DONTHI REDDY KAVYA

A final-year Electronics and Communication Engineering student at IIIT RGUKT, RK Valley, seeking an opportunity to apply my technical knowledge, problem-solving skills, and eagerness to learn in a dynamic work environment. Motivated to contribute effectively to organizational goals while gaining practical industry experience.

• FPGA Based VLSI Design Workshop, Gained hands-on experience in designing combinational, sequential circuits and Digital clock on FPGA boards.
• EDX-Analog Electronics
• Certificate of Excellence in FPGA-Based VLSI Design, As a part of Industrial hands-on training - SSIT
• Certificate of Completion, 2-weeks offline industrial hands-on training held at VVIT University-Nambur
• NPTEL ONLINE CERTIFICATES, SILVER : VLSI Physical Design with Timing Analysis, IIT Roorkee, SILVER : Understanding Incubation and Entrepreneurship, IIT Bombay

• Secured Topped the class place in FPGA-BASED VLSI as a part of industrial Hands-on Training Program 2025 held at VVIT University, Nambur
• Qualified for NMMS(NATIONAL MEANS-CUM-MERIT SCHOLARSHIP)

FPGA-BASED SMART PARKING MANAGEMENT SYSTEM WITH DISPLAY MODULE | Xilinx Vivado

• Developed a Smart Parking System using Verilog HDL on the Artix-7 FPGA platform to monitor real-time vehicle entry,
  exit, and individual slot availability. The system uses IR sensors to detect vehicle presence at each parking slot and at
  the entry/exit points. Occupancy status is dynamically displayed on a 16x2 LCD, while entry/exit directions and
  available slots are indicated through a 7-segment display. The design ensures efficient space utilization and provides a
  hardware-level solution for automated parking management.

DIGITAL CLOCK USING FPGA(Field-Programmable Gate Array) | Using Spartan-6 board

• Designed and implemented a Digital Clock using an FPGA to display real-time minutes, seconds.Developed the system
  using Verilog and simulated it in ISE for verification. A 7-segment display for output visualization.

REAL-TIME TEMPERATURE AND HUMIDITY MONITORING SYSTEM | ESP-IDF

• Designed a real-time monitoring system using the ESP32 microcontroller and DHT22 sensor to measure ambient
  temperature and humidity. Developed using the ESP-IDF framework, the system continuously reads sensor data and
  checks for threshold breaches. When limits are exceeded, it securely sends automated email alerts via the SMTP protocol
  using TLS encryption. Ideal for smart home, agricultural, and industrial environment monitoring.

• FPGA-Based Smart Parking Management System with Real-Time Slot Monitoring and Entry/Exit Detection,
  International Journal of Engineering Research & Technology (IJERT), Vol. 14, Issue 07, July 2025.
  Available at: ijert.org/SmartParking

CO-ORDINATOR of COMPETITIVE EXAMS CLUB

• Organizing study groups and Sessions,Planning events and activities.

I hereby declare that the above information is to the best of my knowledge and belief.