Selected Studies in Computer Engineering Technology

Course Description

CET2930C – Selected Studies in Computer Engineering Technology is a 3-credit, lecture/lab course within Florida's Engineering Technologies > Computer Engineering Technology taxonomy. Topics of current interest in computer engineering technology are presented through group instruction and hands-on laboratory activities. Because the subject matter rotates to reflect emerging trends and institutional needs, this course may be taken up to four times for credit. A lab fee is required.

As a "Selected Studies" (930) course in the Florida Statewide Course Numbering System (SCNS), CET2930C serves as a flexible, special-topics vehicle that allows Florida colleges to address contemporary developments in areas such as hardware systems, embedded computing, networking, cybersecurity, IoT, or other rapidly evolving domains within Computer Engineering Technology.

Learning Outcomes

Required Outcomes

Upon successful completion of the course, students will be able to:

• Identify and explain current topics, technologies, or methodologies of interest within the Computer Engineering Technology field as defined by the instructor for that term.
• Apply principles and theories of science, engineering, and mathematics to practical problems related to the selected topic area.
• Demonstrate laboratory or hands-on skills directly relevant to the selected topic through structured lab activities.
• Analyze technical problems and propose solutions using tools, techniques, or equipment appropriate to the topic of study.
• Communicate technical findings clearly in written and/or oral formats appropriate to the engineering technology discipline.

Optional Outcomes

Depending on the topic selected for a given term, additional outcomes may include:

• Install, configure, service, and troubleshoot computer hardware, peripherals, or networked systems.
• Design or evaluate embedded systems, microprocessor-based systems, or computer-controlled equipment.
• Apply cybersecurity principles to protect information technology infrastructure.
• Evaluate and implement networking technologies including routing, switching, or wireless systems.
• Examine industrial control systems, SCADA systems, or robotic manufacturing systems within a computer engineering context.
• Prepare for or review material aligned with a relevant industry certification (e.g., CompTIA A+, Network+, Security+, Cisco CCNA).

Major Topics

Required Topics

All sections of CET2930C must address a coherent, current area of Computer Engineering Technology through both instruction and laboratory application. The following elements are required regardless of the specific topic chosen:

• Introduction to the Selected Topic: Background, context, and current industry relevance of the chosen subject area.
• Theoretical Foundations: Scientific, mathematical, and engineering principles underlying the topic.
• Hands-On Laboratory Work: Practical exercises, experiments, or projects that reinforce lecture content and develop technical skills.
• Problem Analysis and Troubleshooting: Systematic identification and resolution of technical problems within the topic domain.
• Technical Documentation and Reporting: Proper documentation of lab results, configurations, or project outcomes.

Optional / Topic-Dependent Content Areas

Content will vary by term and institution. Common topic areas offered across Florida colleges include:

• Computer Hardware and Systems: PC architecture, components, assembly, repair, and peripherals (A+ certification alignment).
• Digital Systems and Logic: Digital fundamentals, Boolean algebra, combinational and sequential circuits.
• Microprocessors and Embedded Systems: Microcontroller programming, interfacing, and embedded application development.
• Networking Technologies: Network fundamentals, Cisco router/switch configuration, wireless networking, network troubleshooting.
• Operating Systems: Installation, configuration, and administration of desktop and server operating systems (Windows, Linux/Unix).
• Cybersecurity and Information Security: Security fundamentals, vulnerability assessment, and best practices aligned with CompTIA Security+.
• Industrial Control and Automation: SCADA systems, programmable logic controllers (PLCs), and robotic/automated manufacturing systems.
• Emerging Technologies: Internet of Things (IoT), cloud computing fundamentals, virtualization, or other current developments in computer engineering technology.

Resources & Tools

• Laboratory Equipment: Computers, networking hardware (routers, switches, patch panels), oscilloscopes, multimeters, microcontroller development boards (e.g., Arduino, Raspberry Pi) as appropriate to the selected topic.
• Software: Cisco Packet Tracer (networking topics), virtual machine platforms (VMware, VirtualBox), terminal/SSH clients, integrated development environments (IDEs) for embedded programming.
• Textbooks / Course Materials: Selected by the instructor to match the term's topic; may include CompTIA, Cisco, or vendor-specific study guides.
• Florida SCNS Course Profile: flscns.fldoe.org – official statewide course numbering and profile information.
• Lab Fee: A lab fee is required for all sections of CET2930C to cover consumable materials and equipment use.

Career Pathways

CET2930C supports preparation for technical careers across a broad range of industries. Graduates of programs incorporating this course are prepared to work as technical professionals in areas such as:

• Computer hardware technician / PC repair and support specialist
• Network technician or administrator
• Embedded systems or microcontroller technician
• IT support specialist or help desk technician
• Industrial automation and control systems technician
• Cybersecurity support technician
• Field service engineer or electronics systems technician

This course also supports articulation pathways to baccalaureate programs in Electrical and Computer Engineering Technology (B.S.E.C.E.T.) offered at institutions such as Valencia College, as well as transfer into upper-division engineering technology programs at Florida state universities.

Special Information

Repeatable for Credit

CET2930C may be taken up to four times for credit, provided the topic of study differs each term. Students should confirm the topic with their advisor or the course instructor before re-enrolling.

Industry Certification Preparation

Depending on the topic selected for a given term, this course may align with or support preparation for the following industry certifications:

• CompTIA A+ – Computer hardware and operating systems
• CompTIA Network+ – Networking fundamentals
• CompTIA Security+ – Information security fundamentals
• Cisco CCNA – Cisco networking (routing and switching)
• Cisco CCST – Cisco Certified Support Technician

Students interested in certification pathways should consult with their program advisor to identify which term's topic best aligns with their certification goals.