Course Syllabi

Introduction to computer hardware, the Internet, computer software, troubleshooting, and customer service.

Fundamentals of modern networking technologies and protocols, practical applications, network troubleshooting, and an overview of the cloud.

This course will provide students with a working knowledge of the main components of an operating system, how to perform critical tasks such as managing software and users, and configuring hardware.

Students will learn about systems infrastructure and the services that keep organizations operational. The course content will cover cloud infrastructure, managing cloud resources, managing and configuring servers, the use of industry tools to manage computers, user information, and user productivity, as well as how to recover an organization’s IT infrastructure.

This course introduces students to threats and attacks, encryption algorithms and utilizing algorithms to safeguard data; information security: authentication, authorization, and accounting; network security solutions and in-depth security architecture, and creating a culture of security in an organization.

Introduction to the practices and processes of data analytics.

This asynchronous, beginner-level course is designed to provide IT professionals with in-demand skills, such as Python, Git, and IT automation, to advance their careers. This program consists of six modules in topics such as Python, Python interaction with operating system, Git and GitHub, troubleshooting and debugging techniques, configuration management and the cloud, and automating real-world tasks with Python. This course is Open Entry/Open Exit (OE/OE).

An introduction to the field of Cybersecurity which will teach learners how to identify common risks, threats, and vulnerabilities, as well as the techniques to mitigate them. This course will prepare learners for entry-level cybersecurity roles by allowing hands-on experience with industry recognized tools including Python, Linux and many other security tools like Security Information and Event Management (SIEM) programs.

This Course is Open Entry/Open Exit (OE/OE).

This course is designed to prepare learners for a career in the high-growth field of UX Design. Students will gain in-demand skills preparing them for entry-level jobs in UX Design.

Fundamentals of building IT infrastructure on Amazon Web Services (AWS). Optimizing the use of AWS Cloud through the development of an understanding of AWS services, best practices, and how they fit into cloud-based solutions.

Design patterns for architecting optimal IT solutions on AWS as well as troubleshooting AWS strategies and services.

This course is designed to equip students with practical skills in network security using Fortinet technologies. Through hands-on lab exercises, students will apply their theoretical knowledge in real-world scenarios, gaining valuable experience in operating the most common FortiGate features. Students will build on a solid foundation in network security concepts, enabling them to address cybersecurity challenges effectively. Students will learn how to configure and manage FortiGate devices, implement firewall policies, establish secure virtual private networks (VPNs), and conduct network monitoring and analysis. By the end of the course, students will have developed a deeper understanding of network security principles and best practices. Students will possess the skills necessary to protect critical network infrastructure and be well-prepared to pursue the associate-level credential by passing the Network Security Expert (NSE) Associate exam.  

This comprehensive course leverages Fortinet network security technologies to provide students with immersive, hands-on lab experiences, allowing them to apply their theoretical knowledge in practical settings. Students will learn how to secure networks and applications, encompassing the deployment, management, and monitoring of Fortinet network security products, public cloud products, and security operations products. Students will gain extensive practical experience in implementing and maintaining secure network infrastructures and learn how to configure advanced firewall policies, secure remote access through virtual private networks (VPNs), implement secure web applications, and utilize advanced threat protection mechanisms. Additionally, students will explore security operations practices, including vulnerability management, incident response, and security event analysis. By engaging with Fortinet technologies in real-world scenarios, students will develop expertise in network security concepts and acquire the skills necessary to address complex cybersecurity challenges. The course prepares students for three professional-level credentials and equips them with the knowledge and practical experience required for success in advanced network security. Students will possess the skills necessary to protect critical network infrastructure and be well-prepared to pursue the professional-level credential by passing the Network Security Expert (NSE) Professional exam.   

This dynamic course utilizes advanced Fortinet network security technologies to offer students immersive, hands-on lab experiences, fostering the application of theoretical knowledge in practical settings. Students will gain comprehensive practical experience implementing and managing advanced network security solutions. Students will focus on designing, administering, monitoring, and troubleshooting Fortinet operational technology (OT). Students will learn how to design secure OT networks, configure and monitor security operations infrastructure, and implement Zero Trust Access (ZTA) frameworks. Additionally, students will explore advanced topics such as threat intelligence, advanced threat protection, and network segmentation. Students will possess the skills necessary to be well-prepared to pursue the specialist-level credential by passing the Network Security Expert (NSE) Solutions Specialist exam.

This course leverages expert-level Fortinet network security technologies to offer students immersive, hands-on lab experiences, allowing them to apply their theoretical knowledge in practical settings. Students will focus on network security design, configuration, and troubleshooting for complex networks. Students will gain extensive experience in handling intricate network security challenges. They will learn advanced techniques for designing and implementing comprehensive security architectures, configuring complex network security policies, troubleshooting intricate network security issues, and exploring topics such as advanced threat protection, network segmentation, and security event analysis. Students will develop expertise in network security concepts by actively engaging with Fortinet technologies in real-world scenarios. Students will possess the skills necessary to be well-prepared to pursue the expert-level credential by passing the Network Security Expert (NSE) Expert exam.

Students will gain skill development in the performance of a variety of blood collection methods using proper venipuncture techniques and standard precautions. Includes vacuum collection devices, syringes, capillary skin puncture, butterfly needles and blood culture, and specimen collection on adults.

Provides information on the importance of plant science in agriculture. Also provides basic information on the study of germination, emer- gence, growth, and reproduction of important eco- nomic species; and how these plant processes are influenced by the environment, such as soil-water- plant relations.

Principles of plant biology and taxonomy with an emphasis on human relevance including plants as a source of food, fiber, medicine, and other commercially important uses.

To introduce students to the world of chemical application emphasizing the importance of integrated pest management. Students will accomplishing this through laws and regulations governing chemical applications, drift management, crop protection, application equipment, and personal safety.

An introduction to the science of entomology focusing on basic principles of systematics, morphology, physiology, behavior, ecology, and economics in relation to agriculture.; as well as, an introduction to agriculturally beneficial and harmful insects, control methods and the action mode of insecticides.