Under Graduate
Electronics Engineering (VLSI Design and Technology)
Overview:
B.Tech. – Electronics Engineering (VLSI Design and Technology) is a 4-year program designed to prepare engineering graduates who have comprehensive knowledge about Integrated circuit designs, which is usually known as chip design. It aims to prepare skilled graduates who know the key aspects of VLSI Design which is required in VLSI domain Industries.Through B.Tech. – Electronics Engineering (VLSI Design and Technology) program, graduates will develop an in-depth understanding of semiconductor devices, VLSI circuit design and verification, FPGA design, and fabrication process, along with hands-on experience with leading EDA (Electronic Design & Automation) tools. The evergreen VLSI domain is for the design and verification of electronics systems and circuits and its applications are found in areas like Communications, Signal & Image Processing, Space Research and Automation Industry.
Focus:
The prime focus is laid on the areas like VLSI system design, verification, Device modeling, RF circuit design, Testing and diagnosis of VLSI circuits, VLSI Signal Processing, Chip packaging, and SOC-based design and verification. The VLSI discipline is for the design and verification of electronics systems and circuits and its applications are found in areas like signal processing, image processing, networks and communication applications, space applications, IC design, Quantum computing, etc. The program enriches the students with fundamental knowledge of electronics engineering with an additional focus on industry standard VLSI courses, which upskill their knowledge to a specialized area and help them to start a career in the core VLSI domain.
Career Prospects:
Learning highly advanced skills like VLSI Design and applying these skills will help students get a job. These transferable in-demand skills are so essential after post-pandemic. ECE (VLSI) offers new career opportunities to its engineers. All of our essential services are now projected to a new level. Use of Embedded system design can be found in every industry, from medicine to manufacturing. An embedded system is a combination of hardware and software that performs a specific task within a specified time frame which means it should perform only one specific task. The main advantage of using an embedded system in an application is that it reduces the size and cost of the task while also improving its reliability and efficiency. Students studying Electronics and Communication Engineering will be able to find jobs in e-commerce by preparing themselves with the necessary skill set.
Industry Partners:
- Mentor Graphics
- Cadence
- Qualcomm
- Intel Technologies
- HCL Corporation
- einfochips
- Texas Instruments
- Synapse Design
- AMD-Xilinx India Technology
- Samsung
- Synopsys
Under Graduate
- B.Tech Artificial Intelligence & Data Science
- B.Tech - Information Technology
- B.Tech - Computer Science and Business System (CSBS)
- B.Tech - Electronics Engineering (VLSI Design and Technology)
- B.Tech - ECE (Advanced Communication Technology)
- B.E - Computer Science Engineering
- B.E - CSE (Cyber Security)
- B.E - CSE (Artificial Intelligence & Machine Learning)
- B.E - Computer Science and Design
- B.E - Electronics & Communication Engineering
- B.E - Electrical & Electronics Engineering
- B.E - Mechanical Engineering
