LMS2

Introduction to software development process; software life cycle; software requirement and specifications; software requirement engineering; software design; software testing and validation; concept of language translation; the concept of project management; software quality assurance; fault tolerance; software evolution; software support and maintenance; introduction to software tools and environments

Overview of protocols and architecture of OSI model and TCP/IP; data transmissions and communications; encoding and decoding; analog and digital signal; signal modulations; packet switching; LAN and WAN technologies; wireless networks; mobile ad hoc networks; mobile networking; virtual network and overlay network; network cabling; IP addressing and subnetting; basic network security; basic network troubleshooting; case studies.

Overview of protocols and architecture of OSI model and TCP/IP; data transmissions and communications; encoding and decoding; analog and digital signal; signal modulations; packet switching; LAN and WAN technologies; wireless networks; mobile ad hoc networks; mobile networking; virtual network and overlay network; network cabling; IP addressing and subnetting; basic network security; basic network troubleshooting; case studies.

Overview of protocols and architecture of OSI model and TCP/IP; data transmissions and communications; encoding and decoding; analog and digital signal; signal modulations; packet switching; LAN and WAN technologies; wireless networks; mobile ad hoc networks; mobile networking; virtual network and overlay network; network cabling; IP addressing and subnetting; basic network security; basic network troubleshooting; case studies.

Overview of protocols and architecture of OSI model and TCP/IP; data transmissions and communications; encoding and decoding; analog and digital signal; signal modulations; packet switching; LAN and WAN technologies; wireless networks; mobile ad hoc networks; mobile networking; virtual network and overlay network; network cabling; IP addressing and subnetting; basic network security; basic network troubleshooting; case studies.

Basic concepts of operating systems; processes and concurrency; process
management and scheduling; input/ output management; memory
management; file systems; device management; system performance
evaluation

You will be able to:

1. Understand fundamental concepts of Cybersecurity
2. Explain the concepts of various cyber attack techniques
3. Describe data privacy and protection
4. Describe cybersecurity career and certifications
5. Discuss legal and ethical issues
6. Implement appropriate cybersecurity measures in protecting the organization