To secure a challenging position in the VLSI design and verification domain where I can utilize my skills in transistor-level design, FPGA development using Xilinx tools, and contribute to innovative semiconductor solutions.
Developed an IoT-based system to detect traffic violations, such as signal jumping, using sensors
Integrated license plate recognition (LPR) technology is used to identify vehicles and automatically issue penalties
Implemented a cloud-based database to store violation records, and send real-time alerts to authorities
Designed and simulated sense amplifier-based flip-flops to improve speed and reduce power consumption in high-speed digital circuits
Implemented conditional bridging to dynamically control internal node connections dynamically, optimizing charge-sharing and latency.
Performed transistor-level design in Mentor Graphics, achieving a 15% reduction in delay, and 20% lower power dissipation compared to conventional flip-flops
Conducted a comparative analysis of advanced flip-flop architectures, demonstrating significant reductions in power consumption, and propagation delay for high-performance digital systems
I hereby declare that all the information mentioned above is true and correct to the best of my knowledge
Place: Hyderabad
Signature/E-signature: Shaik Mehnaaz Jabeen