Introduction to Technical Writing
Technical writing course content provides students with the tools and skills needed to communicate complex information clearly to expert and non-expert audiences. While technical writing may involve writing styles and formats specific to STEM fields like science, engineering, healthcare and IT, the core goal is presenting information in a way that is organized, accurate and easy to understand.
Some key elements covered in an introductory technical writing course include:
Understanding the role and purpose of technical writing – communicating objective facts to teach, instruct or explain how something works. Technical writing aims for an objective, impartial tone without subjective opinions.
Learning to identify different audiences – technical writing often needs to reach both expert and non-expert audiences. Content and language must be tailored depending on the audience’s background and needs. Clear, concise writing is critical.
Research methods for technical writing – researching topics thoroughly using credible sources. Understanding source material is key before attempting to simplify or reorganize concepts for others. Proper citation of sources is covered.
Organizational structures for technical documents – common structures like chronological, comparison, problem-solution are examined for organizing complex information logically and sequentially. Formatting like headings help with readability.
Writing clearly and concisely – using active voice, defining terms, maintaining parallel construction and careful word choice to write in a direct, simple style. Reducing wordiness, truncating sentences and focusing on the key facts.
Incorporating visual elements – incorporating figures, images, tables, graphs, diagrams and charts to visually break up blocks of text and aid comprehension. Captions and cross-references are included.
Document design – effective document design principles like use of white space, paragraph length, font size are covered. Consistent formatting creates a polished, professional appearance.
Editing and reviewing documents – both self-editing and peer reviewing documents are practiced. Checklists of items to review for clarity, flow, grammar, mechanics are used. Incorporating feedback improves final drafts.
Common technical document types – common technical document types such as process descriptions, user guides, white papers, proposals, presentations are analyzed for purpose and structure. Students gain experience with different formats.
Ethics in technical writing – accurately representing research data and source information. Avoiding plagiarism and properly attributing others’ work. Respecting diversity of audiences. Maintaining neutral, impartial objectivity.
Intermediate Technical Writing
After gaining foundational skills, intermediate technical writing courses delve deeper into specific formats, styles and skills:
Scientific research writing – clear descriptions of research hypotheses, methods, results and conclusions using IMRD structure (Introduction, Methods, Results, Discussion). Incorporating quantitative and qualitative data.
Usability testing documents – planning, conducting and reporting on usability tests of software, products or processes. Methods may involve thinking aloud protocols, observations, interviews, surveys.
Instructional materials – writing instructions, manuals, process documents through sequential task listing, numbering, bulleted lists. Use of a consistent style guide. Inclusion of examples.
Proposals – outlining needs, presenting solutions, estimating costs/timeframes and identifying risks/limitations for internal/external proposals to solicit funding or approval.
Formal reports – distinguishing executive summaries, problem statements, findings and recommendations to administration or management.
Technical definitions – writing clear, precise definitions of technical terminology for consistency across documentation.
Online help content – writing for different online contexts like context-sensitive help, tutorials, FAQs considering user workflow and informational needs.
Visual rhetoric – effective arrangement of dense technical information for presentations, through design, layout, emphasis on key takeaways.
International/cross-cultural issues – considerations for global, multi-lingual audiences such as translation issues, cultural influences on tone/content.
Advanced editing – peer review skills, use of style guides, content tracking in documents, copyediting own writing.
Advanced Technical Writing Courses
For those pursuing technical writing as a professional field, advanced courses delve into:
Content strategy – planning , managing and delivering technical information across different channels over time. Information architecture, single-sourcing.
User experience writing – empathy with users to address tasks/needs. Information design best practices for discoverability, comprehension on websites/apps.
Technical style guides – creating documentation consistency through customizing style manuals for specific organizations/projects.
Content analytics – analyzing metrics like page views, task completion rates to improve information delivery, assess understanding.
Technical editing – comprehensive document reviews, content editing, style/grammar editing for publishers. Working with subject matter experts.
Technical documentation project management – scoping, estimating, planning, production tracking using frameworks like Agile/Scrum. Implementing quality assurance processes.
Specialized technical writing – focused study of writing for domains like medical/biotech, aerospace, engineering, cybersecurity considering audience needs and styles.
Technical communication careers – understanding the roles of writers, editors, instructional designers, information developers in professional settings. Portfolio design.
Technical writing courses provide students from all academic backgrounds with marketable skills in research, communication and collaboration that are highly valued by employers. A solid grounding in technical writing principles paired with real world experience through documentation projects gives graduates a competitive advantage.
Andrew Stroud