Develop skills and confidences needed to successfully work with the Internet and Internet of Everything (IoE). Student will learn the physical and logical makeup of the Internet worldwide web, and IoT networks. Students will learn ways to connect to the Internet, create and use email accounts, and efficiently use current web browsers. Students will also learn how to effectively use search strategies, and evaluate the steps to implement secure IoE solutions.

A survey course on computer concepts and applications associated with the current generation of computer technology. Students will study terminology as it applies to computers, networks, operating systems, and internet usage. This course includes a hand-on component where students will work with current productivity software such as Microsoft's Word, Excel and Access within the Windows Operating system.

Architecture, structure, functions, components, and models of the Internet and other computer networks. The principles and structure of IP addressing, and the fundamentals of Ethernet concepts, media, and operations are introduced to provide a foundation for the curriculum. By the end of the course, students will be able to build simple LANs, perform basic configurations for routers and switches, and implement IP addressing schemes following security best practices. This is the first course to prepare students for the CCNA certification exam.

The architecture, components, and operations of routers and switches in a small network. Students learn how to securely configure a router and a switch for basic functionality. By the end of this course, students will be able to configure and troubleshoot routers and switches and configure and resolve common issues with Static and Dynamic routes, DHCP, virtual LANs, and inter-VLAN routing in both IPv4 and IPv6 networks following security best practices. Students will also configure network redundancy and WLANs following security best practices. This is the second course that will prepare students for a CCNA certification.

A comprehensive, theoretical, and practical approach to learning the technologies and protocols needed to design and implement an enterprise network. Students will work with routers and switches using OSPF in point-to-point and multiaccess networks. Mitigate threats and enhance network security using access control lists and security best practices. Understand virtualization, SDN, and how APIs and configuration management tools enable network automation.

This course will introduce the student to the fundamental concepts and structure objectorientated, event driven programming using Visual Basic computer language as used on microcomputers. Topics such as algorithm writing, program logic, program development and program execution will be covered. This course will improve a student's critical thinking and logical sequencingskills.

Introduction to programming and computer science through lab and lecture. Simple and structured data types and program control structures. Problem analysis, algorithm design, and program documentation using a high-level language.

Intermediate object-oriented programming: inheritance, abstract classes, interfaces and exception handling. Inroduction to algorithms and data structures: recursion, searching, sorting, linked lists, stacks, queues, basics of trees and tree traversal algorithms, natural language processing and machine learning.

Introduction to fundamental object-oriented programming concepts. A student of this course will learn the principles of programming, and in particular object-oriented programming principles. Programming principles and constructs, such as data types, common control flow structures, basic data structures, and console input/output will be presented. Students will also learn several key object-oriented principles, such as defining classes and methods and information hiding. We will use the Java programming language to learn and implement the basic programming and object-oriented principles described above. Students signing up for this course must have access to the Internet to complete required assignments. Glen Oaks' Library has computers connected to the Internet for those students who do not have access to the Internet either at work or home.

The first of two courses that cover the Certified Ethical Hacker (CEH) exam objectives. This course will focus on basic networking concepts, ethical hacking concepts and methodologies, and attack vectors and countermeasures. Students will be well grounded in the principles of protecting computer systems and networks.

The second course in a sequence that prepares students for the Certified Ethical Hacker (CEH) exam. It continues to focus on the tools and techniques used by ethical hackers. This course also examines the legal framework surrounding "computer hacking," intrusion detection, and penetration testing. Malware threats, packet sniffing, and social networking with also be discussed.

Prepares candidates to begin a career working with associate-level cybersecurity analysts within a Security Operations Center SOCs. The course focuses on how to monitor, detect and respond to cybersecurity threats. Plus, covers cryptography, host-based security analysis, security monitoring, computer forensics, attack methods and incident reporting and handling.

Identify, preserve, recover, analyze from computers, and detail media is a safe and secure matter to identify a computer attack or cybercrime. This course will introduce students to the forensics investigation process, gather and backup computer information for forensic analysis, and avoid anti-forensic techniques.

This course provides preparation for a Microsoft Windows Server certification exam towards MCSA AZ-800 certification. Students will be introduced to server and networking foundational concepts that bridge the gap as students are introduced to on-premise Windows Server 2022 management and Azure Cloud integration in a hybrid environment. This course provides for the installation, practice, and working with the Microsoft Server operating system. Students will study and prepare for certification topics such as: planning for server deployment, the ability to work with PowerShell commands, monitoring and maintaining servers, working with server roles, working with server storage and file systems, and server virtualization.

This course provides the skills and knowledge necessary to install, configure, and administer Linux desktop operating systems. This course introduces students to the basic skills used by all Linux distributions. Specifically, the course covers the objectives outlined by CompTIA for its Linux+ exam and certification.

This course covers installing and upgrading to Windows 8, configuring hardware and applications, configuring network connectivity, configuring access to resources, configuring remote access, monitoring and mainataining windows clients, configuring backup and recovery options. This course covers the MCSA 70-687 exam objectives. *3 credit hours/4 billed contact hours*

Foundational knowledge of PC hardware, its maintenance, and repair. Students will learn to use, install, and configure current PC Operating systems and learn the fundamental principles of computer networks. In addition, this course will assist the student in preparing for the A+ Certification tests.

Advanced data structures, including lists, trees, sets and graphs. Analysis of algorithms. Emphasis on abstract data types, their representations and role as models in the development of computer algorithms.

A continuation of EDP 220 Computer Technician Essentials. Students will learn more advanced skills for installing, configuring, supporting and troubleshooting computer hardware and software. Computer networks and security will be discussed as well as customer service skills. In addition, this course will assist the student in preparing for the A+ Certification tests.

This course introduces the student to Local Area Networks (LAN's) and Wide Area Networks (WAN's) concepts and topologies, as well as networking hardware, software, and protocols along with the skills necessary to succeed in the dynmaic field of networking. The emphasis in this course will be on the NET+ certification objectives.

Fundamentals skills to install and configure a Windows based server. Students will learn (through hands-on instruction) various ways to deploy a window server and configure server components including: storage, server roles, hyper-v, core services, and group policies. The course will also help prepare the student for the latest Microsoft certification exam.

Hands-on instruction to demonstrate the ability to implement, administer, and troubleshoot information systems using Microsoft Windows Server infrastructure in an enterprise environment. This course will cover the administration tasks necessary to maintain a Windows Server 2012 infrastructure, such as configuring and troubleshooting name resolution, user and group management with Active Directory Domain Services (AD DS) and Group Policy, implementing Remote Access solutions such as DirectAccess, VPNs and Web Application Proxy, implementing Network Policies and Network Access Protection, Data Security, deployment and maintenance of server images, as well as update management and monitoring of Windows Server 2012 environments. The course will also help prepare the student for the latest Microsoft certification exam. *3 credit hours/4 billed contact hours*

Advanced instructions that will provide knowledge and ability to administer, support, and troubleshoot information systems that incorporate Microsoft Windows servers and clients. This course will also provide skills necessary to pass current Microsoft certification exam.

Fundamental knowledge and skills in system and computer network security. Students will learn about security threats and risks, and how to defend against them. Other topics covered will include access control, assessments and audits, cryptography, and organizational security. The course will prepare the student to pass the CompTIA Security + Certification exam.

Capstone course for all computer networking students and will integrate all of the networking skills acquired throughout the computer networking degree program. In this course, students will design, develop and implement a network design in either server infrastructure or router and switch infrastructure. Students will also prepare of an industry certification exam.

Building on the foundational concepts introduced in CIS 165 Hybrid Server I, this advanced course dives deeper into high-level server management topics. secure Windows servers, implement disaster recovery, migrate servers and workloads, manage performance, and monitor and troubleshoot Windows server environments. This course provides preparation for Microsoft Server certification exams towards MCSA AZ-801 certification.

Survey of the current operating systems (OS) being used. The course will cover topics such as: operating system theory, OS interfaces, installation and configuration, file structures, troubleshooting, and networking. The CompTIA certification exam objectives will be emphasized in the course.

A continuation of CIS 172 in which students will further master Linux installation, configuring and maintenance. Students will perform advance system administration, storage, and file management, and advance configuration networking and security. The course will follow LPIC-2 and CompTIA Linux+ Certifications Objectives.