Technical and scientific communication degree overview

A technical and scientific communication degree teaches students how to take complex technical or scientific information and explain it clearly to different audiences. Students learn about technical writing, scientific writing, editing, research, professional communication, documentation, and digital media. They may create reports, instruction manuals, websites, presentations, proposals, and other materials that make complicated information easier to understand.

This degree is a good fit for people who enjoy writing, research, science, technology, and explaining things to others. Graduates may work in technical writing, scientific communication, publishing, public relations, government, healthcare, technology, engineering, or research organizations. The writing, editing, research, and communication skills gained through the program can be useful in many careers where accurate and complex information needs to be communicated clearly.

Technical and scientific communication programs are available through undergraduate and graduate education, as well as certificates and online study. Programs may focus on technical writing, scientific writing, editing, information design, digital communication, documentation, usability, and communicating complex information clearly.

• Bachelor’s Degree in Technical and Scientific Communication: A four-year undergraduate program that teaches students to communicate technical and scientific information through writing, digital media, document design, web content, and other formats. Programs may be offered as a major within a broader English or communication degree.
• Master’s Degree in Technical and Scientific Communication: A graduate-level program providing advanced study in technical communication, scientific writing, editing, information design, usability, and professional communication. Students generally need a bachelor’s degree or equivalent undergraduate education before entering a master’s program. Current programs include master’s-level study at Texas A&M and Arizona State University.
• Doctoral Degree in Technical and Scientific Communication: Doctoral-level study is available, although it is uncommon and may be offered under closely related names or within a broader doctoral field. Utah State University, for example, has awarded doctoral degrees classified under Technical and Scientific Communication.

A technical and scientific communication degree helps students develop the writing, research, editing, and communication skills needed to explain complex technical and scientific information clearly and accurately. Common skills learned include:

• Technical Writing: Learn how to write clear and organized documents such as reports, manuals, instructions, proposals, and technical materials. Adapt writing to the needs and knowledge level of different audiences.
• Scientific Writing: Learn how to communicate scientific research, findings, and concepts in a clear and understandable way. Develop skills in presenting technical information accurately while avoiding unnecessary complexity.
• Research Skills: Learn how to find, evaluate, organize, and interpret information from reliable sources. Use research to create accurate and well-supported technical and scientific content.
• Editing and Proofreading: Develop the ability to review written materials for accuracy, clarity, organization, grammar, and consistency. Learn how to improve complex documents while maintaining their technical meaning.

A technical and scientific communication degree prepares graduates for careers that combine writing, research, editing, technology, and the ability to explain complex information clearly. Common career paths include:

• Technical Writer: Create instruction manuals, user guides, reports, and other documents that explain technical information clearly. Work with engineers, scientists, software developers, and other professionals to make complex information easier to understand.
• Content Writer: Research and create written content for websites, companies, organizations, and digital publications. Use research and communication skills to explain specialized topics in an engaging and understandable way.
• Editor: Review and improve technical, scientific, and professional documents for accuracy, clarity, organization, grammar, and consistency. Work with writers and subject-matter experts to produce high-quality content.
• Scientific Writer: Write about scientific research, discoveries, and technical subjects for research organizations, universities, healthcare companies, publications, and other audiences. Translate complex scientific information into clear and accessible language.
• Medical Writer: Create educational materials, reports, articles, and other content related to healthcare, medicine, and scientific research. Communicate medical and scientific information accurately for healthcare professionals, patients, or the general public.
• Communications Specialist: Develop written and digital communications for businesses, research organizations, government agencies, universities, or nonprofit organizations. Help communicate complex information to employees, customers, or the public.