Enthusiastic and organized VLSI engineer with 2 years of experience, passionate about VLSI design, verification, and development. Skilled in SoC/IP verification and eager to contribute and expand expertise across diverse VLSI domains.
Company Overview: A global design services provider for VLSI and embedded software industries.
Project 1: PSG_HSSI_COE: High-Speed Serial Interface (07/2022 – 2023)
Project 2: FED_IP_SHIP_CHIPLET_SOW (03/2022 – 06/2022)
TITLE:Design of Low Power Artificial Hybrid Adder using Neural
Network for energy efficient arithmetic operations:
Description: Developed an energy-efficient hybrid adder using Artificial Neural Networks,
focusing on minimizing energy-delay product (EDP) for arithmetic applications.
Technologies & Tools: FPGA, Xilinx Vivado, Verilog, Neural Networks
TITLE: High-Speed Hybrid-Logic Full Adder Using 10-T XOR-XNOR Cell
Designed a hybrid logic full adder incorporating an optimized XOR-XNOR circuit to improve speed and power efficiency. The approach enhances overall circuit performance, making it suitable for low-power and high-speed arithmetic applications. Simulated and verified using industry-standard tools.
Tools & Technologies Used: Cadence Virtuoso, CMOS Technology(90nm).
Name: Karthik S
D.O.B: 06-12-1998
Gender: Male
Father’s name: Sathyapal Bhandary
Mother’s name: Sharmila Bhandary
Languages Known: English, Kannada, Hindi, Tulu
Nationality: Indian