Course Description
ENC2210 – Technical Writing is a 3-credit lecture-discussion course that develops the genre conventions, rhetorical strategies, and professional standards of technical and workplace communication. Students learn to plan, draft, design, and revise documents commonly encountered in technical, scientific, healthcare, business, and engineering contexts: workplace memos and emails, business letters, technical descriptions and definitions, instructions and procedures, formal reports (progress, recommendation, feasibility), proposals, instruction manuals, technical résumés and cover letters, and multimodal communication (presentations, web pages, infographics).
The course sits within the Florida Statewide Course Numbering System (SCNS) under English > Composition > Technical Writing and is offered at approximately 25 Florida public institutions. ENC2210 is required or strongly recommended in many engineering, computer science, business, healthcare, and applied-science programs across the SUS — particularly engineering and computer science majors at UF, FSU, UCF, USF, FIU, FAU, FGCU, and FAMU-FSU College of Engineering. At UF, the course is administered by the Department of English and is heavily enrolled by engineering and applied-science majors.
ENC2210 is a writing-intensive Gordon Rule course that satisfies the writing-across-the-curriculum requirement under Florida State Board of Education Rule 6A-10.030. A grade of C or higher is required for the course to satisfy general education and major requirements at most institutions. The course is distinct from ENC1101 (Composition I) and ENC1102 (Composition II): ENC2210 focuses on professional and technical genres rather than academic essays.
Learning Outcomes
Required Outcomes
Upon successful completion of ENC2210, students will be able to:
- Apply rhetorical principles (purpose, audience, context, genre, stance) to professional and technical communication situations.
- Conduct audience analysis for technical documents, distinguishing among expert, technician, manager, and lay audiences and adapting content, vocabulary, and design accordingly.
- Compose effective workplace correspondence: emails, memos, business letters; standard formats, tone, and conventions.
- Compose effective technical descriptions, definitions, and instructions: process descriptions, mechanism descriptions, extended definitions, step-by-step procedures.
- Compose effective technical reports: short-form reports (progress, status, lab); long-form reports (feasibility, recommendation, formal research); standard report sections (executive summary, introduction, methods, findings, recommendations, conclusions, references, appendices).
- Compose effective proposals: solicited and unsolicited; internal and external; the proposal genre and its persuasive structure.
- Compose effective instruction manuals and other procedural documents.
- Apply principles of document design: page layout, typography, headings, lists, white space, color; designing for usability and accessibility.
- Integrate visual elements effectively: tables, figures, diagrams, charts, photographs; principles of effective data visualization.
- Conduct research for technical documents: locating credible sources, integrating sources, and citing sources using appropriate styles (APA, IEEE, ACM, or others depending on field).
- Apply principles of effective technical style: clarity, concreteness, conciseness, parallelism, active vs. passive voice, technical vocabulary, sentence and paragraph construction.
- Apply ethics and professionalism in technical communication: avoiding plagiarism, citing sources, intellectual property, ethical responsibilities of technical writers.
- Compose effective job-search documents: technical résumés, cover letters, professional online profiles.
- Collaborate effectively in team writing, including project management, division of labor, document review, and collaborative editing.
Optional Outcomes
Depending on instructor specialty and institutional emphasis, students may also:
- Develop oral presentation skills for technical contexts: progress presentations, conference posters, briefings.
- Compose multimodal and digital documents: web pages, infographics, podcasts, video, social media for professional contexts.
- Engage with international and intercultural technical communication: writing for global audiences, translation considerations.
- Investigate industry-specific technical writing: healthcare/medical writing; engineering specifications; software documentation; legal writing.
- Apply usability testing methods to instructional or procedural documents.
- Engage with technical editing as a distinct skill set.
Major Topics
Required Topics
- Foundations of Technical Communication: What technical communication is; the rhetorical situation in technical contexts; audience, purpose, context, genre, stance.
- Audience Analysis: Expert, technician, manager, and lay audiences; adapting content and design; multiple-audience challenges.
- The Writing Process for Technical Documents: Planning, drafting, designing, revising, editing, and proofreading; managing collaborative writing.
- Workplace Correspondence: Email; memos; business letters; standard formats and conventions.
- Technical Descriptions, Definitions, and Instructions: Mechanism and process descriptions; extended definitions; instructions and procedures; warnings and safety information.
- Technical Reports: Short reports (progress, lab, status); long reports (feasibility, recommendation, formal research); the IMRaD structure (Introduction, Methods, Results, and Discussion); executive summaries.
- Proposals: Solicited vs. unsolicited; internal vs. external; the persuasive structure of proposals.
- Instructions and Manuals: Step-by-step procedures; usability principles; visual integration.
- Research and Source Use: Locating credible sources (databases, gray literature, government documents); integrating sources; documentation styles (APA, IEEE, ACM, MLA).
- Document Design: Page layout; typography; headings and hierarchy; lists; white space; color; print and digital design considerations; accessibility (Section 508, WCAG).
- Visual Elements: Tables; figures; diagrams; charts and graphs; photographs; principles of effective data visualization; ethics of visualization.
- Style: Clarity, concreteness, conciseness, parallelism, active and passive voice, technical vocabulary, sentence and paragraph design.
- Ethics in Technical Communication: Plagiarism and intellectual property; ethics of data presentation; conflicts of interest; ethical responsibility for safety and accuracy; case studies (the Challenger disaster, etc.).
- Job-Search Documents: Résumés (technical and chronological); cover letters; LinkedIn and professional online presence.
- Collaborative Writing: Team writing strategies; project management; collaborative tools (Google Workspace, Microsoft 365, version control).
Optional Topics
- Oral and Multimodal Presentations: Slide design; conference posters; briefings.
- Web and Digital Documents: Writing for the web; HTML basics; content management.
- Infographics and Data Storytelling.
- Industry-Specific Writing: Healthcare; engineering specifications; software documentation; user-experience writing.
- Usability Testing: Methods for testing the effectiveness of documents and interfaces.
- International Technical Communication: Writing for global audiences; translation; localization.
- Technical Editing: Levels of edit; copyediting vs. substantive editing.
Resources & Tools
- Most-adopted textbooks at Florida institutions: Technical Communication by Mike Markel and Stuart A. Selber (Bedford/St. Martin's) — among the most widely-used; Practical Strategies for Technical Communication by Markel; Technical Communication Today by Richard Johnson-Sheehan (Pearson); Technical Communication by Lannon and Gurak (Pearson).
- Open-access alternative: Open Technical Communication by Cassandra Race et al. (Affordable Learning Georgia, free) — increasingly adopted at Florida community colleges as a zero-textbook-cost option; Technical Writing Essentials by Suzan Last (open textbook, BC Open Textbooks).
- Style and reference resources: The Chicago Manual of Style; Microsoft Manual of Style; the IEEE Editorial Style Manual; the Plain Language Action and Information Network (plainlanguage.gov, free).
- Online learning platforms: Achieve (Bedford/St. Martin's, paired with Markel); LaunchPad; institution Canvas modules.
- Document design tools: Microsoft Word and the Microsoft 365 suite; Adobe InDesign and Acrobat; Google Workspace; LaTeX (for engineering and scientific contexts).
- Visualization and graphics tools: Microsoft Excel, Tableau, Adobe Illustrator, Canva, Lucidchart.
- Citation management: Zotero (free); Mendeley; EndNote.
- Professional organization: Society for Technical Communication (STC); the Association of Teachers of Technical Writing (ATTW); the IEEE Professional Communication Society.
Career Pathways
ENC2210 is foundational for nearly every Florida-relevant career pathway that involves writing in professional or technical contexts:
- Engineer (any field) — engineering programs at UF, FSU/FAMU, UCF, USF, FIU, FAU, and FGCU often require ENC2210 or its upper-division equivalent for accreditation purposes (ABET requires written and oral communication competence).
- Computer Scientist / Software Engineer — Tampa, Miami, and Orlando tech sectors; technical documentation, user manuals, software specifications.
- Technical Writer / Information Developer (SOC 27-3042) — a distinct career; Florida employers in software, healthcare, aerospace, and defense.
- UX Writer / Content Designer — growing field; Florida tech sector employers.
- Healthcare and Medical Writer — Florida's healthcare industry; pharmaceutical and medical-device companies.
- Grant Writer — Florida nonprofits, research universities, healthcare systems.
- Project Manager (technical) — Florida construction, IT, healthcare, and aerospace.
- Quality Assurance / Quality Documentation Specialist — manufacturing, healthcare, regulated industries.
- Public Health Communicator / Risk Communicator — Florida Department of Health, county health departments, hospitals.
- Editor and Publisher in technical and scientific publishing.
Special Information
The Gordon Rule and Writing Requirements
ENC2210 is designated under Florida State Board of Education Rule 6A-10.030 as a writing-intensive course. A grade of C or higher is required for the course to count toward Gordon Rule satisfaction; a C-minus is not sufficient.
Articulation and Transfer
ENC2210 articulates to all Florida SUS institutions and satisfies a 3-credit writing or communication requirement at most institutions. It is required or strongly recommended in engineering, computer science, business, applied-science, and many healthcare programs across the SUS. Some engineering programs accept ENC2210 in place of ENC1102 (Composition II) for major requirements.
Prerequisites
The standard prerequisite is ENC1101 (Composition I) with a minimum grade of C at most institutions. Some institutions also require ENC1102 (Composition II); others accept either as a prerequisite. Specific requirements vary by institution.
Course Format and Workload
ENC2210 is typically a lecture-discussion course meeting three hours per week, often offered in face-to-face, hybrid, and fully online formats. Expect 4–8 major writing assignments across the semester (typically including memos, an extended definition or technical description, an instruction manual or procedural document, a formal report or proposal, and a job-search portfolio), substantial peer review, and (at some institutions) team writing projects and oral presentations. The total writing volume typically meets or exceeds 6,000 words across formal documents.
Course Code Variations
Florida institutions consistently title this course "Technical Writing" or sometimes "Professional Writing." A related course, ENC3254 (Writing for Health Professions), exists at UF and a few other institutions for nursing, pre-medical, and healthcare students specifically. ENC3250 (Professional Writing) is a related upper-division course at some institutions. Students should consult their advisor about which technical/professional writing course best matches their major.