About the Program
Housed at the Jacobs Institute for Design Innovation, the MDes provides a dynamic, hands-on curriculum that uniquely equips students to develop a critical perspective and navigate a range of technical languages and design methodologies. Studio-based coursework integrates programming, human-centered design process, and communication with hardware and software development. Exploratory project briefs encourage students to use design process to identify new problem spaces and to explore ideas through co-creative processes, iteration, and prototyping. A set of theory courses help shape students' critical lens on design through analysis and discussion of the implications of practice within an evolving environmental and socio-technology landscape. Students further deepen their knowledge through technical electives and offerings in social practice or entrepreneurship relevant to their personal interests and career goals. The MDes students' studies culminate in a Thesis Studio where they work in teams and bring their distinct perspectives to bear on applied projects.
Admissions
The MDes is designed for early to mid-career professionals with an interest in pursuing graduate work at the intersections of design and technology. MDes students come from diverse academic and professional backgrounds, and are motivated by the opportunity to immerse themselves in a vibrant, creative, interdisciplinary, and impact-driven design community.
Strong applicants will be able to articulate and demonstrate their interest in design as a creative, goal-oriented activity that contributes to the emergence of innovative, socially impactful new technologies and environments. Possible areas of relevant prior experience include, but are not limited to, academic, professional, or personal work in technology, social or environmental policy, entrepreneurship, and/or community engagement. Strong applicants will also be able to articulate and demonstrate their interest in working with diverse communities and learning from different disciplinary/personal backgrounds and perspectives.
All applicants must have requisite technical preparation, for example a technical degree, coursework, and/or certificate, or equivalent professional experience, because MDes students are expected to be capable of independently learning new software tools and programming languages, and to quickly deploy these tools and skills in courses and projects. Applicants without clear technical preparation from their academic or professional background should, at a minimum, develop intermediate programming experience prior to the start of the program, and have sufficient knowledge of some technical subject area at the level required to pass a technical elective.
Application Criteria
For detailed information about the MDes program’s application criteria, process and timeline, visit the MDes Apply page.
Graduate Division Admissions
Applying for Graduate Admission
Thank you for considering UC Berkeley for graduate study! UC Berkeley offers more than 120 graduate programs representing the breadth and depth of interdisciplinary scholarship. The Graduate Division hosts a complete list of graduate academic programs, departments, degrees offered, and application deadlines can be found on the Graduate Division website.
Prospective students must submit an online application to be considered for admission, in addition to any supplemental materials specific to the program for which they are applying. The online application and steps to take to apply can be found on the Graduate Division website.
Admission Requirements
The minimum graduate admission requirements are:
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A bachelor’s degree or recognized equivalent from an accredited institution;
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A satisfactory scholastic average, usually a minimum grade-point average (GPA) of 3.0 (B) on a 4.0 scale; and
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Enough undergraduate training to do graduate work in your chosen field.
For a list of requirements to complete your graduate application, please see the Graduate Division’s Admissions Requirements page. It is also important to check with the program or department of interest, as they may have additional requirements specific to their program of study and degree. Department contact information can be found here.
Where to apply?
Visit the Berkeley Graduate Division application page.
Master's Degree Requirements
The Master of Design (MDes) program requires eight core courses and four electives (see below) for a minimum of 39 credits for the degree.
Required Courses
Code | Title | Units |
---|---|---|
DES INV 200 | Design Frameworks: History & Methods | 3 |
DES INV 201 | Debates in Design | 3 |
DES INV 202 | Technology Design Foundations | 4 |
DES INV 210 | Studio Foundations | 3 |
DES INV 211 | Designing Emerging Technologies I | 5 |
DES INV 213 | Thesis Studio | 6 |
DES INV 218 | Thesis Seminar | 1 |
DES INV 219 | Capstone Portfolio | 2 |
Elective Courses
The MDes requires four electives, which must include at least one technical elective, one entrepreneurship or social practice elective from the approved lists of courses, shown below. The final two electives may be either additional electives from the approved list (technical, social practice, or entrepreneurship) or another 3 or 4 unit upper division or graduate level course offered at UC Berkeley, subject to enrollment availability. Students may submit petitions for new elective courses to the MDes Education Committee.
Code | Title | Units |
---|---|---|
Approved Technical Electives | ||
ARCH 249 | Special Topics in the Physical Environment in Buildings | 1-4 |
ARCH 252 | Form and Structure | 3 |
ARCH 259 | Special Topics in Building Structures | 1-4 |
ARCH 269 | Special Topics in Construction and Materials (Indoor Microbiome, Detoxification, and Artificial Intelligence and Matter; Plant Fibers and Design: Origins and Future; Timber Frame and Mass Timber Construction ) | 1-4 |
ART 172 | Advanced Digital Media: Computer Graphics Studio | 4 |
ART 173 | Electro-Crafting | 4 |
CIV ENG 190 | Special Topics in Civil and Environmental Engineering | 1-4 |
COMPSCI 161 | Computer Security | 4 |
COMPSCI 169A | Introduction to Software Engineering | 4 |
COMPSCI 188 | Introduction to Artificial Intelligence | 4 |
COMPSCI 194 | Special Topics (Data Engineering) | 1-4 |
COMPSCI 184 | Foundations of Computer Graphics | 4 |
or COMPSCI 284A | Foundations of Computer Graphics | |
COMPSCI 188 | Introduction to Artificial Intelligence | 4 |
COMPSCI 260A | User Interface Design and Development | 4 |
COMPSCI 260B | Human-Computer Interaction Research | 3 |
COMPSCI 284A | Foundations of Computer Graphics | 4 |
COMPSCI 287H | Algorithmic Human-Robot Interaction | 4 |
COMPSCI 289A | Introduction to Machine Learning | 4 |
COMPSCI 294 | Special Topics (Intro to Computer Vision and Computational Photography) | 1-4 |
COMPSCI 297 | Field Studies in Computer Science ( Immersive Computing and Virtual Reality) | 12.0 |
COMPSCI C200A | Principles and Techniques of Data Science | 4 |
COMPSCI C249A | Introduction to Embedded Systems | 4 |
CY PLAN 257 | Data Science for Human Mobility and Socio-technical Systems | 4 |
DATASCI 207 | Applied Machine Learning | 3 |
DATA C200 | Principles and Techniques of Data Science | 4 |
ENGIN 150 | Basic Modeling and Simulation Tools for Industrial Research Applications | 4 |
INFO 247 | Information Visualization and Presentation | 4 |
INFO 251 | Applied Machine Learning | 4 |
INFO 253A | Front-End Web Architecture | 3 |
INFO 253B | Back-End Web Architecture | 3 |
INFO C262 | Theory and Practice of Tangible User Interfaces | 4 |
INFO 271B | Quantitative Research Methods for Information Systems and Management | 3 |
INTEGBI/BIO ENG/MEC ENG C217 | Biomimetic Engineering -- Engineering from Biology | 3 |
MAT SCI 200A | Survey of Materials Science | 4 |
MEC ENG 236U | Dynamics and Control of Autonomous Flight | 3 |
MEC ENG 270 | Advanced Augmentation of Human Dexterity | 4 |
MEC ENG 280A | Introduction to the Finite Element Method | 3 |
MEC ENG 292C | Advanced Special Topics in Design | 1-4 |
MEC ENG C178 | Designing for the Human Body | 4 |
MEC ENG C201 | Modeling and Simulation of Advanced Manufacturing Processes | 3 |
MUSIC 158A | Sound and Music Computing with CNMAT Technologies | 4 |
MUSIC 159 | Computer Programming for Music Applications | 4 |
NWMEDIA 190 | Special Topics in New Media (Advanced Digital Animation) | 1-4 |
NWMEDIA C203 | Critical Making | 4 |
NWMEDIA/INFO C262 | Theory and Practice of Tangible User Interfaces | 4 |
Approved Entrepreneurship Electives | ||
ENGIN 183 | Special Topics in Technology Innovation and Entrepreneurship | 1-4 |
ENGIN 183C | Challenge Lab | 4 |
ENGIN 183D | Product Management | 3 |
ENGIN 183E | Technology Entrepreneurship | 3 |
ENGIN 283 | Special Topics in Technology Innovation and Entrepreneurship | 1-4 |
Approved Social Practice Electives | ||
ARCH 209 | Special Topics in Architectural Design (Virtual Reality: Theory and Representation; Special Topics in Architectural Design: Housing as Design Generator; Contradictions in Disaster and Resilience) | 3 |
ARCH 239 | Special Topics in Architecture Design Theory and Criticism (Design Dispossession and Dissent) | 1-4 |
ARCH 279 | Special Topics in the History of Architecture (Design Radicals) | 1-4 |
ART 160 | Special Topics in Visual Studies (Social Practices; Making and Exhibiting Art in Pandemic Times) | 4 |
ART 163 | Social Practice: Critical Site and Context | 4 |
CY PLAN 190 | Advanced Topics in Urban Studies (Ghosts and Visions) | 1-4 |
CY PLAN 205 | Introduction to Planning and Environmental Law | 3 |
CY PLAN 207 | Land and Housing Market Economics | 3 |
CY PLAN 216 | Active Transportation | 3 |
CY PLAN 255 | Urban Informatics and Visualization | 3 |
CY PLAN 257 | Data Science for Human Mobility and Socio-technical Systems | 4 |
CY PLAN C213 | Transportation and Land Use Planning | 3 |
CY PLAN C217 | Transportation Policy and Planning | 3 |
CY PLAN C251 | Environmental Planning and Regulation | 3 |
LD ARCH C231 | Environmental Planning and Regulation | 3 |
NWMEDIA 151AC | Transforming Tech: Issues and Interventions in STEM and Silicon Valley | 4 |
NWMEDIA 200 | History and Theory of New Media | 4 |
NWMEDIA 201 | Questioning New Media | 3 |
NWMEDIA 204 | Critical Practices: People, Places, Participation | 4 |
NWMEDIA 205 | Locative Media | 4 |
NWMEDIA 290 | Special Topics in New Media (Locative Media) | 1-4 |
NWMEDIA C166 | Critical Practices: People, Places, Participation | 4 |
NWMEDIA C265 | Interface Aesthetics | 3 |
SOCIOL 127 | Development and Globalization | 4 |
Approved Design Electives (may be taken as free/open elective) | ||
ARCH 209 | Special Topics in Architectural Design (Architecture and Landscape) | 1-4 |
ARCH 229 | Special Topics in Digital Design Theories and Methods | 1-4 |
ARCH 269 | Special Topics in Construction and Materials (Constructing Interior Objects) | 1-4 |
INFO 213 | Introduction to User Experience Design | 4 |
INFO 214 | User Experience Research | 3 |
INFO 215 | Product Design Studio | 3 |
INFO 283 | Information and Communications Technology for Development | 3 |
Professional Development Activities
The MDes prepares students to work in creative and technical roles designing products, services, experiences, and environments. The diversity of the MDes student body is mirrored in the exciting and varied professional roles that graduates step into beyond the program. Alongside that tremendous richness in career trajectories, MDes students and graduates are all connected by a deep desire to design with humans and the planet at the center of their work, and a passion for leveraging technology to improve lives.
The MDes equips students not just for the jobs of today, but also careers of the future. As the world sees rapid change enabled by emerging technologies, our graduates are expected to work in an ever-expanding set of roles at the intersection of design, technology, and social impact.
An important avenue for professional development in the MDes program is students’ participation in Design@Large during the summer between their second and third semesters. Design@Large is a professional development experience that empowers all MDes students to explore potential career directions and gain important professional skills while they are pursuing the degree. Students identify and engage in an immersive experience outside of an MDes course or studio and apply what they have learned in a broader context, whether that is through an internship, academic research, an independent project, a new start-up, or working in the public sector. For more information and to see examples of students’ experiences, please visit the MDes program’s dedicated Design@Large page.
The MDes has a Career Development team that is committed to supporting the professional development of students in the program. The career support that is provided to MDes students and alumni include: one-on-one unlimited career coaching sessions, rich offering of design industry engagements, dedicated mentors, career development workshops, Slack access for life and professional development funding.
The MDes is designated as a STEM program and its graduates are eligible for STEM-OPT.
Contact Information
Jacobs Institute for Design Innovation
Jacobs Hall
2530 Ridge Road