Thirupathi Reddy Puchakayala
Advance Vlsi Design & Verification Trainee @Maven Silicon
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WORK HISTORY
Advance Vlsi Design & Verification Trainee @Maven Silicon
Bengaluru, IN
Underwent intensive training in Advanced VLSI Design and Verification with hands-on exposure to industry-standard methodologies. Strengthened expertise in RTL Design, Verilog, SystemVerilog, and UVM, along with proficiency in Linux scripting and Perl for automation. Gained deep understanding of Design Entry, Simulation, Synthesis, and Functional Verification flows.As part of the program, successfully executed the project “Design and Implementation of a 1x3 Router”, involving RTL coding, synthesis, FPGA deployment, and verification using custom testbenches. Applied FSM-based design, FIFO buffering, and coverage-driven verification techniques to ensure functional accuracy and robustness.This role significantly enhanced my front-end VLSI design and verification skills, preparing me for real-world SoC/ASIC development and verification challenges
EDUCATION
Jyothishmathi Institute of Technology and Science
Bachelor of Technology, Electronics and Communications Engineering
Jyothishmathi Institute of Technology and Science
Diploma in Engineering, Electronics and Communication Engineering
Telangana Model School, Nagasamudrala
Secondary level vocational course, Fashion/Apparel Design
Telangana Model School, Nagasamudrala
Secondary Education
Jyothishmathi Institute of Technology and Science
B.Tech (Minor Degree), Artifical Intelligence and Machine Learning
ABOUT THIRUPATHI REDDY PUCHAKAYALA
About MeI am an aspiring VLSI design engineer with a strong foundation in digital and analog circuit design, hardware description languages, and system-on-chip (SoC) development. My academic background has provided me with both theoretical knowledge and practical experience, preparing me to contribute to the ever-evolving semiconductor and embedded systems industry.I have hands-on experience with Python, MATLAB, IoT, and Verilog, which allows me to analyze, simulate, and develop efficient hardware designs. Additionally, my understanding of Machine Learning fundamentals enables me to explore AI-driven hardware accelerators, predictive modeling in semiconductor manufacturing, and intelligent embedded systems.I am deeply passionate about chip design, FPGA/ASIC development, RTL coding, and low-power VLSI techniques, with a strong focus on optimizing power, performance, and area (PPA) for next-generation semiconductor technologies. My goal is to contribute to cutting-edge innovations in VLSI, embedded systems, and IoT, developing high-performance and energy-efficient hardware solutions.Technical Skills & Expertise: VLSI Design & Verification – RTL coding, simulation, synthesis, and testing for ASIC/FPGA systems. Hardware Description Languages (HDL) – Proficient in Verilog for digital circuit design and verification. Programming & Simulation – Skilled in Python, MATLAB, and other simulation tools for circuit analysis. IoT & Embedded Systems – Experience with sensor integration, microcontrollers, and real-time system design. Machine Learning in Hardware – Understanding of ML algorithms, neural networks, and AI-driven hardware acceleration. Digital & Analog Electronics – Strong grasp of semiconductor physics, logic gates, and low-power design techniques.My Vision & GoalsI aim to work in VLSI design, FPGA/ASIC development, and embedded systems engineering, contributing to next-generation high-performance, power-efficient chip designs. I am particularly interested in AI accelerators, IoT edge computing, and semiconductor innovation.Let’s Connect!I am actively seeking opportunities in VLSI, semiconductor design, and embedded systems engineering. If you\'re working on exciting projects in chip design, SoC development, or hardware acceleration, I’d love to collaborate and exchange ideas. Let’s innovate together!
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