Mechanical Engineering

Overview of OSI and TCP / IP models and Internet architecture. Packet switching and circuit switching network technologies. Delay, loss and efficiency in packet switched circuit Networks. Analyze network packets using a network analyzer program and network Designs in a network modeling and simulation environment. Application layer: Introduction to socket programming, application layer protocols: DNS, HTTP, FTP, SMTP, POP3 and peer-to-peer networking. Transport Layer: Principles of reliable data transfer, TCP and UDP protocols, flow control and congestion control. Network Layer: IP protocol and addressing. Routing Algorithms: Connection Status, Distance Vector, Hierarchical Orientation, Routing on the Internet: RIP, OSPF, BGP protocols. Broadcast and multicast routing. Introduction to data connection protocols and local area networks: Ethernet and IEEE 802.11 protocols

To learn the basic structure of transfer layer and application layers of computer networks. General information about network structures and protocols. To have knowledge about modern network concepts and to define them. Learn to program entry-level network.