Bachelor of Technology (B.Tech.) in VLSI Engineering

VLSI or Very Large Scale Integration is all about the Integrated circuit designs, which is commonly known as chip design. For pursuing VLSI engineering, it is necessary to comprehend the jobs and growth opportunities in this domain or field. VLSI engineering course is highly technical, and it is based on electronic engineering. The candidates pursuing this engineering course need to have an electronic engineering background to better understand the semiconductor industries as it requires B.Tech, B.E, and B.S in EEE or ECE as a compulsory qualification. VLSI engineering is considered to be a lucrative domain that is automation resistant. Computer science or IT engineers can also try for some specific jobs under this domain with good software programming and digital fundamentals skills. The core factors that will be provided to the students from this course are

Since the VLSI engineering domain is highly technical and digital, the aspirants who have passed their 12th standard need to sit for the engineering entrance examinations and obtain 50% satisfactory marks in the pure science subjects that comprise chemistry, math, and physics from a recognizable board. The candidates that have passed the entrance examination will be qualified for their bachelor's degree in engineering. For pursuing VLSI engineering, the students must have their B.E or B.Tech or B.S certificate in electronics or IT 

ad have a vivid knowledge of digital electronics and digital circuits, software programming, and digital fundamentals.

Various advantages are associated with VLSI engineering like the job flow is good with a good salary. VLSI experts have the top and best companies to recruit them, like Taxes Instruments, Samsung, Intel, Qualcomm, etc. The scope of a VLSI engineer is in high demand; therefore, the engineers are highly paid with a handsome salary and high living standards.

Course fees structure associated with VLSI Engineering

There are numerous job opportunities for VLSI engineers in the semiconductor industry. The engineer needs to know their strengths and personal attributes for choosing the right suitable job.

The job opportunities include:

In this domain, the VLSI engineer is mainly responsible for the design implementation. The engineer needs to be technically sound and have high interpersonal skills with good communication for conveying ideas. As a design engineer, the suitable jobs are AMS designer, Library developer, or DFT engineer. 

In this domain, the engineer is responsible for verifying the designs and ensuring that it works properly. More than 70% of the job are in the verification department. The engineer needs to have good knowledge and skills in software programming, coding, and scripting. The jobs position is suitable for production validation of EDA tools, Emulation validation, modeling the designs, etc. 

This job role entails the engineer with responsibility for managing the EDA tools and license. EDA tools and developing workflow are also a part of the job of a VLSI engineer. 

The responsibility under this domain is for the interface between the customer and R&D. this job demands high interpersonal skills, communication, and well technical knowledge. Job positions suitable are Field application engineer, Application consultant, Corporate Application engineer. 

The Bachelor's degree in VLSI engineering course is a four-year engineering course in which the qualified students will be provided adequate skills and knowledge and training on technical and digital domains.