Master the Concepts of Digital Circuits and Gain industry-ready Skills With Our VLSI: Basics of Digital Electronics Course

The VLSI digital electronics course equips you with the theoretical knowledge and technical skills you need as front-end engineers in three months. 

Everything around you that works on a battery or has a circuit design is built on the principles of digital electronics and logic design. This course attempts to help you understand the basics of K-map, Boolean algebra, logic gates, and FSM through real-world applications.

By joining this digital electronics course, you will have a strong grasp on the fundamentals of digital logic circuits, starting from binary representations of digital circuits to extracting Boolean expressions, the design of functions using multiplexers, and using minimization techniques to further optimize circuits, etc. They will also help you learn to design your own digital logic circuits.

Who Should Take This Course?

The digital circuit design course is at the core of what you need to learn to progress in VLSI and digital electronics in general. It can be taken up by:

• B.Tech/B.E graduates
• B.Tech/B.E final year students
• B.Tech/B.E pre-final year students

If you are going for your Masters or PhD with subjects such as digital VLSI design, CMOS VLSI design, ASM charts, SOC/FPGA, etc., then you will greatly benefit from this course. Even if you are looking to crack interviews related to VLSI, electronics, and semiconductors at MNCs, you need to understand design logic and its functions thoroughly. This digital circuit design course will serve as a backbone for cracking any GATE/PSU interviews.

Hobbyists who are interested in digital electronics and desire to learn more about digital circuits or circuit board design can join the course.

What Will You Learn?

Starting with the fundamentals of digital logic design, each section in this course builds upon the previous sections to add more value to what you will learn.

In this digital electronics engineering course, you will learn the basic concepts, the steps involved in designing a digital logic circuit, number systems and their conversions, basic logic gates, universal logic gates, and implementation of any function using logic gates. Further, it covers Boolean algebra and principles, Karnaugh map, combinational logic, and their functions like the adder, encoder, decoder, multiplexer, etc.

The VLSI certification courses also explore storage options like RAM, ROM, EPROM, flash memory, programmable logic devices, and Integrated Circuit (IC) technology. You will learn to analyze combinational logical designs and design your own circuits based on the different parameters provided.

Towards the end of the VLSI course, you will be working on two industry-level projects using the Karnaugh map or K-map. K-map is a visual representation of boolean variables like a truth table, which can easily minimise the number of expressions.

The K-map technique is deployed in digital electronics to reduce the number of logic gates in the circuit by using MINTERMS for the SOP form and MAXTERMS for the POS form. Our VLSI online course will provide you with the knowledge to work on sequential logic circuits and logic gates.

Skills You Will Gain

With this VLSI design course, you will learn:

• To simplify logical functions and standard forms of expression.
• How to use Karnaugh maps to minimize a given logical function.
• To use the theorems of Boolean algebra.
• To discuss the functionalities of the multiplexer.
• To identify binary number systems and their addition.
• To perform basic arithmetic calculations.
• To analyze and synthesize combinational logic circuits.
• To describe the signals and interconnections in a logic circuit.
• How to use the universal gate to represent any gate to design two and multi-level circuits.

Key Highlights of the Program

• Anyone who takes this course will be certified, and if you come in the top 5%, you will be awarded a merit certificate.
• It is a three-month course wherein you will gain the theoretical, technical, and practical skills of utilizing the VLSI digital electronics expertise for projects as front-end engineers.
• With this course, you will be able to take up industry-oriented projects and be a part of a course-specific forum group working on various technical areas of digital electronics.
• You will learn various design verification approaches as well as advanced techniques of logic and design in digital electronics.

Career Opportunities after Taking the Course

The VLSI: Basics of Digital Electronics course is designed to build on your skillset and provide you with a strong foundation in the real world.

Electrical and electronic engineering graduates who are equipped with this digital electronics course certification can explore career opportunities in various engineering professions. You can apply for jobs as programmers and software development professionals. 

FAQs on VLSI: Basics of Digital Electronics

1, How can the course help you complete your MS or PhD?

While pursuing MS or PhD, you can choose the following major subjects to help you complete the course -ASM charts, CMOS VLSI Design, SOC/FPGA, digital VLSI design, etc. 

2, Will I get a certificate after completing the VLSI certification courses?

Yes, course completion certificates will be provided to all learners. Moreover, the top 5% of the class will get a merit certificate. Using the certificate, learners can build a strong professional portfolio.

3, Will I get placement support?

No, the VLSI: Basics of Digital Electronics course does not offer job placements. However, the skills you gain make you industry-ready, along with providing you with certification.

4, How is this digital electronics online course going to help me?

Whether you are going for a job after graduation or higher studies, the knowledge of designing logic and functions is a non-negotiable aspect.

5, Which software skills are included?

The course incorporates designing, so understanding digital electronics is very important in terms of placement and IC fabrication as a front-end engineer.  Besides that, implementation using K-map, FSM, and design will be included in this course.

6, Do companies require these skill sets?

All the major companies in this domain, such as Intel, Qualcomm, ST, Cadence, etc., require a deep understanding of digital electronics. This course covers the basics and lays the foundation for expertise in the niche.