Comparison between VLSI and Networking Course

Have you ever done some interesting experiments with computers? Are you interested in understanding how different parts of a computer work together? Otherwise, do you wish to know how they are interconnected? Do you wish to understand how two or more computers are interlinked to ensure data sharing? If your answers to these questions are affirmative, you should take up a networking course.

Are you interested in semiconductor circuits and devices? Do you wish to design them by bringing these circuits together into a small space? Do you wish to learn the process of creating integrated circuits? Do you wish to do the same by bringing together millions of metal oxide silicon transistors? If so, the best thing you can do is to take up the VLSI Design course.

Are you wondering whether to take VLSI or a Networking course? If so, you are in the right place. Here, we will compare these two courses. Also, we will learn about the career choices available for professionals with these certifications.

Basic Understanding:

VLSI Course:

VLSI course is expanded as a Very Large Scale Integration course. It is intended to create candidates who are practically and theoretically skilled. The skill is concerned with designing semiconductor circuits and devices. From this course, you will learn how to design these devices with the help of embedded components. Above all, you will learn how to do this within a small space. 

During the VLSI course, you will learn how to create integrated circuits with the help of MOS transistors. With them, you will learn how to create a single chip. 

VLSI design is offered as one of the main subjects in Electronic & Communication engineering courses. If you wish to improve your knowledge to get a well-paying job in the VLSI Field, you can take the VLSI course separately. Thanks to third-party job-oriented course providers offering this course.

Networking Course:

Networking is actually a sub-field of computer science. But, if you would like to gain knowledge on how computers exchange information and data, you can take up a networking course.

A networking course will teach you the different techniques of exchanging data both via wireless media and cables. The course will teach you about different networking devices. Examples include a Data card or dongle, modem, switch and router. Nowadays, NIC or Network Interface Cards are widely used as a hardware networking component.

Courses in networking range from certificate-level courses to Master’s level courses. If you are interested in a networking career, you can pursue networking after you complete your higher secondary. Otherwise, you can also take up certificate courses in networking. Short-term certificate courses in this field are offered. Many institutions offer these courses to prepare candidates for the booming networking field.

 
Skillset Required:

If you wish to shine in the field of networking or VLSI, you should develop certain skills. 

Skills required for VLSI:

• Willingness to learn
• Ability to work as a team
• Critical thinking ability
• Communication Skills
• Industry Skills
• Knowledge of semiconductor devices, electrical networks and circuits

Networking:

• Ability to work in a team
• Time management skills
• Analytical skills
• Problem-solving ability
• Written communication skills
• Technical expertise

Choosing the right VLSI or networking course will give you the skills required to shine in these fields.

 
What are the Learning Outcomes?

Before choosing a networking or VLSI course, you will be interested in learning about the learning outcomes. Here are the things you will learn when you complete the networking or VLSI course:

VLSI Course:

• You can complete a considerable VLSI Design project with a set of design constraints and objective criteria.
• You will have an understanding of the characteristics of CMOS circuit construction.
• You can compare different state-of-the-art CMOS Processes and technologies
• It will be possible for you to apply CMOS technology-specific layout rules in the routing and placement of transistors. 
• You will be able to evaluate the parasitic, power, timing and functionality effects of transistors.
• Create models of moderately sized CMOS Circuits.
• Prepared to use mathematical techniques and circuit analysis models. You will learn how to use them to evaluate CMOS digital electronics circuits, including logic elements.

Networking Course:

When you complete a networking course, you will have the following knowhow:

• Develop an understanding of the basic concepts of computer networking
• Familiarization with the fundamental terminology and taxonomy of computer networking
• Get an introduction to advanced networking concepts
• Independent understanding of networking technology
• Spot different kinds of networking protocols and topologies
• List out the layers of the OSI Model and TCP/IP and explain the functions of each layer.

These are just a few examples. Based on the course level, you will learn more from a networking course. You can also take up advanced-level courses to develop your knowledge further.

Why Choose VLSI & Networking Course?

VLSI:

VLSI is undoubtedly a sophisticated field that is based wholly on electronics engineering. Candidates with a background in this branch of engineering can work in the semiconductor niche. The reason is that this field requires at least a B. Tech/B.E/BS in EEE/ECE. This high-paying domain is immune to automation and designing robots makes the use of embedded systems and SOCs essential. Here are some reasons to choose a VLSI course:

Gaining Importance:

Every progress that the world has spotted in the areas are due to VLSI. Examples of these areas include of infrastructure, medical machines, computer science, finance and the automobile industry. The reason is that these industries use a chip that works for their support. This domain is quickly expanding. Also, it offers verification-based job prospects to individuals. Particularly, individuals with a strong foundation in the construction of the electronic circuit. Also, it provides the best career prospects for individuals with knowledge of VLSI design and verification and hardware description languages. The outcome is that qualified VLSI professionals are in great demand in semiconductors. In short, the semiconductor industry's development has changed the world in the past few decades. Above all, this will continue to happen in the future as well.

 
Plenty of Career Opportunities:

The need for VLSI-qualified professionals is increasing hugely. This is happening because of the growth and development of the production and design industries. The plenty of career choices it offers makes VLSI course the best for aspirants.

 
Development of Semiconductor Ecosystem:

Many developing countries in the world are taking steps to expand the electronic manufacturing domain. Some nations have launched a scheme to develop display and semiconductor manufacturing in the nation. Many countries intend to become international centers for electronic system design and production. So, again, there will be an expanded demand for VLSI-trained professionals across the world.

 
Wide Applications:

There is an ongoing need to re-make, produce and even design integrated circuits. The reason is that electronic gadgets' production continues to increase worldwide. Also, advanced technology like product innovation, method geometrics and utilities continue to grow. VLSI Technology is presently used in different industries. Examples include Digital Signal Processing, Commercial Electronics, Automobiles and Medicine. Further, there will be a considerable increase in the number of industries using VLSI. 

 
Networking

Are you wondering why you should choose a networking course? Here are some reasons to consider:

Great Opportunities:

Networking is actually a part of the IT industry. You know that the IT industry is always booming. Above all, companies in different industries nowadays use computers, laptops and Wi-Fi. Also, many need ongoing internet access. This is where networking professionals can extend the right help to these companies. The reason is that networking professionals deal with a lot of hardware components. Examples of these components include printers, modems, circuit boards, RAM, motherboards and chips. So, there is no dearth of opportunities in this sector.

No Need for Mathematical Expertise:

Some people will be technically sound. But they have an aversion to mathematics. If you are one such person, you can confidently choose a networking course. When you take the case of a networking course, it instigates a simple connection and logic. So, no complex mathematical knowledge is required. If you are good at school-level mathematics, you can easily handle the networking coursework and career.

 

International Exposure Opportunities:

Most networking standards are followed at the international level. Most networking certification courses offered focus on international-level networking knowledge. So, this course will increase your chances of getting placed in a foreign land as well.

Wide Range of Career Opportunities:

Once you complete your networking courses, you can apply for different job positions. For instance, you can work as a network operations analyst, network engineer and also as field technician. You can get placed in any industry nowadays. The reason is that organizations functioning in different domains need a fully-functional network system.

Conclusion:

In short, you can confidently choose a VLSI Course if you are doing your ECE or EEE. The reason is that this course will expand your knowledge of VLSI to a new level. In turn, you can get placed in one of the top organizations functioning in this domain. Networking is also a lucrative course if you wish to participate in fieldwork. Also, with the networking course, you can get into your dream IT Sector as well.