VLSI or Very Large Scale Integration in a concept that has caused progress in leaps and bounds in the field of circuit design and hardware design, and currently is the basis for many different forms of advanced technology. The core concept of VLSI involves the combination of thousands or more transistors into a single chip to form a complex, highly functional integrated circuit. It can implement a combination of a processing unit, memory units and other glue logic units into one integrated unit, an example of which is the microprocessor.

VLSI concepts have been the backbone of most of the technological innovations of this day and age, and a career in VLSI can take you to the heights of success. At Focuz Infotech Advanced Education, we provide a VLSI course that is comprehensive, modern, relevant, and can equip you with all the right tools to excel in the world of VLSI.


With over 15 years of experience in providing high quality, industry leading IT and technical education, we at Focuz Infotech Advanced Education have proved our worth by helping thousands start their IT careers and excel in their fields. Our learning environment is conducive to enrich quality education. We encourage regular interactions with industry leading companies to give our students a feel of the real world. Equipped with the latest knowledge, skills and industry experience, our students can launch their careers with great confidence and hunger for success.

With our VLSI course, we have attempted to integrate the core concepts with the latest innovations to design a course that can stand the test of time and give our students the right set of tools to make a great career.

With our VLSI course, you get the know how to develop and implement ideas, along with valuable experience handling industry standard tools like the Xilinx ISE design suite. You also gain important knowledge on domains such as cryptography, image processing, DSP and video broadcasting.

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What You Learn

Our VLSI course includes –
  • Basic and advanced concepts of digital design
  • Verilog/VHDL Language for Coding and Synthesis
  • RTL functional verifications
  • Use of communication protocols
  • FPGA design methodology and design prototyping
  • Altera Quartus
  • Mentor graphics model SIM
  • Implementation using XilinxSPARTAN 3E FPGA Trainer Kit.