Provides an introduction to digital thread-related cyber security threats and challenges, as well as mitigation tools and techniques. The course explores databases and data assurance, anti-tampering, communications, governmental cyber regulations, and other cybersecurity-related topics as applicable throughout the lifecycle of a manufactured product.
3 Credit Hours
In this class, you will learn the foundation of introduction to operating systems, virtualization and basic networking concepts. You will learn how to manage and administer current desktop operating systems (Windows, Linux, and Mac OS X). In addition, you will explore operating systems for mobile devices (Apple IOS, Google Android) and will be introduced to widespread applications for IoT and Cloud concepts. This class will also cover personal and enterprise cybersecurity principles to help protect yourself from common cyber-attacks.
3 Credit Hours
Introduction to computer networking. Topics include network standards and the Open Source Interconnection (OSI) model, topologies and Ethernet standards, network hardware, remote connectivity, wireless networking, in-depth TCP/IP, network security, network troubleshooting and network management.
3 Credit Hours
This course covers networking architecture, structure, and functions. The course introduces the principles and structure of IP addressing and the fundamentals of Ethernet concepts, media, and operations to provide a foundation for the Network Engineering curriculum. Students will understand the functions and services associated with the two major models (OSI and TCP/IP) used to plan and implement networks. Students will be able to design an IP addressing scheme to provide network connectivity for a small to medium-sized network. Use Command Line Interface (CLI) to configure initial settings on routers and switches to implement basic network connectivity between devices.
3 Credit Hours
This class is for intermediate to advanced students seeking both the theoretical and practical aspects of building a PC. The class covers CPU, storage devices, printers, and networking devices. This class also includes functions and installation of operating systems as well as troubleshooting steps and common tools. Will help students in preparation for the CompTIA A+ Certification.
4 Credit Hours
Installing and administering systems that incorporate the current Microsoft desktop operating system. Administering shared resources including files, folders, and printers; installing, managing, and troubleshooting hardware devices; monitoring and optimizing system performance and reliability; implementing network protocols; and configuring security elements.
3 Credit Hours
Assessment of skills and competencies of Computer Information Systems students through project-based activities. Demonstration of achievement of degree option outcomes via oral and written presentations and creation of a professional growth plan. Course should be taken in the last term prior to graduation.
3 Credit Hours
Students earn academic credit toward their graduation requirement by working in a professional information technology environment. Students must work at an approved site and be supervised/mentored by a professional in the field. The internship coordinator can help guide students in their search, but students are ultimately responsible for obtaining a qualifying position. Students already working in the field may apply to use that experience to meet the internship requirement if they can prove that new learning will take place. Internship hours vary based on credit hours.
1 - 4 Credit Hours
Varied content offering of special interest to the discipline but not covered within existing courses; may be scheduled in a classroom/seminar setting or in nontraditional format.
0.5 - 9 Credit Hours
This course focuses on learning the architecture, components and operations of routers and switches in a small network. Students will learn how to configure a router and a switch for basic functionality. Commonly used network services and protocols will be studied.
4 Credit Hours
This course offers an understanding of security principles and tools available to achieve an appropriate level of network security. Hardware devices (routers and switches from multiple vendors), protocols, and switching technologies will be considered, including Virtual Local Area Networks (VLANs), VLAN Trunking Protocol (VTP), Rapid Spanning Tree Protocol (RSTP), and others.
3 Credit Hours
The focus of this course is on the architecture, components, and operations of routers and switches in a larger and more complex network. Students will learn how to configure routers and switches for advanced functionality. Students will be able to configure and troubleshoot routing protocols and wireless networks using IPv4 and IPv6 on equipment from various vendors.
4 Credit Hours
This course will focus on defining Internet of Things (IoT), what the IoT Ecosystem is, and how to support IoT on a network. Students will learn how to support, configure, and secure IOT devices on a network. Students will be able to integrate IOT devices into modern networks and help protect them from cyber threats.
4 Credit Hours
In this course, we'll explore the fusion of technology and connectivity, uncovering how everyday objects become intelligent and interconnected. Learn key IoT concepts, technologies, and applications across industries using hands-on experiences. Personalize learning experience with goal-driven labs and create the product solution you have always been interested in. This course explores the fundamental infrastructure from the edge to the cloud. Learn what is possible to begin to create the impossible. Develop an understanding of how to do work with the Agile mindset. Get ready to understand the transformative power of IoT and its impact on our connected world!
3 Credit Hours
Introductory and intermediate aspects of Windows Server administration. Outcomes include installation of the current Windows Server operating system, setup of roles and features, virtualization, client server networking, and knowledge of Active Directory and Group Policy.
3 Credit Hours
Intermediate administration and support functions of the current Windows Server operating system. Focus is on more detailed functions of common roles and features such as core networking, security, and Windows Updating. Also more advanced use of Active Directory and Group Policy.
3 Credit Hours
Advanced windows services such as advanced network services, security, backups, and IP Address Management (IPAM). High availability through Network Load Balancing, Failover Clustering, Site failover. Also features such as Federation Services, Certificate Services, and Rights Management Services, and other advanced topics included.
3 Credit Hours
This course will prepare students for the Amazon AWS Certified Solutions Architect industry certification. Use of Amazon provided materials and third-party learning labs to give students the best mix of content to meet the goals of the certification and future career requirements. Students will become proficient in different aspects of cloud-based computing in different industries and configurations.
3 Credit Hours
Linux operating system installation, management, administration, troubleshooting techniques, writing and debugging shell procedures, pipes and interprocess communications, command lists, and network configuration for beginning and intermediate students. This course prepares students for the CompTIA Linux + exam.
3 Credit Hours
Successfully plan, build, and secure systems for a Microsoft Windows Server environment. The primary purpose of this course is to provide experience using actual enterprise state-of-the-art class servers hardware and software. Our classroom is equipped with many new enterprise servers for a hands-on experience. Also includes sections on introductory forensics and securing servers with penetration testing.
3 Credit Hours
Intermediate computing and network security fundamentals. Topics include network vulnerabilities and attacks, network defenses, wireless network security, access control, network assessment and auditing, cryptography, and organizational security. Preparation will also be given for the ComptTIA Security+ exam.
3 Credit Hours
Intermediate computer and Penetration Testing fundamentals. Topics include penetration testing, vulnerability assessment and attacks, social engineering, network and application exploitation, and best practices to communicate recommended strategies to improve the overall state of IT security. Preparation will also be given for the ComptTIA PenTest+ exam.
3 Credit Hours
Intermediate level system and network security related topics including legal ramifications, assessment, social engineering, vulnerability testing, system hacking, network scanning and analysis, mobile device security, Cloud and IoT, cryptography, and remediation. This course includes the TestOut Ethical Hacker certification exam and will help students in their preparation for the ECCouncil Certified Ethical Hacker CEH exam.
3 Credit Hours
Intermediate security related topics including security and risk management, security engineering, communication and network security, identity management, security assessment and operations, and software development security. This course will help students in their preparation for the Certified Information Systems Security Professional (CISSP) exam.
4 Credit Hours
Intermediate and advanced problem solving techniques for Windows desktop operating systems. Includes network and cloud applications and remote access administration. Configure and problem solve operating system functions in real world hands on labs.
3 Credit Hours
Computer forensics is the study of obtaining and analyzing evidence/information for use as evidence in civil, criminal, or administrative cases.
3 Credit Hours
This course will continue a personalized IoT experience with goal-driven labs. The technology focus of this course will be security, wireless, machine learning, and specific vertical applications. This enablement creates an advanced product solution with wireless connectivity, low power modes, machine learning on the edge, edge encryption, secure boot, and more. Continue your exploration into infrastructure discovery and innovation. Finalize your chip to cloud automation and security. Begin to look beyond the technology and toward creating incremental value with IoT and developing a profitable business mindset. Compete in the White Rabbit game, testing your IoT technology skills. Use current trends in IoT development and protocols to create your own secure IoT solutions.
3 Credit Hours
The Cloud Native and IoT course provides students with a comprehensive knowledge of IoT using cloud computing. Students will evaluate and build on AWS using their IoT services while also creating their own cloud. They will learn about AWS IoT Core, IoT analytics, IoT device programming, IoT protocols, data science for IoT, digital storage for IoT, and how to apply them to real-world scenarios. Throughout the majority of this course, students will engage in hands-on assignments and projects, building and deploying IoT solutions on AWS and a Personal Cloud. By the end of the course, students will be able to analyze and create IoT solutions using both commercial cloud platforms and their cloud.
3 Credit Hours
Students earn academic credit toward their graduation requirement by working in a professional industrial technology environment. Students must work 30 hours per week and be supervised/mentored by a professional in the field. The internship coordinator can help guide students in their search, but students are ultimately responsible for obtaining a qualifying position. Students already working in the field may apply to use that experience to meet the internship requirement if they can prove that new learning will occur.
3 Credit Hours
This advanced Internet of Things (IoT) course provides students with a unique opportunity to apply their IoT knowledge in a real-world context by working on projects directly with industry clients. Students will engage in the hands-on development of IoT solutions and tackling real challenges faced by companies in various sectors. The course emphasizes the entire cycle of IoT solution development, from concept and design through development, and into deployment and evaluation. This course emphasizes value creation for the client.
3 Credit Hours