Master of Science in Human-Computer Interaction

• A bachelor's degree and a 3.0 GPA on a 4.0 scale.
• The Graduate Record Exam (GRE) is optional for master's applicants.

Successful applicants should have knowledge and skills in one or more of the following areas:

Programming

Proficiency in:

• One or more programming languages (e.g., C, C++, Java, Javascript, or Python)
• Programming methodologies, such as system design and architectures or problem and algorithm analysis
• Other computing knowledge, such as artificial intelligence and database administration

Design

Proficiency with:

• Principles and processes of visual communication, industrial design, digital media
• Knowledge and application of 3D animation or modeling tools
• Design methodologies for 2D and 3D product development
• Conceptual modeling, prototyping, and product delivery
• Fundamental concepts of visual communication (e.g., page design/layout)
• Design principles, typography, and color theory
• Application of digital authoring tools for Web or interface design

Social Sciences

Coursework in:

• Psychology (general, cognitive, and behavioral)
• Sociology and anthropology (ethnography)
• Cross-cultural psychology and communication, information management, or information and library science
• Business, product strategy, management, marketing, and related areas

Upon completion of the M.S. in HCI program, students will:

1. Evaluate and create interfaces by applying HCI theories, terms, principles, and methods including user experience, user-centered, and interaction design theories and practices; interactive product design and development processes and lifecycle; user profiling to interaction design (needs and requirements); system requirements and product assessments; prototype design theory and practice; and product usability evaluations and testing methods.
2. Apply psychological and cognitive principles and theories to human factors and user experience design.
3. Research and develop interactive collaborative systems by applying social computing theories and frameworks.
4. Design novel ubiquitous computing systems by researching and applying relevant HCI and informatics theories and frameworks.
5. Design effective, usable, and human-centered interactive systems using prototypes and proof of concepts.
6. Critique interaction designs on their usability, human-centeredness, and satisfaction of requirements; evaluate the fitness of requirements, goals, and research methods; make recommendations; and create and defend alternative designs.
7. Effectively communicate in digital, oral, and written form the processes, ideas, outcomes, and implications of HCI projects.
8. Articulate decisions and reasoning behind decisions made related to interaction design choices, design and research methods.
9. Exhibit sound judgment, ethical behavior, and professionalism in applying HCI concepts and value-sensitive design to serve stakeholders and society, especially in ethically challenging situations.
10. Collaborate in teams fairly, effectively, and creatively, applying group decision-making and negotiation skills.