Lauren Curtis Email and Phone Number

The program includes both classroom instruction and laboratory practice and is designed to equip students with the skills to transition into the ever-growing field of cybersecurity.Program courses and objectives:Introduction to Cybersecurity: Learn about network and operating system fundamentals, virtualization, countermeasures, and strategies for cyber defense.Microsoft Security: Manages and secures the Windows Server 2016 and Windows Server 2016 domain environments.Computer Networking: The analysis and application of networking concepts such as topologies, protocols, and devices, as well as discovering their use in the network.Cloud Security: Gaining a solid understanding of how to protect application and infrastructure data, as well as data held in the cloud computing environment.Linux Security: This course introduces you to administering and operating a Linux environment, including both defensive and offensive security procedures.Network Security: Learn the skills required to secure, manage, and operate equipment and systems for network communication.Cyber Infrastructure and Technology: Design and maintain a secure infrastructure, emphasizing SIEM and SOAR concepts and techniques.Introduction to Python for Security: Learn how to write scripts that automate cybersecurity tasks by creating tools through object-oriented programming concepts.Ethical hacking: Understanding the behavior of malicious hackers so that it can be used to defend against various cyberattacks such as social engineering, network security, application security, and cryptography attacks, as well as other types of cyberattacks.Digital Forensics & Incident Response: Investigating threats, identifying security countermeasures, recognizing security incidents, and coordinating SOC teams.Internet of Things: Learning how to hack automotive RF, RF, and other IoT systems with various tools and techniques and understanding pinouts and analog/digital signaling.