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Alumni
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Faculty With Industry Experience
Requirements
The undergraduates, graduates, or postgraduates from below streams can take up the VLSI course and make a career in VLSI Industry. BE/BTech in EEE/ECE or ME/MTech/MS in Electronics.
Also, the eligibility criteria for securing admission for this VLSI course are 60% & more throughout your academics
Opportunity
The industry offers a variety of roles in the semiconductor industry including
RTL Design Engineer
SoC Design Engineer
Digital Design Engineer
SoC
Verification Engineer
AMS
Verification Engineer
Application
Engineer
ASIC
Verification Engineer
FAQs
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Admission
We start accepting applications for this VLSI course after you completed your final year of graduation.
The undergraduates, graduates, or postgraduates from below streams can take up the VLSI course and make a career in VLSI Industry. BE/BTech in EEE/ECE or ME/MTech/MS in Electronics. Also, the eligibility criteria for securing admission for this VLSI course are 60% & more throughout your academics
The eligibility criteria for securing admission for the VLSI course are 60% & more throughout your academics.
Digital Electronics and Basic Electronics are the prerequisite skills required to join this Course.
Career Opportunities
Absolutely! This course gives you the exposure to Front end Design and gets you upskilled on ASIC Design Flow, Digital Electronics or Logic Design, PERL Scripting, Linux, Verilog HDL, SystemVerilog HDVL, Static timing analysis basics, UVM methodologies along with hands-on experience around each subject. Along with that, you also get to work on multiple protocol based and industry standard projects.
Once you complete the VLSI course, you will become a right fit for a variety of roles in the semiconductor industry. RTL Design Engineer | SoC Design Engineer | Digital Design Engineer | SoC Verification Engineer | AMS Verification Engineer | Application Engineer | ASIC Verification Engineer.
The recent trends of VLSI design are more towards System on Chip designs. The scope of front end design verification has also increased from pure functional simulations to Formal verification, FPGA and other Emulation, Hardware and Software Co verification, etc.
With the recent emergence of Artificial intelligence, the Genetic algorithm and it’s implementation towards VLSI Design opens up huge scope for Front end. So there are lots of opportunities for a front end design engineer in IP based design and System on Chip design areas
Basic Electronics, Digital Electronics or Logic Design, Verilog HDL, SystemVerilog HDVL, Static timing analysis , UVM methodologies.
Course Delivery
We train you both on technical and communication skills. Our regular Business communication classes help you to become all ready to crack interviews. We also conduct periodic assessments, weekly knowledge checks and aptitude tests.
Absolutely. We work on imparting blended skills to our trainees. Apart from the technical classes, we have regular Business Communication classes. These classes focus on imbibing confidence, grooming you as professionals and making you ready to express and present yourself in all kinds of interviews
The training at our institute aims to make you industry-ready. For that, we groom our trainees to work for a minimum of eight hours in a day to meet the industry expectations. The entire duration is split into Technical classroom training, Labs and Business Communication training.
The VLSI course has been designed in a very compact manner that covers all the subjects, labs and projects to make you VLSI job-ready candidate. To complete all this before 6 months is difficult. But, If you are aiming for VLSI design-related jobs, you can definitely start applying after your 4th month of training.
Curriculum
Digital Electronics
Learners are able to describe Digital Number System, Logic Gates, Logic Circuits, Counters, Shift Registers, FIFOs, Memories, Arbiters, etc.
Verilog
Learners are able to describe Data Types of Verilog, Operators, Types of Assignments, Timing Control Statements, Branching and Iterative, statements, Tasks and Functions, Design various logic circuits using all type of modelling.
UVM – Universal Verification Methodology
Learners area ble to describe How to build reusable Test, Bench Architecture, Register Modelling, and How to verify complex IPs.
Project
Learners are able to code the entire design and are able to verify it using the verification language and TB Methodologies.
Static Timing Analysis
Learners are able to describe Timing Paths, Skews, Latencies, Setup and Hold Time Calculations, and Methods to Improve Timing
System Verilog
Learners are able to describe OOPs Concepts, Constraint Random, verification, Assertion Based, Verification, Building Test Bench Architecture, and Coverage Modeling
Design Automation Using Python Scripting
Learners are able to describe how they can automate manual repetitive tasks using python scripting language
Personality Development Sessions
Learners can communicate via email. Learners can handle interviews confidently
