VLSI with Verilog: Live and Interactive training with entire focus for hands on practicals.
IBICS - Industry Basics for Integrated Circuit Skills is an ILT (short for Instructor-led Training) programme for that is shaped and directed by the professional instructor for Computer Based Training as an eLearning platform. It is also a Cloud based virtual platform for real practical hard skills to learn and continuous practice of hard-skills that are required for anyone who wants to serve into digital-semiconductor industry. IBICS also works as a tool that helps to continuously sharpen the skills and hands on ability. It allows to practice and even perform Verilog development for design & verification of your own or for your professional assignments.
IBICS training programs promises to provide users the design verification skills required for today’s’ rapidly changing environment to build career in semiconductor development and testing using Verilog as HDL.
The major objective is to bridge the gap between the academic curriculum taught in universities and the current industry requirements through live and interactive training for beginners to professionals.
Our VLSI with Verilog On line Live Interactive Training course is designed to meet Industry’s need with front end digital design using Verliog. The course cover fundamental and advanced VLSI Design and Verification concepts and are directed from entry-level to senior-level design verification engineers in the semiconductor industry who want to learn, practice and also build their career in Semiconductor design/verification/test engineering.
The Live Interactive On line Training course is made to cater to that fit to create/enhance/update the training to provide detailed insight into the latest verification needs. Maximum attention is given to the latest requirement in the world of VLSI Functional Design Verification. Well instructed lab exercises and robust examples help the students to become a Professional VLSI Digital Design and Verification Engineer in fast track more and tool access.
There is growing need for semiconductor world wide.
Advancements in AI, IoT, and wirelessly connected devices are creating a huge demand across the globe. For instance, Micron Technology, Inc. offers high capacity memory and multi-chip packages powered with AI training that are utilized in embedded or cloud in edge devices and mobile. A majority of these new inventions are equipped with a single system on a chip (SoC) to offer high levels of integration. Additionally, SoC also allows the devices to operate with high power efficiency and enhanced security, as it integrates processors, memory, RF transceivers, sensors, power management, and connectivity in a single unit.
