consumption. Enables manual control of the lights' on/off state independent of motion detection Arduino, motion-detecting passive infrared (PIR) sensor, To use the microcontroller's low-voltage signal to control a high-voltage light

• Smart Parking Systems, Every parking spot has sensors to determine if it is occupied or empty. The amount of available parking spaces is determined by a central system that gathers data from all sensors. Doors or barrier gates that open on their own when parking spaces become available. When the parking lot is full, it blocks access. Updates on parking availability in real-time. Users receive alerts when the parking lot fills up. Directions to the closest parking spot in the lot that is available Keep track of how many cars have come into and gone out of the parking lot. Gives information on peak hours and parking usage trends. Utilizing an infrared and ultrasonic Raspberry Pi server, data from parking sensors will be gathered and processed.

• Attendance Loggings System, Employs RFID tags that have been given to each instructor and student. When a tag is read by an RFID scanner, attendance is automatically recorded. Saves time and lowers errors caused by manual entry. Available to academics and students with their login credentials. Shows attendance records along with other pertinent data. Safe login process to safeguard user information Students can use the website's registration process to sign up for courses. Instructors are able to control enrollment and manage course registrations. Thorough reporting on teachers' and pupils' attendance. Several formats are available for viewing and downloading reports. Gives information about trends and patterns in attendance. As students scan their RFID tags, real-time updates are made to the attendance data. Teachers can view real-time attendance data. Node modules, MongoDB cloud, and Java script were utilized in this.

• Data and Information Management
• Embedded Systems Development
• Data Structures and Algorithms
• Data Capture Technologies
• Practices for Cyber Security
• Web Designing
• Object Oriented Programming
• Research training and project