CHETANSAI LANKA

Dedicated individual thriving on continuous improvement and learning from past mistakes. Committed to making the most of every moment and currently focused on the VLSI industry. Fully engaged in my learning journey, embracing the present and immersing myself in this field to maximize time and derive utmost satisfaction from experiences.

Advanced VLSI Design and Verification Course

Maven Silicon VLSI Design and Training Center, Bengaluru, Karnataka, 23/04/24(In Progress)

• Name :Night Surveillance Drone System
• Programming Languages :(Communication & Networking) JavaScript (Node.js) → For web-based remote monitoring.C → Low-latency networking for real-time video streaming. SQL → Database management for recorded surveillance data.

• Project Description : The Night Surveillance Drone System is designed to provide real-time monitoring and security surveillance in low-light or nighttime conditions. Equipped with infrared (IR) and thermal imaging cameras, AI-powered motion detection, and GPS navigation, the drone enhances security for various applications, including military operations, law enforcement, industrial site monitoring, and private property protection. The project aims to develop an autonomous or semi-autonomous UAV (Unmanned Aerial Vehicle) with advanced data processing capabilities, long battery life, and secure communication systems.

• Name : Traffic Light Controller using Verilog
• HDL : Verilog
• EDA Tools : QuestaSim and ISE
• Description :The Traffic Light Controller using Verilog is a digital system that manages traffic signals based on a finite state machine (FSM). It cycles through three states: Red, Yellow, and Green, each with a fixed timing interval. The controller operates on a clock signal, ensuring smooth transitions between the states. The system is designed to manage the flow of traffic at an intersection, enhancing safety and efficiency. This project uses Verilog to model the logic and a testbench to simulate its operation.
• Responsibilities : The responsibilities include designing the Verilog code for the traffic light controller using FSM logic. Create and run testbenches to simulate and verify the functionality of state transitions and timing. Debug and optimize the design to ensure accurate and efficient performance. Document the design, including specifications, state diagrams, and user guides. Finally, implement the design on hardware (FPGA),if applicable, and ensure proper integration with other systems.

• Honesty
• Learning from mistakes
• Consistency
• Positive attitude

• ENGLISH
• HINDI
• TELUGU

• Traveling
• Photography
• Yoga
• Volunteering

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

                                                                                                                                          (L.CHETANSAI)