The Program of Study of the Ph.D. Program in HCC
The HCC coursework requirement consists of three major parts: the core classes,
a specialization, and a minor. The core classes form the foundation of the knowledge
necessary for this program. Students must have at least one A and at most, two B's
in required courses. The specialization is three classes from a closely related area
such as LST (Learning Sciences and Technology}, HCI (Human-Computer Interaction), or AI
(Artificial Intelligence). The minor consists of three related classes from outside the
College of Computing.
In the program, there are four required competencies must be demonstrated prior to or
during the qualifying exam. The competencies are:
- Computing concepts and skills
- Evaluation of human-centered systems
- Written research communication
- Oral research communication
Required Program of Study
Required courses:
| Course Number |
Course Description |
CS 6451 |
Introduction to Human-Centered Computing |
| CS 6452 |
Prototyping Interactive Systems |
| CS 7455 |
Issues in Human-Centered Computing |
Seminars:
| Course Number
|
Course Description
|
| CS 8001 |
Human-Centered Computing Concepts |
| CS 8002 |
Advanced Seminar in HCC (each
subsequent Spring Semester)
|
Minor
Georgia Tech requires all Ph.D. students to
complete a coherent minor of nine credit hours outside the major area.
Several possible minors are listed here. Some courses listed here could
also be taken as electives. Students should choose minor courses in
consultation with their advisors and with the approval of the HCC
faculty committee.
Industrial Design:
| Course Number
|
Course Description
|
| ID 6101
|
Human-Centered Design |
| ID 6200 |
Graduate Studio I |
| ID 6201 |
Graduate Studio II |
Industrial and Systems Engineering, Option 1:
| Course Number
|
Course Description
|
| ISyE 6205 |
Cognitive Engineering |
| ISyE 6215 |
Models in Human-Machine Systems |
| ISyE 6234 |
Measurement and Evaluation of
Human-Integrated Systems
|
Industrial and Systems
Engineering, Option 2:
| Course Number
|
Course Description
|
| ISyE 6223 |
Understanding and Supporting Human
Decision Making
|
| ISyE 6215 |
Models in Human-Machine Systems |
| ISyE 6234 |
Measurement and Evaluation of
Human-Integrated Systems
|
Human-Computer Interaction:
| Course Number
|
Course Description
|
| CS 6455 |
User Interface Design and Evaluation |
| CS 6750 |
Human-Computer Interaction |
Literature, Communication and
Culture, Option 1
| Course Number
|
Course Description
|
| LCC 6316 |
Historical Approaches to Digital
Media
|
| LCC 8000 |
Proseminar in Media Theory |
| LCC 8001 |
Digital Media Studies |
Literature, Communication and
Culture, Option 2:
| Course Number
|
Course Description
|
| LCC 6318 |
Experimental Media |
| LCC 6321 |
The Architecture of Responsive Spaces |
| LCC 6650 |
Project Studio: Augmented Reality |
Literature, Communication and
Culture, Option 3:
| Course Number
|
Course Description
|
| LCC 6215 |
Issues in Media Studies: Game Design
as a Cultural Practice
|
| LCC 6317 |
Interactive Fiction |
| LCC 6650 |
Project Studio: Game Design |
Psychology, Option 1:
| Course Number
|
Course Description
|
| PSYC 6011 |
Cognitive Psychology |
| PSYC 6012 |
Social Psychology |
| PSYC 6014 |
Sensation and Perception |
Psychology, Option 2:
| Course Number
|
Course Description
|
| PSYC 6018 |
Principles of Research Design |
| PSYC 6019 |
Statistical Analysis of
Psychological Data I
|
| PSYC 7101 |
Engineering Psychology I: Methods |
Public Policy:
| Course Number
|
Course Description
|
| PUBP 6014 |
Organization Theory |
| PUBP 6421 |
Development of Large-scale
Socio-technical Systems
|
| PUBP 8803 |
Special Topics: The Internet and
Public Policy
|
Specializations
This is a partial list, identified by the HCC
committee. Courses listed in the possible minor fields of study may
also be acceptable unless used to satisfy the minor requirement. Many
other courses in the COC and the other five Georgia Tech colleges are
also acceptable. Students should choose electives in consultation with
their advisors and with the approval of the HCC faculty committee.
Artificial Intelligence:
| Course Number
|
Course Description
|
| CS 6010
|
Principles of Design |
| CS 6601 |
Artificial Intelligence |
| CS 7610 |
Modeling and Design |
| CS 7611 |
AI Problem Solving |
| CS 7613 |
Knowledge Systems Engineering |
| CS 7620 |
Case-Based Reasoning |
Cognitive Science:
| Course Number
|
Course Description
|
| CS 6795 |
Introduction to Cognitive Science |
| CS 7695 |
Philosophy of Cognition |
| CS 7697 |
Cognitive Models of Science and
Technology
|
| CS 7790 |
Cognitive Modeling |
| CS 8795 |
Colloquium in Cognitive Science |
| CS 8893 |
Special Topics in Cognitive Science |
Collaboration:
| Course Number
|
Course Description
|
| CS 6470 |
Design of Online Communities |
| CS 7460 |
Collaborative Computing |
Human-Computer Interaction:
| Course Number
|
Course Description
|
| CS 6455 |
User Interface Design and Evaluation |
| CS 6750 |
Human-Computer Interaction |
Information Security:
| Course Number
|
Course Description
|
| CS 6725 |
Information Security Strategies and
Policies
|
Learning Sciences and Technology:
| Course Number
|
Course Description
|
| CS 6460 |
Educational Technology: Conceptual
Foundations
|
| CS 7465 |
Educational Technology: Design and
Evaluation
|
| CS 7467 |
Computer-Supported Collaborative
Learning
|
Software:
| Course Number
|
Course Description
|
| CS 6456 |
Principles of User Interface Software |
| CS 7470 |
Mobile and Ubiquitous Computing |
| CS 7497 |
Virtual Environments |
Software Engineering:
| Course Number
|
Course Description
|
| CS 6320 |
Software Requirements Analysis and
Specification
|
Visualization:
| Course Number
|
Course Description
|
| CS 6480 |
Computer Visualization Techniques |
| CS 6485 |
Visualization Methods for Science
and Engineering
|
| CS 7450 |
Information Visualization |