BCA 201 Course Plan

Unit No.	Lecture No.	Topic	Sessional Outcome	Mapping with CO	ICT Tools / Class Material (PPT )	First Shift	Second Shift	Guest Lecture	Expert Lecture
1	L1	Introduction to computer networks and its components	Understand the basics of computer networks and components of data communication	CO1
1	L2	Distributed processing, Line configuration	Describe distributed processing and line configuration techniques in computer networks	CO1, CO2
1	L3	Transmission modes	Distinguish among Simplex, Half-Duplex and Full Duplex modes	CO1, CO3
1	L4	Bus, Mesh and Tree Network Topologies	UDifferentiate among Bus, Mesh and Tree topologies	CO1
1	L5	Ring, Star and Hybrid Topology	Compare the characteristics of Ring, Star and Hybrid topologies	CO1
1	L6	Types of networks	Distinguish among LAN, MAN, PAN and WAN	CO1
1	L7	OSI Reference Model	Understand the functionality of the layers of OSI model	CO2
1	L8	TCP/IP Reference Model	Understand the functions of layers in TCP/IP Model	CO2
1	L9	OSI vs TCP/IP Model	Compare and contrast the features of OSI and TCP/IP reference models	CO2
1	L10	Guided Transmission Media	Differentiate between various guided transmission media	CO3
1	L11	Unguided Transmission Media	Compare different types of unguided transmission media	CO3
1	L12	Attenuation, distortion, noise, Signal to Noise Ratio (SNR)	Understand the different barriers to communication like Attenuation, distortion,noise	CO3
1	L13	Throughput, propagation speed and time	Differentiate between throughput, propagation speed and time	CO3
2	L14	Wavelength and Shannon Capacity	Use Shannon's formula to find maximum capacity	CO3
2	L15	Revision	Recall the concepts studied in Unit 1	CO3
2	L16	Frequency Division Multiplexing	Understand the working of Frequency Division Multiplexing	CO3, CO5
2	L17	Wavelength Division Multiplexing	Differentiate the features of WDM and FDM	CO3, CO5
2	L18	Time Division Multiplexing	Distinguish among TDM, FDM and WDM	CO3, CO5
2	L19	Circuit switching	Understand circuit switching and analyze its advantages and disadvantages	CO3, CO5
2	L20	Packet switching	Compare packet switching with circuit switching	CO3, CO5
2	L21	Message switching	Compare message switching, packet swirching and circuit switching	CO3, CO5
2	L22	Data Link Layer	Understand the functions of data link layer	CO2
2	L23	Framing techniques: Character Count and Bit Stuffing	Implement character count and bit stuffing framing techniques	CO5
2	L24	Framing techniques: Byte Stuffing and Coding Violations	Implement Byte stuffing and Coding Violations framing technique	CO5
2	L25	Error detection methods: One bit and two bit parity check	Perform error detection through one bit parity check and two-bit parity check methods	CO5
2	L26	Error detection methods: Cyclic Redundancy Check and Checksum	Perform error detection using CRC and Checksum techniques	CO5
2	L27	Error correction methods: Hamming Code	Implement error correction using Hamming Code technique	CO5
2	L28	Flow control	Understand the basics of flow control and differentiate between its two types	CO3
2	L29	Stop & wait ARQ protocol	Understand the stop & wait ARQ protocol	CO5
3	L30	Selective repeat ARQ protocol	Understand selective repeat ARQ protocol	CO5
2	L31	Go-Back- NARQ protocol	Understand Go-Back- N ARQ protocol	CO5
2	L32	Revision	Recall the concepts studied in Unit 2
2	L33	Network Layer	Understand the functionality of Network layer in the reference model	CO2
3	L34	Repeaters and Hubs	Compare the function of repeaters and hub	CO1
3	L35	Bridges and Switches	Compare the function of bridges and switches	CO1
3	L36	Router and Gateway	Understand the functions of router and gateways	CO2, CO4
3	L37	Modems	Understand the working of a MODEM	CO1
3	L38	Addressing: IPv4 and IPv6 addressing	Understand Classful addressing	CO4
3	L39	IPv4 subnetting	Implement subnetting for Class A, Class B and Class C	CO4
3	L40	IPv4 subnetting	Implement subnetting for Class A, Class B and Class C	CO4
3	L41	Routing and its types	Understand the basics of routing	CO4
3	L42	Routing Information Protocol	Understand the working of Routing Information Protocol	CO4
3	L43	Open Shortest Path First	Explain Open Shortest Path First (OSPF)	CO4
3	L44	Border Gateway Protocol	Describe Border Gateway Protocol (BGP)	CO4
4	L45	Static and Dynamic Routing	Compare Static and Dynamic Routing	CO4
4	L46	Distance vector routing protocol	Understand the features of Distance vector routing protocol	CO4
4	L46	Link state routing protocol	Understand the working of Link State Routing protocol	CO4
4	L47	Link state routing protocol	Understand the working of Link State Routing protocol	CO3
4	L48	Revision	Recall the concepts studied in Unit 3
4	L49	Transport layer	Understand the use of transport layer in the reference model	CO2
4	L50	Transport layer functions	Describe various functions of transport layer	CO2
4	L51	Transmission Control Protocol	Understand the features and format of TCP	CO3
4	L52	User Datagram Protocol	Compare and contrast the features of UDP with TCP	CO3
4	L53	Connection management	Understand the concept of TCP handshake in connection management	CO3
4	L54	Session layer	Understand the functions of session layer	CO2
4	L55	Presentation layer	Describe functions and responsibilities of presentation layer	CO2
4	L56	Application layer	Understand the functions and responsibilities of application layer	CO2
4	L57	Domain Name Server	Understand the working of Domain Name Server	CO3
4	L58	Email, HTTP and HTTPS	Understand the basics of email and the difference between HTTP and HTTPS	CO3
4	L59	Revision	Recall the concepts studied in Unit 3
4	L60	Revision	Revision of complete course	CO1, CO2, CO3, CO4

# As per Scheme & Syllabus Of Guru Gobind Singh Indraprastha University, New Delhi 2022-23 Onwards.