Introduction to Computers

Course Description

CGS1060C – Introduction to Computers is a 3-credit, integrated lecture-and-lab course providing a broad introduction to computer and digital-technology concepts essential for college-educated workers across all fields. The course covers computer hardware (CPUs, memory, storage, peripherals); software (operating systems, applications, system software); networks and the Internet; the World Wide Web and web applications; cloud computing; security and privacy; database concepts; and the social, ethical, and economic impacts of computing. Most institutions also include hands-on practice with productivity software (typically Microsoft Office) and Internet/web tools as part of the integrated lab component.

The course sits within the Florida Statewide Course Numbering System (SCNS) under Computer and Information Sciences: General > Computer Literacy and is offered at approximately 20 Florida public institutions. CGS1060C satisfies general-education requirements at many Florida institutions — at UCF, for example, it satisfies the GEP Mathematical Foundations 2 requirement. The course is widely available in face-to-face, hybrid, and fully online formats. No prior computer experience is assumed.

CGS1060C is a conceptually broad course rather than a deep applied-software training course. Students who need extensive Microsoft Office training should consider CGS1100C (Microcomputer Applications) instead. Students intending to major in computer science typically take COP1000C (Introduction to Computer Programming) or COP2210/COP2334 directly rather than CGS1060C; CGS1060C is explicitly not open to computer science majors at some institutions (e.g., UCF).

Learning Outcomes

Required Outcomes

Upon successful completion of CGS1060C, students will be able to:

• Identify and describe the fundamental components of a computer system: CPU, memory (RAM, ROM, cache), storage (HDD, SSD, optical, cloud), input/output devices, and how these components interact.
• Distinguish between hardware and software; identify major categories of software (system software, applications, utilities); describe the role of operating systems.
• Describe how data is represented in a computer: binary representation; ASCII and Unicode; image, audio, and video encoding at an introductory level; data compression.
• Describe the function and structure of computer networks: LANs and WANs; the Internet architecture; IP addresses and DNS; common network protocols at an introductory level; wireless networking.
• Use the World Wide Web and Internet services effectively: web browsing; effective search strategies; email; video conferencing; cloud-based collaboration; social media at a workplace-appropriate level.
• Demonstrate file management: file naming and organization; folder hierarchies; file types and extensions; file backup and recovery.
• Use productivity software at a foundational level: word processing (Microsoft Word or equivalent); spreadsheets (Microsoft Excel or equivalent); presentation software (PowerPoint or equivalent); productivity software in cloud environments (Google Workspace, Microsoft 365).
• Apply computer security and privacy practices: password management; phishing recognition; malware protection; safe online behavior; understanding privacy implications of online services.
• Describe databases at an introductory level: what databases are; relational vs. nonrelational; database queries at a conceptual level.
• Discuss the social, ethical, and economic impacts of computing: digital divide; computing and the workplace; intellectual property and copyright; ethics of technology.
• Describe emerging technologies at an introductory level: cloud computing; mobile technology; artificial intelligence; the Internet of Things; cybersecurity threats and trends.
• Apply technology vocabulary appropriately in workplace and academic contexts.
• Engage in computer-based learning environments: navigating learning management systems (Canvas, D2L, Blackboard); submitting assignments online; participating in online discussions.

Optional Outcomes

• Engage with introductory web design: HTML and CSS at a survey level.
• Engage with basic computer programming concepts at a survey level (full programming instruction in COP1000C).
• Engage with data analysis basics using Excel beyond foundational level.
• Apply collaborative tools and workflows: Microsoft Teams, Slack, project-management tools.
• Engage with artificial intelligence tools for productivity at a workplace-appropriate level.
• Engage with career-relevant industry certifications at a survey level.

Major Topics

Required Topics

• Introduction to Computing: What computers do; the history of computing at a survey level; types of computer systems (PCs, laptops, tablets, smartphones, servers, supercomputers, embedded systems).
• Computer Hardware: CPU and processing; memory hierarchy (registers, cache, RAM, storage); storage devices; input devices; output devices; expansion and connectivity.
• Operating Systems: Functions of the operating system; Windows, macOS, Linux, Chrome OS, mobile operating systems; user interfaces (GUI, command line); system maintenance basics.
• Application Software: Productivity applications; specialty software; cloud-based vs. installed software; software licensing.
• Data Representation: Binary number system; ASCII and Unicode; how images, audio, and video are encoded; data compression principles.
• Networks and the Internet: LANs and WANs; the Internet architecture; IP addresses, DNS, the World Wide Web; web browsers; HTTP and HTTPS; wireless networks (Wi-Fi, cellular).
• The Web and Web Applications: Effective searching; evaluating online information; web-based productivity tools; social media; e-commerce; streaming; cloud storage and collaboration.
• File Management: File systems; file naming and organization; common file formats; backup strategies; cloud storage services.
• Productivity Software (Hands-On Lab Component): Word processing essentials; spreadsheets at a foundational level; presentation software; (often) basic database concepts.
• Computer Security and Privacy: Authentication and password management; common threats (malware, phishing, social engineering); safe online behavior; privacy and data collection; data breaches; encryption at a conceptual level.
• Databases at an Introductory Level: What databases are; tables, records, fields; queries at a conceptual level.
• Cloud Computing: What the cloud is; SaaS, PaaS, IaaS at a survey level; cloud storage; cloud-based productivity.
• Emerging Technologies: Mobile computing; the Internet of Things; artificial intelligence and machine learning at a survey level; virtual and augmented reality; emerging cybersecurity threats.
• Computing in Society: Digital divide; computing and the workplace; intellectual property; copyright and fair use; the ethics of technology; computing careers.

Optional Topics

• Introductory Web Design: HTML and CSS at a survey level; web-page authoring basics.
• Introductory Programming Concepts: Common programming concepts (variables, loops, conditionals); preview of COP1000C.
• Data Analysis Basics: Excel formulas and functions beyond foundational level; introductory data visualization; basic statistics in Excel.
• Collaborative Tools: Microsoft Teams, Slack, project-management software, video conferencing tools.
• AI Tools for Productivity: Workplace-appropriate use of AI assistants for writing, summarization, and research; AI literacy and limitations.
• Industry Certifications: CompTIA IT Fundamentals (ITF+); IC3 Digital Literacy Certification.

Resources & Tools

• Most-adopted textbooks at Florida institutions: Discovering Computers by Vermaat, Sebok, Freund, et al. (Cengage); Technology in Action by Evans, Martin, and Poatsy (Pearson); Computers Are Your Future by Daley (Pearson); Going Pro 365 (online textbook + practice platform).
• Open-access alternative: Computer Concepts on Lumen Learning (free) — increasingly adopted at Florida community colleges as a zero-textbook-cost option.
• Online learning platforms: Cengage SAM (Skills Assessment Manager) — widely used for Microsoft Office practice and assessment; Pearson MyLab IT; institution Canvas modules; LinkedIn Learning (often free via institution library).
• Software access: Most Florida institutions provide free access to Microsoft 365 (Office 365) for current students through their institution accounts. Google Workspace is freely available; Apple iWork is free on Macs.
• Practice resources: GCFLearnFree.org (free tutorials on Office and Internet skills); Microsoft Learn (free); Khan Academy computing modules.
• Tutoring and support: Institution computer learning centers; library digital-literacy programs; faculty office hours.

Career Pathways

• Office and Administrative Roles — every modern office position requires basic computing literacy.
• Healthcare Administration / Medical Records / Health Information Technology — Florida's substantial healthcare sector.
• Customer Service / Sales / Hospitality — Florida's tourism and service economy.
• Education (K–12 and Adult Learners) — digital literacy is increasingly central to teaching.
• Government and Public Service — Florida's substantial state and local government workforce.
• Small Business Operation — fundamental computer skills for entrepreneurs.
• IT Support (Entry-Level, with Additional Coursework) — pathway to CompTIA A+ and beyond.
• Computer Support Specialist — pathway through institution IT certification programs.

Special Information

Articulation and Transfer

CGS1060C articulates to all Florida SUS institutions. At UCF and some other institutions, the course satisfies the General Education Program Mathematical Foundations 2 requirement; at other institutions it counts as a free elective or part of a computer-information-technology AS degree. Students should consult their specific institution's catalog.

CGS1060C vs. CGS1100C vs. COP1000C

Florida offers three commonly-confused entry-level computing courses with distinct purposes:

• CGS1060C (this course) — Introduction to Computers: broad conceptual literacy; computing in society; foundational productivity software practice. Best for students who want general digital literacy.
• CGS1100C — Microcomputer Applications: deeper hands-on practice with Microsoft Office (Word, Excel, PowerPoint, often Access). Best for students entering business, healthcare administration, office roles.
• COP1000C — Introduction to Computer Programming: writing actual programs (typically Python). Best for students entering computer science, IT, or technical fields.

The three courses are typically not interchangeable for major requirements; students should confirm with their advisor which course matches their program.

Not for CS Majors

At most Florida institutions, CGS1060C is not appropriate for students intending to major in computer science. CS majors typically begin with COP1000C, COP2210, COP2220, or COP2334. CGS1060C may not satisfy major requirements for CS programs.

Course Format and Workload

CGS1060C is typically a 3-credit integrated lecture-and-lab course meeting 3–4 hours per week, very widely offered in face-to-face, hybrid, and fully online formats. Expect: weekly textbook reading; regular online quizzes and discussion-board participation; weekly hands-on lab assignments using SAM or similar platform; 3–4 SAM Projects demonstrating productivity-software proficiency; 2–4 exams (often proctored). Out-of-class workload typically runs 4–6 hours per week.

Course Code Variations

Florida institutions title this course "Introduction to Computers," "Computer Concepts," or "Introduction to Computer Technology and Applications." The course is consistently 3 credits across institutions. The lab-integrated "C" form is most common; some institutions also offer CGS1060 (lecture-only) without the integrated lab. At some institutions, CGS1060C is paired with or replaced by CGS1000 or CGS1071 (similar content under different SCNS codes).