This course helps students develop understanding and hands-on ability in network design and defense. It instills a foundational knowledge of data transfer, network technologies, and software operations, enabling students to comprehend network operations, automation, and analytical processes. Through comprehensive instruction, students learn to safeguard against, detect, and respond to network attacks, covering essential topics such as network defense principles, security control applications, protocol usage, perimeter appliance management, secure IDS, VPN, and firewall configuration. Additionally, the course delves into network traffic analysis, signature identification, and vulnerability scanning, essential skills for crafting robust network security policies and executing successful incident response strategies.

This course delves into the architectural aspects and strategic considerations essential for designing, securing, operating, and resolving issues in enterprise networks. This encompasses vast area network (WAN) technologies, quality of service (QoS) mechanisms, and secure remote access protocols. Emphasizing contemporary concepts like software-defined networking, virtualization, and automation, students acquire competencies in configuring and troubleshooting enterprise networks while developing insights into cybersecurity threats and countermeasures. Additionally, students explore network management tools and essential principles of software-defined networking, including controller-based architectures and the role of application programming interfaces (APIs) in facilitating network automation.

This course offers comprehensive insights into the structure, components, and functions of routers and switches within small networks. Students acquire practical skills in configuring routers and switches to ensure basic operations. Upon completion, students will proficiently configure and troubleshoot routers, utilizing various technologies such as static routing, RIP versions two and next generation, virtual LANs, Dot1q trunking, inter-VLAN routing, NAT, DHCP, port security, standard access control lists, and device discovery protocols. Additionally, students engage with IPv4 and IPv6 addressing and subnetting, requiring access to a Windows-based multimedia computer.

The Capstone program offers a structured test preparation regimen utilizing established series elements and methods. Each chapter begins with Do I Know This Already? Quizzes allow you to gauge your familiarity with the content and allocate time accordingly. Clear exam topic lists facilitate easy reference, while Exam Preparation Tasks at the end of each chapter provide focused practice on essential concepts for thorough understanding.