Master's Degree in Human Computer Interaction
This master's degree teaches how to design and improve interactions between humans and computers, preparing students for roles in UX design, usability, and interface development.
About
The Master's Degree in Human Computer Interaction (HCI) is a graduate program in the United States designed for students interested in how people interact with technology. It focuses on understanding user needs and creating effective, user-friendly digital interfaces. This degree is suitable for those who want to work in technology, design, or research fields related to improving software, websites, and devices.
- The program typically lasts one to two years and is at the master's level (EQF 7).
- It combines knowledge from computer science, psychology, design, and ergonomics to help students create better user experiences.
- Graduates can pursue careers such as UX designers, usability analysts, or interaction designers.
- The degree also prepares students for roles in research or further academic study in related fields.
- It is aimed at students who have already completed an undergraduate degree and want to specialize in the interaction between humans and technology.
What you study
The curriculum of the Master's in Human Computer Interaction includes a mix of theory and practical work, focusing on how to design and evaluate user interfaces. Students start with foundational courses and move towards more specialized topics.
- Core subjects cover user-centered design, cognitive psychology, and computer programming for interface development.
- Students learn about usability testing, prototyping, and interaction techniques through hands-on projects.
- The program often includes courses in data analysis and human factors to understand user behavior and improve design.
- Practical work is a significant part of the curriculum, with students regularly working on group projects and case studies.
- Some programs offer electives in areas like virtual reality, mobile interfaces, or information visualization.
- The progression moves from general principles to applying skills in real-world scenarios, preparing students for professional challenges.
How to get in
Admission to a Master's Degree in Human Computer Interaction in the US requires a completed bachelor's degree, usually in a related field such as computer science, psychology, design, or engineering. The process is competitive and involves several steps.
- Applicants must submit transcripts showing their academic background and often need to demonstrate relevant skills or experience.
- Standardized tests like the GRE may be required by some universities, though this varies.
- Letters of recommendation and a statement of purpose explaining the candidate's interest in HCI are commonly requested.
- Some programs look for candidates with a mix of technical and design skills, while others may accept students from diverse academic backgrounds.
- English proficiency tests (like TOEFL or IELTS) are necessary for international students.
Day to day
The daily life of a student in this master's program involves a balance of lectures, practical work, and project collaboration. The workload can be intense but offers varied learning experiences.
- Students attend classes that combine theory with practical assignments and group discussions.
- Projects often require developing prototypes or conducting usability studies, encouraging teamwork and real-world problem solving.
- Internships or research assistantships may be part of the program, providing professional experience.
- Some programs offer opportunities for part-time work or cooperative education, though this depends on the institution.
- Time management is important as students juggle coursework, projects, and possibly part-time jobs or internships.
Continuing your studies
After completing this master's degree, students may choose to continue their studies or shift their career focus. Further education is possible but not mandatory.
- Some pursue doctoral studies (PhD) in fields like computer science, cognitive science, or design.
- Others may seek specialized certifications in areas such as usability testing or advanced interface design.
- Graduates can also consider switching to related fields like data science or software engineering with additional training.
Where to study this degree (60)
Liste des 60 établissements
- Missouri Western State UniversitySaint Joseph
- Full Sail UniversityWinter Park
- Stony Brook UniversityStony Brook
- University of Maryland-College ParkCollege Park
- Indiana University BloomingtonBloomington
- DePaul UniversityChicago
- Arizona State University Campus ImmersionTempe
- Indiana University-IndianapolisIndianapolis
- Bentley UniversityWaltham
- Pratt Institute-MainBrooklyn
- California College of the ArtsSan Francisco
- Tufts UniversityMedford
- Iowa State UniversityAmes
- Savannah College of Art and DesignSavannah
- Illinois Institute of TechnologyChicago
- University of Washington-Seattle CampusSeattle
- DigiPen Institute of TechnologyRedmond
- School of Visual ArtsNew York
- San Jose State UniversitySan Jose
- University of California-IrvineIrvine
- Drexel UniversityPhiladelphia
- Arizona State University Digital ImmersionScottsdale
- Weber State UniversityOgden
- University of Missouri-ColumbiaColumbia
- Carnegie Mellon UniversityPittsburgh
- Northeastern UniversityBoston
- Wichita State UniversityWichita
- Bowdoin CollegeBrunswick
- Harrisburg University of Science and TechnologyHarrisburg
- Boise State UniversityBoise
- University of California-Santa CruzSanta Cruz
- Milwaukee School of EngineeringMilwaukee
- State University of New York at OswegoOswego
- Worcester Polytechnic InstituteWorcester
- College for Creative StudiesDetroit
- University of Minnesota-Twin CitiesMinneapolis
- Raritan Valley Community CollegeBranchburg
- Rice UniversityHouston
- Northwest UniversityKirkland
- Cranbrook Academy of ArtBloomfield Hills
- Ohio University LancasterAthens
- Azusa Pacific UniversityAzusa
- Woodbury UniversityBurbank
- University of BaltimoreBaltimore
- University of Advancing TechnologyTempe
- Nazareth CollegeRochester
- Colby CollegeWaterville
- Lynn UniversityBoca Raton
- Le Moyne CollegeSyracuse
- Virginia TechBlacksburg
- University of MemphisMemphis
- Rensselaer Polytechnic InstituteTroy
- Hardin–Simmons UniversityAbilene
- Capitol Technology UniversityLaurel
- University of the ArtsPhiladelphia
- Loyola University ChicagoChicago
- William Paterson UniversityWayne
- University of Michigan-Ann ArborAnn Arbor
- St. Cloud State UniversitySaint Cloud
- University of North DakotaGrand Forks
Frequently asked questions
What background do I need to apply for this master's degree?
Applicants usually need a bachelor's degree in a related field such as computer science, psychology, or design. Some programs accept diverse backgrounds if candidates show relevant skills or experience.
Is programming knowledge required for this program?
Basic programming skills are often recommended because the degree involves designing and testing digital interfaces, but some programs offer introductory courses to build these skills.
Can international students apply to this program?
Yes, international students can apply but must demonstrate English proficiency through tests like TOEFL or IELTS and meet the admission requirements.
Are internships part of the curriculum?
Many programs encourage or require internships to give students practical experience, though this depends on the university.
What kinds of jobs can I get after graduation?
Graduates often work as UX designers, usability analysts, or interaction designers in technology companies, healthcare, or consulting firms.
Is it possible to continue studying after this master's degree?
Yes, students may pursue doctoral degrees in related fields or obtain specialized certifications to deepen their expertise.
How selective is admission to these programs?
Admission is generally selective, with universities looking for strong academic records and relevant skills or experience.
Does the program include team projects?
Yes, teamwork is a common part of the curriculum, helping students develop collaboration skills through real-world design projects.




















