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All About VLSI Course



The goal of the VLSI course, also known as “Very Large Scale Integration” Design, is to develop students who are both intellectually and practically adept at designing circuits and semiconductor devices and small-footprint systems with embedded components. The lectures will discuss the process of creating integrated circuits (ICs) by connecting millions of metal oxide silicon (MOS) transistors into a single chip.

Although VLSI Design is frequently taught as a core subject at the postgraduate level, learners can also study it as one of the major subjects in the BTech Electronics and Communication program. The students would be prepared to work in their desired job profile after finishing the VLSI Design course.

The main goal of VLSI Design is to teach students the fundamentals of creating semiconductor systems and devices with embedded components that take up less space.

A large-scale integration (VLSI) process can create an integrated circuit by hoarding millions of MOS (metal-oxide-silicon) transistors on a single chip. Since its beginning, it has gained high popularity in the electronics and engineering sectors. VLSI semiconductors have developed into one of the essential components of manufacturing equipment linked with developing technologies like Industry 4.0 and the Internet of Things in the digital transformation era, plus the rapid advancement of modern technologies (IoT). Get electric repair services san francisco, Ca.

Applications of VLSI

The VLSI technology has quickly adapted to the electronics and telecommunications industries thanks to its ability to integrate several transistors onto a single chip. VLSI circuits are used in microprocessors and chips of electronic devices, including computers, digital cameras, cell phones, camcorders, workstations, graphic cards, etc.

The automotive sector concentrates on the continued development of electric vehicles, which primarily rely on VLSI technology for chip architecture and design, ensuring more significant performance and power consumption.

The VLSI Design course takes four years to complete for undergraduate courses. The postgraduate studies last for two years.

VLSI Design: Eligibility Criteria

A minimum of 50% on the 12th-grade qualifying exam is the baseline requirement for VLSI Design (UG) eligibility. Students should have a BTech degree with the relevant concentration to enrol in a PG course.

Students must fulfil the eligibility requirements set forth by the college/institutes to be admitted into the VLSI Design courses. The fundamental eligibility requirements are listed here, but they may change depending on the college or institute to which the student is applying.

Postgraduate (PG) Eligibility Requirements for VLSI Design

Students must have successfully finished their undergraduate studies in BTech (ECE/CS/IT/EE/IN) with a minimum cumulative grade point average of 55%. For admission to different colleges, applicants must take and pass entrance exams.

VLSI Design Undergraduate (UG) Eligibility Criteria

must have passed the qualifying exam for the 12th standard from an accredited board. The students must have passed the qualifying exam with at least 50% of the possible points. The students must pass an entrance exam for the college of their choosing.

VLSI Design Specializations Available

The following are some of the specialities available in the VLSI Design course:

  • Digital System Synthesis and Verification
  • NANO Electronic
  • Genetic Algorithms

The leading recruiters for VLSI Design are Microsoft, HCL, Google, Cisco, Indian Railways, NTPC, and more.


The semiconductor industry and VLSI technology have a promising future; their widespread use and benefits in electronic equipment have ensured significant future development.