Kunal Ghosh

About Kunal Ghosh

At VLSI System Design, our mission is to equip professionals and students with cutting-edge skills in semiconductors and VLSI. With a focus on back-end design, we\'ve created a learning hub using open-source EDA tools that mirrors the complexity faced in today\'s chip design industry. Our team has successfully guided over individuals, many of whom have advanced to prominent positions within the sector. Leveraging my previous role at Cadence Design Systems, I\'ve honed my competencies in customer engagement and R&D collaboration, ensuring our educational content remains both practical and industry-aligned. My published works on ECO methodology and design timing closure have solidified our reputation as a cornerstone for professional development in the VLSI community. Sharing this knowledge and seeing our learners thrive as they contribute to technological advancements is what drives us every day.

Experience

1. Co-founder

   Vlsi System Design

   Jan 2017 — Present · Bangalore, IN

   As Co-Founder at VLSI System Design, I have been instrumental in creating and delivering Ed-Tech solutions in semiconductors and VLSI to over 100K+ students and professionals. Through hands-on experiments using open-source EDA tools, I have replicated the complexity of the current chip design industry, preparing individuals for successful careers in leading semiconductor companies. My dedication to nurturing talent in this field has led to numerous placements and advancements in the industry. • Developed and delivered VSD IPs in semiconductors and VLSI• Created Semiconductor Ed-Tech solutions using open-source EDA tools• Helped over 100K+ students and professionals build stronger profiles in the Semiconductors

Education

• IIT Bombay

  MTech

  2007 — 2010

Skills

• Cadence
• Ic
• Static Timing Analysis
• Digital Electronics
• Timing
• Tcl
• Analog
• Semiconductors
• Physical Verification
• Verilog
• Soc
• Vhdl
• Microelectronics
• Very-Large-Scale Integration (Vlsi)
• Hardware Architecture
• Analysis
• Embedded Systems
• Eda
• Electronics
• Low-Power Design
• Arm
• Logic Design
• Rtl Design
• Formal Verification
• Physical Design
• Processors
• Microcontrollers
• Cmos
• Cadence Virtuoso
• Semiconductor Industry
• Vlsi
• Logic Synthesis
• Modelsim
• Timing Closure
• Functional Verification
• Fpga
• Asic
• Digital Signal Processors
• Analog Circuit Design
• Dft