Master of Science in Computational Design and Digital Fabrication

Program Overview

The Master of Science in Computational Design and Digital Fabrication program explores the intersection of computational tools and architectural design, fostering new insights into the relationship between design intent and built form. Participants develop computational design skills, gain practical experience with cutting-edge fabrication, and cultivate analytical and creative thinking in applying computation to design. The program is offered in a distance learning format for flexibility and accessibility, and graduates are well-prepared for careers in the growing field of computational design and digital fabrication.

Program Outline

Degree Overview

Title:

Master of Science in Computational Design and Digital Fabrication

Focus:

This program explores the intersection of computational tools and architectural design, aiming to cultivate new insights into the relationship between design intent and built form. Participants develop computational design skills, gain practical experience with cutting-edge fabrication, and cultivate analytical and creative thinking in applying computation to design. Additionally, the program fosters international research knowledge exchange through collaboration with the University of Innsbruck's Institute for Experimental Architecture and its Robotic Lab (REXLAB).

Target Audience:

Architects, interior designers, industrial designers, artists, graphic designers, engineers, and qualified candidates from other disciplines.

Duration:

3 Semesters (1.5 years)

Mode of Study:

Distance Learning

Key Features:

• Cross-disciplinary platform for diverse design and engineering professionals.
• Focus on developing computational design skills and hands-on fabrication experience.
• Connection to the University of Innsbruck and its REXLAB, fostering participation in the global computational design and digital fabrication research community.
• Distance learning format for flexibility and accessibility.

Outline

Semester 1:

• ARCH-570DL Digital Fabrication (10 ECTS): Explores the principles and applications of digital fabrication technologies.
• ARCH-571DL Theory and Evolution of Computational Design (10 ECTS): Examines the historical and theoretical foundations of computational design.
• ARCH-572DL Computational Design Processes (10 ECTS): Develops skills in applying computational tools and methodologies to design processes.

Semester 2:

• ARCH-580DL Robotic Fabrication (10 ECTS): Focuses on robotic fabrication techniques, utilizing specialized equipment at the University of Innsbruck.
• ARCH-581DL Interactive Design (10 ECTS): Explores interactive design principles and technologies.
• ARCH-582DL Performance Based Design (10 ECTS): Integrates performance analysis and optimization into design processes.

Semester 3:

• Students choose one of two options:
• Option A:
• ARCH-591DL Design Project (20 ECTS):
Completion of an independent design project utilizing computational design and digital fabrication.
• Option B:
• ARCH-592DL Thesis (20 ECTS):
Research and writing of a thesis on a chosen topic in computational design and digital fabrication.
• ARCH-590DL Research Methodology in Design and Technology (10 ECTS): Develops research skills and methodologies relevant to computational design and digital fabrication.
• ARCH-593DL Special Topics in Computation (10 ECTS): Explores advanced topics and emerging trends in computational design and digital fabrication.

Assessment

• Final exam comprising a significant portion of the overall grade.
• Continuous assessment through various means, including interactive activities, projects, and online forum participation.
• Letter grades assigned based on the weight of the final exam and continuous assessment, as well as actual numerical marks obtained.
• Semester and cumulative grade point averages (GPA and CPA) calculated based on course grades.
• Minimum CPA of 2.0 required for graduation.

Teaching

• Distance learning format with flexible access to learning materials and online interaction.
• Teaching staff includes experienced academics and industry professionals with expertise in computational design and digital fabrication.
• Guest lectures and workshops may be offered to provide additional insights and perspectives.
• Focus on fostering independent learning, critical thinking, and collaboration through online discussions and project work.

Careers

• Computational Designer
• Digital Fabricator
• Architectural Technologist
• Building Information Modeling (BIM) Specialist
• Design Researcher
• Academic
• Entrepreneur

Other

• The program is offered in collaboration with the University of Innsbruck, providing access to its expertise and facilities.
• Graduates are well-prepared for careers in the growing field of computational design and digital fabrication, with the skills and knowledge to contribute to the advancement of the built environment.
Some details, such as specific deadlines or program details, may require further investigation or be subject to change.