Track 2: Introductory Track PREREQUISITE: BASIC COMPUTER EXPERIENCE

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Anne Arundel Community College Tracks

Anne Arundel Community College’s computer technologies courses have been organized into 10 suggested tracks. The tracks are arranged to ensure that students have the prior prerequisites in order to be successful in their chosen track. In addition, the structured tracks assist students by providing recommended course sequencing.

Individuals can be confident that, after completion of their selected track, they will have gained the necessary knowledge, skills, and abilities needed to secure a job in their chosen area of study. Additionally, students are prepared to sit for numerous industry certifications exams, many of which are addressed in DOD directive 8570.1.

Individuals with little computer experience are advised to begin their studies by selecting an introductory track – Tracks 1, 2, or 3. Those students with a solid computer foundation are welcome to begin in an introductory or advanced track. It is important to note the stackable nature of the tracks. This allows individuals to expand their knowledge by being able to transition from their initial track into a more advanced track, or into a new area of interest.

Track 1: Introductory Track

PREREQUISITE: BASIC COMPUTER EXPERIENCE

Course Industry Certification

CSI 113: Theories and Applications of Digital Technology (4) IC3 CSI 130: Microcomputer Operating Systems (3)

Track 2: Introductory Track

CSI 113: Theories and Applications of Digital Technology (4) IC3 EET 160: Theory and Troubleshooting Microcomputers (3) CompTIA A+

Track 3: Advanced Track - CompTIA

CSI 113: Theories and Applications of Digital Technology (4) IC3

CSI 260: Data Communications (3) CompTIA Network+

CSI 165: Network Security Fundamentals (3) CompTIA Security+

Track 4: Advanced Track - Networking/CISCO

PREREQUISITE: CSI 113, or permission from CyberCenter representative*

CSI 157: Networking 1 (4) ICND-1 CSI 158 : Networking 2 (4) CSI 257: Networking 3 (4) ICND-2 CSI 258: Networking 4 (4)

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Track 5: Advanced Track - Windows Server

PREREQUISITE: TRACK 1, or permission from CyberCenter representative*

CSI 265: Windows Server (3) MCSA 70-290

CSI 266: Windows Networking (3) MCSA 70-291

Track 6: Advanced Track - Linux Server

CSI 135: Introduction to UNIX/LINUX (3) [need to identify]

CSI 236: Advanced UNIX/LINUX System Administration (4) [need to identify]

Track 7: Advanced Track - Cybersecurity

CSI 217: Tactical Perimeter Defense (4) Security Certified Network Specialist (SCNS) CSI 219: Strategic Infrastructure Security (4) Security Certified Network Professional (SCNP)

CSI 270: Information Security Capstone (3) Certified Information System Security Professional (CISSP)

CSI 298: Certified Ethical Hacking and Countermeasures (4) Certified Ethical Hacker (CEH)

Track 10: Advanced Track - Forensics

PREREQUISITE: CSI 113, or permission from CyberCenter representative*

CSI 207: Cyber Forensics (3)

CSI 208: Advanced Cyber Forensics (3) Certified Computer Examiner (CCE) CSI 299: Handheld Device Forensics (4)

*Individuals must obtain a waiver in order to be excused from taking required prerequisite courses. Individuals can request a waiver from Paul Derdul, Assistant Director of the CyberCenter.

To obtain a waiver please email Professor Derdul at [email protected] and include: 1. Your Full Name

2. Identify yourself as a participant of the Pathways to Cybersecurity Careers Consortium grant 3. Indicate the course you wish to obtain a waiver to skip

4. Provide an explanation as to why you feel you are qualified to skip the course – prior experience, prior coursework (please attach a transcript if available), etc.

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AACC COURSE DESCRIPTIONS

EET 160 Theory and Troubleshooting Microcomputers 1 3 credit hours

Understand, assemble, maintain and make minor repairs to microcomputers. Discuss operation and troubleshooting of the various subcomponents, such as motherboard, RAM, disk drives, CD drives and power supply. Practice installing expansion cards, drivers and Windows operating system. Covers the basic operation of peripherals such as keyboards, mice, printers and monitors. A basic understanding of electronics is helpful but not necessary. Lab fee $30.

CSI 113 Computing and Information Technology 4 credit hours

Learn digital representation of information, data communications, computer networks, database systems and security. Topics also include computer hardware and software, the Internet and Web technologies, operating systems, software development, information systems, computer ethics and social issues. A variety of hands-on lab experiences are included. This is the first course in computing for students planning to major in a technology field and an excellent choice for students interested in science, engineering and mathematics. Lab fee $35.

CSI 130 Microcomputer Operating Systems 3 credit hours

This introduction to DOS and Windows operating environments includes basic and advanced operations and use of system utilities. Introduces DOS and UNIX/LINUX command structures and explores operations using the Windows graphical user interface. Lab fee $35.

CSI 135 Introduction to UNIX/LINUX 3 credit hours

Topics include basic elements of the UNIX/LINUX operating system, sending and receiving electronic mail, hierarchical file structure, creating and editing documents, writing shell programs and providing system security. Hands-on experience with a multi-user UNIX/LINUX system is provided. Lab fee $25. CSI 157 Networking 1

4 credit hours

The first of four courses leading to the Cisco Certified Network Associate (CCNA) designation covers networking basics. This course introduces students to the networking field. The course focuses on network terminology and protocols, local-area networks (LANs), wide-area networks (WANs), open system interconnection (OSI) models, cabling, cabling tools, routers, router programming, ethernet, internet protocol (IP) addressing and network standards. In addition, instruction and training are provided in the proper care, maintenance, and use of networking software, tools, and equipment and all local, state, and federal safety, building and environmental codes and regulations. Lab fee $100.

CSI 158 Networking 2 4 credit hours

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CSI 165 Network Security Fundamentals 3 credit hours

Offers in-depth coverage of the current risks and threats to an organization’s data and provides a structured way of addressing the safeguarding of these critical electronic assets. The course provides a foundation for those responsible for protecting network services, devices, traffic and data. Additionally, the course provides the broad-based knowledge necessary to prepare students for further study in other specialized security fields. It is also intended to serve the needs of individuals seeking to pass the Computing Technology Industry Association’s (CompTIA) Security+ Certification exam. Lab fee $100. CSI 207 Cyber Forensics

3 credit hours

Introduces students to forensic investigation of computer crime. Explore a professional approach to investigating computer security incidents. Learn to identify threats, create strategies to locate and recover evidence and perform forensic analysis. Also, discuss surveillance, tracing e-mail and piercing anonymity through appropriate legal channels. Lab fee $110.

CSI 208 Advanced Cyber Forensics 3 credit hours

Continues the student's introduction to forensic investigation of digital crime. Students will explore the use of industry standard open source tools used for LINUX/UNIX based investigations in the location and recovery of digital evidence. Topics include preservation of digital evidence, basic LINUX commands and file systems, GUI and command line tools and reporting of investigative procedures and findings. Lab fee $40.

CSI 214 Information Systems Security 3 credit hours

Introduction to the protection of information and equipment in computer systems and associated communications networks. Topics include all aspects of systems protection including physical security, hardware, software and communications security. Includes a discussion and demonstration of issues related to recognizing and handling viruses. Addresses technical, legal and ethical issues associated with this important topic.

CSI 217 Tactical Perimeter Defense 4 credit hours

Learn the principles and practices of advanced network security fundamentals and technologies involved in securing the network perimeter. Topics include essential security practices, such as TCP/IP addressing, routing, packet filtering, and installing proxy servers, firewalls and virtual private networks (VPNs). This course prepares the student to take the Security Certified Network Specialist (SCNS) exam (SCO-451). AACC is an Authorized Security Certified Academic Partner. Lab fee $100.

CSI 219 Strategic Infrastructure Security 4 credit hours

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CSI 236 UNIX/LINUX System Administration 4 credit hours

Provides in-depth experience in loading, configuring and maintaining UNIX operating systems. Focus on popular UNIX operating systems such as Redhat LINUX and SUN’s SOLARIS UNIX operating system. Learn theory and hands-on implementation of the boot-up and shutdown process, file system creation and structure, system maintenance and security, network file system (NFS), network information system (NIS) and UNIX IP network configuration and maintenance. Presents tools and concepts to become a junior-level UNIX system administrator. Lab fee $35.

The third of four courses leading to the Cisco Certified Network Associate (CCNA) designation covers switching basics and intermediate routing. The course focuses on advanced IP addressing techniques (Variable Length Subnet Masking [VLSM]), intermediate routing protocols (RIP v2, single-area OSPF, EIGRP), command-line interface configuration of switches, Ethernet switching, virtual LANs (VLANs), spanning tree protocol (STP), and VLAN trunking protocol (VTP). Students will be able to demonstrate the ability to apply knowledge from CSI 157 and CSI 158 to a network and to be able to explain how and why a particular strategy is employed. Lab fee $100.

The last of four courses leading to the Cisco Certified Network Associate (CCNA) designation wide area network (WAN) Technologies. The course focuses on advanced internet protocol (IP) addressing techniques (Network Address Translation [NAT], port address translation [PAT]) and dynamic host configuration protocol (DHCP), wide area network (WAN) technology and terminology, point-to-point protocol (PPP), integrated services digital network (ISDN), dial-on- demand routing (DDR), frame relay, network management, and introduction to optical networking. Students will be able to demonstrate the ability to apply knowledge from CSI 157, CSI 158, and CSI 257 to a network and to be able to explain how and why a particular strategy is employed. In addition, the student will prepare for taking the CCNA Exam. Lab fee $100.

CSI 260 Data Communications 3 credit hours

Learn the fundamental building blocks that form a modern network including protocols, topologies, hardware and network operating systems. In-depth topics include coverage of the most important concepts in current networking such as TCP/IP, Ethernet, wireless transmission and security. Additionally, students will learn the skills to build a network from scratch and maintain, upgrade and troubleshoot an existing network. The course prepares students, in part, to take CompTIA’s Network+ certification exam. Lab fee $40.

CSI 265 Windows Server 3 credit hours

Learn the capabilities of Windows Server. Topics include installation domain and workgroup administration, protocol support, registry and disk administration, creation of users and groups and network security features. Provides a partial foundation for taking the Microsoft Server certification exam. Lab fee $40.

CSI 266 Windows 2003 Networking 3 credit hours

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CSI 270 Information Security Capstone 3 credit hours

Provides a review of critical hands-on labs for identifying network vulnerabilities, implementing network defense ad exploring network forensics. Students will have opportunities to implement a layered defense on a practical network— including using tools to analyze the vulnerabilities of a network. Additionally, students will research products that could serve as countermeasures against potential attacks, implement security features of the network’s operating systems and develop alternate solutions based upon cost and level of security required. The course also provides students with the practice skills necessary to enhance their existing network security background and prepare for Professional Security Certification(s). Lab fee $25.

CSI 298 SpTp: Certified Ethical Hack and Countermeasures 4 credit hours

Learn the threats that are challenging the priorities and processes used to protect our computer and network systems. Examine topics including hacker tools, techniques, methods, scripts and automated hacking malware employed in today's cyber environment. Investigate the processes and procedures used by hackers, along with corresponding countermeasures that can be employed to protect against such attacks. This course is designed to help prepare students for the Certified Ethical Hacking certification exam. Lab fee $100.

CSI 299 SpTp: Handheld Device Forensic 4 credit hours