Network Theory Course And Certification

What Is Network Theory?

Network Theory is the study, methods and practice of solving problems in electric circuits or electric networks. Network Theory in academic terms is known as Network Analysis & Circuit Theory. 

The Study of Network Theory help students understand the laws, concepts and methods that can be applied to specific electric circuits and networks. 

Network Theory is the foundation for most of the courses in Electrical Engineering. We will take a look at the applications of Network Theory. 

Applications Of Network Theory

Network Theory is used in many disciplines and fields which include: 

1. Statistical Physics, 

2. Computer Science,

3. Particle Physics,

4. Biology,

5. Electrical Engineering, 

6. Economics,

7. Finance,

8. Climatology,

9. Operations Research,

10. Ecology,

11. Public Health,

12. Sociology,

13. WWW - World Wide Web,

14. Logistical Networks,

15. Internet Networks,

16. Metabolic Networks,

17. Gene Regulatory Networks,

18. Social Networks,

19. Epistemological Networks.

Features Of Network Theory

Some of the Features Of Network Theory include:

1. Social Network Analysis: Social Network analysis looks at the structure of relationships that is between social entities. These entities are mostly persons, but they may also be groups, organizations, states, nations, web sites, or scholarly publications. Since the early 1970s, the empirical study of Networks has been a major role in social science, and many of the mathematical and statistical tools that were used for studying and analyzing Networks have been first been designed and developed in sociology.

2. Biological Network Analysis: With the recent explosion of high throughput biological data that is publicly available, the study of molecular Networks has since gained very significant interest. The kind of analysis defined in this context is closely related to social network analysis, but mostly focusing on local patterns in the network. The analysis of biological networks with respect to diseases has brought about the development of the field of Network medicine. 

3. Narrative Network Analysis: The automatic parsing of textual corpora has brought up the extraction of actors and their relational networks with its various applications on a vast scale. The resulting narrative Networks, which may contain thousands of nodes, are then studied and analyzed by making use of tools from Network Theory to find out the key actors, the key communities or parties, and their general properties such as the robustness or structural stability of the overall network, or to find out the centrality of certain nodes.

4. Link Analysis: Link analysis is a subset of network analysis, that is aimed at exploring the associations between objects. An example could be, looking through the addresses of suspects and victims, the telephone numbers that they have dialed and financial transactions that they have carried out during a given timeframe, and the familial relationships between these subjects as a part of the police investigation.

Why Study Network Theory

Some of the Benefits of Studying Network Theory include: 

1. The study of Network Theory brings about connectivity, communication and sharing. 

2. It is also used in finding an address, mapping and getting contact information. 

3. The study of Network Theory brought about services such as bans, bill payment and online shopping.

4. Network Theory is the foundation of IOT (Internet Of Things). 

5. You can become a Certified Network Theory Engineer. 

6. You can become a Senior Engineer commanding high pay. 

7. Job Opportunities and Career Advancement.

8. Entrepreneurial Opportunities and Consultancy.

Network Theory Course Outline:

Network Theory - Introduction/Overview

Network Theory - Example Problems

Network Theory - Active Elements

Network Theory - Passive Elements

Network Theory - Kirchhoff’s Laws

Network Theory - Electrical Quantity Division Principles

Network Theory - Nodal Analysis

Network Theory - Mesh Analysis

Network Theory - Equivalent Circuits

Network Theory - Equivalent Circuits Example Problem

Network Theory - Delta to Star Conversion

Network Theory - Star to Delta Conversion

Network Theory - Network Topology

Network Theory - Network Topology Matrices

Network Theory - Superposition Theorem

Network Theory - Thevenin’s Theorem

Network Theory - Norton’s Theorem

Network Theory - Maximum Power Transfer Theorem

Network Theory - Response of DC Circuits

Network Theory - Response of AC Circuits

Network Theory - Series Resonance

Network Theory - Parallel Resonance

Network Theory - Coupled Circuits

Network Theory - Two-Port Networks

Network Theory - Two-Port Parameter Conversions

Network Theory - Filters

Network Theory - Video Lectures

Network Theory - Exams and Certification

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