1. COMPUTER COMMUNICATIONS AND NETWORKS

2. Networks fundamentals  Basic understanding of networks, its ontology as LAN, WAN, MAN, PAN, WLAN etc with the comprehensive discussion on Internet and its applications Internet and its applications

3. Network Designs  The physical network designs (Topologies) as P2P,Bus, Ring, Star, Tree, Mesh etc. Bus of buses, star of stars and hybrid network designs.

4. Network Designs (related issues & solution techniques)  The physical network designs (Topologies) as P2P,Bus, Ring, Star, Tree etc. Bus of buses, star of stars and hybrid network designs.

5. Attenuation, Noise, Free space loss  A thorough discussion on noise, its different classes, their draw Backs and method to cope up with them with a brief understanding Of attenuation and free space loss

6. Analog and Digital Transmission  A detailed discussion to provide the basic understandings and Building fundamental concepts of both types of transmission

7. Physical Transmission Media  Data flow through Coax cable, Twisted pair cable and Fiber Optics with all possible related issues

8. Wireless Transmission Media  Information transmission through radio waves, micro waves, Infrared along with an objective discussion on satellite transmission

9. Digital Data Communication Techniques  Asynchronous and synchronous transmission

10. Data Link Control Protocols  Frame synchronization, flow control and error control

11. HDLC  A thorough discussion on High-Level Data Link Control

12. Multiplexing  Reasons favoring the indispensability of multiplexing, its different Types with their scopes with a detailed lecture on FDM

13. Multiplexing  Draw backs of FDM and a thorough discussion on TDM with its Different flavors

14. Switched Networks  How switching becomes necessary in different kinds of networks, What major role does it play, its different types along with a brief Discussion on Circuit Switching

15. Switched Networks  Drawbacks of Circuit Switching and comprehensive operational Structure of Packet Switching.

16. Open System Interconnection  Fundamental concepts of transmission across the different platforms, a thorough discussion on each layer of this model, different protocols and devices operating on each these layers along with the key features of each layers.

17. Transport Layer Protocols  Transmission Control Protocol (TCP), a detailed lecture on its header and operational features

18. Transport Layer Protocols  User Datagram Protocol (UDP), a detailed discussion on its header and operational features with key differences with TCP

19. Network layer Protocols  The concept of Routing, Routed and Routing Protocols with ontology as Distance vector, Link State and Hybrid, including RIP, OSPF, IGRP, EIGRP, BGP (working concepts only)

20. Network layer Protocols  The Internet Protocol (IP): all necessary operational features and key attributes

21. Network Gadgets  Gateways  Routers  switches  bridges  hubs  repeaters

22. DNS  Domain Name System: its indispensability for world wide web and Operational working.

23. Network Security  Fundamental concepts including a surface level understanding of Encryption and decryption.

24. Malicious Soft wares  Worms  Viruses  Trojan horses etc.

25. IP Addressing  IP address, different classes, the scope of each class and comprehensive discussion on its network designing issues

26. Network Designing  Sub netting of the network, practical approach  Calculations of network ID, Broad cast ID, sub netting of subnets

27. Advance Topics  IPV6  Wi-Fi  WiMax  3G Networks  Wireless Sensor Networks and miscellaneous