PrasannaKumar Marripeddi

Highly motivated and technically proficient professional with expertise in Java, JavaScript, and Electronics and Communication Engineering. Driven to leverage software development skills and problem-solving abilities to drive innovation and contribute to the success of an organization. Currently seeking a challenging role to apply knowledge and experience in developing impactful solutions. Goal is to make a significant contribution by utilizing technical expertise and passion for problem-solving.

• Class Coordinator for over two years during my bachelor's, receiving multiple commendations from faculty for leadership and organizational skills.
• Event Organizer for technical and non-technical events at CMR Engineering College, contributing to the successful planning and execution of large-scale events.

• Performance Analysis of 4-Bit Carry Look Ahead Adder Using Footed Quasi Resistance Logic, Designed and analyzed a 4-bit carry look-ahead adder using footed quasi-resistance logic to improve computational speed and power efficiency., Simulated and compared the performance with traditional adders, achieving a significant reduction in delay and power consumption.Utilized VLSI design tools to model the adder, presenting project results at a technical seminar, earning positive feedback for the innovative solution.
• VLSI Implementation of Real-Time Modified Decision-Based Algorithm for Impulse Noise Removal, Developed a modified decision-based algorithm for real-time impulse noise removal in image and signal processing systems., Implemented the algorithm using VLSI techniques, achieving enhanced real-time noise removal capabilities with reduced processing time., Conducted simulations using MATLAB and VLSI tools to validate performance, achieving a significant improvement in Peak Signal-to-Noise Ratio (PSNR)., Demonstrated potential real-world applications, such as medical imaging and video surveillance systems, based on the effectiveness of the algorithm in noisy environments.