BCA in Networking at IFTM University - Course, Fees, Admission, Seats, Syllabus

| **Highlighted Information** | **Details** | | | | | Duration of the Course | Typically lasts for a period of three years. | | Level of the Course | This course is at the level. | | Tuition Fees | The cost of tuition. Depends on the specific institution offering the program. It is advisable to consult the institutes website for information. | | Mode of Study | The course is offered on a full time basis. | | Type of Institute | This program is commonly provided by universities and autonomous institutes that specialize in trade and management studies. | Please note; The information provided in the table above represents details and may not specifically apply to the BCA in Networking program offered by the Institute of Foreign Trade and Management. For up, to date information it is recommended to visit the official website or directly contact the Institute of Foreign Trade and Management.

The Bachelor of Computer Applications (BCA) program with a specialization in Networking is a course that focuses on teaching the fundamental concepts, tools and technologies used in designing implementing and managing computer networks. While the specific curriculum may vary from one institution to another there are core topics that are typically considered essential in a BCA Networking program. Below is a list of subjects that are likely to be covered; 1. **Introduction to Computer Networks**; This section provides an understanding of the basics of data communication, types of networks such as LAN, WAN, MAN) network topologies and networking models like OSI and TCP/IP. 2. **Networking Devices and Tools**; In this segment students dive into a study of networking hardware including routers, switches, bridges, repeaters along with learning how to effectively use network testing tools. 3. **Network Protocols**; This part offers an in depth knowledge of networking protocols such as IP (Internet Protocol) TCP (Transmission Control Protocol) UDP (User Datagram Protocol) ICMP (Internet Control Message Protocol) ARP (Address Resolution Protocol) RARP (Reverse Address Resolution Protocol) DHCP (Dynamic Host Configuration Protocol) DNS (Domain Name System) and how they facilitate data communication. 4. **Network Security**; Here students learn about the principles underlying network security measures including identifying threats and vulnerabilities. The curriculum covers encryption and decryption techniques along with an introduction, to firewalls, VPNs (Virtual Private Networks) and intrusion detection systems. 5.... [Continued]**Wireless Networking**; Gain an understanding of the principles behind communication explore different types of wireless networks like Wi Fi, WiMAX and Bluetooth and delve into the specific security concerns associated with wireless networking. 6. **Network Management and Administration**; Learn about the techniques and tools used for network management including network monitoring, performance analysis and troubleshooting. 7. **Operating Systems and Networking**; Explore operating system concepts with a focus on networking aspects. This includes studying network configurations and services in both Windows and Linux environments. 8. **Data Communication**; Get familiar with the concepts of data communication such as signal transmission, modulation techniques, as well as error detection and correction methods. 9. **Cloud. Virtualization**; Understand cloud computing models like Infrastructure as a Service (IaaS) Platform as a Service (PaaS) Software as a Service (SaaS) along with virtualization technologies. Explore how these technologies impact networking. 10. **Internet of Things (IoT)**; Gain insights into the basics of IoT. How IoT devices connect to networks communicate with each other and discover the role that networking plays in enabling IoT applications. 11. **Network Design and Architecture**; Dive into the principles, behind network design including network planning strategies, IP addressing schemes, subnetting techniques and creating scalable network architectures that optimize efficiency. 12. **Recent Developments in Networking Technologies**; A examination of the latest advancements in networking technology including Software Defined Networking (SDN) Network Functions Virtualization (NFV) and the emergence of 5G networks. 13. **Hands On Networking Labs**; Gain experience in network configuration, setup and problem solving, through engaging lab exercises.