

The Master of Science in Computational Design Practices provides an in depth study of computational methods, design thinking, and digital modeling for creative and technical applications. Students explore algorithmic design, parametric modeling, simulation, and fabrication while developing skills to create innovative design solutions across architecture, product, and interactive media. The program combines theoretical foundations with applied practice, helping learners develop practical expertise in computational workflows, design optimization, and digital problem solving. Through coursework, hands on projects, and applied exercises, students gain insight into how computational tools enhance creativity, precision, and efficiency in contemporary design practices.
The program also emphasizes research methodology, digital tools, and professional application. Faculty mentorship, applied exercises, and project based learning allow students to build applied competence in coding for design, algorithmic experimentation, and workflow integration. Graduates are prepared to work in design studios, architectural firms, digital fabrication labs, and technology driven creative industries, applying their skills to develop advanced design solutions, prototype projects, and optimize processes. The curriculum ensures that students leave with both conceptual understanding and applied skills essential for careers in computational design, digital fabrication, and creative technology.
Semester 1 Foundations in Computational Design
• Introduction to Computational Design
• Algorithmic and Parametric Modeling
• Digital Fabrication Techniques
• Research Methods in Design
Semester 2 Applied Design Practices
• Simulation and Optimization
• Applied Project in Computational Design
• Advanced Digital Tools
• Seminar in Design Innovation
Semester 3 Master’s Thesis and Professional Application
• Independent Research / Thesis
• Workflow Integration and Prototyping
• Professional Portfolio Development
• Seminar in Advanced Design Practices
Graduates of this program are prepared for careers in design studios, architectural firms, digital fabrication labs, and creative technology companies, where expertise in computational design is essential. Alumni may work as computational designers, digital fabricators, design technologists, project coordinators, or innovation consultants, applying practical and applied skills to develop design solutions, optimize workflows, and implement technological tools. The combination of applied projects, hands on exercises, and computational expertise equips graduates to address challenges in design innovation, prototyping, and digital problem solving. Some graduates pursue doctoral studies in computational design or related fields. Graduates leave ready to apply specialized knowledge in professional design and technology settings.
Students choose this degree for its combination of applied practice and technological expertise, offering a curriculum that integrates computational methods, modeling, and design thinking. The program emphasizes applied projects, digital fabrication, and seminar discussions, allowing learners to develop skills in algorithmic design, prototyping, and workflow optimization. Faculty mentorship, applied exercises, and project work support students in translating theoretical knowledge into effective computational design solutions. For individuals seeking a graduate program that prepares them for impactful careers in design innovation and creative technology, this degree provides a focused and highly relevant pathway.
For further information, please contact the admissions office at:
Phone: +1 212 854 1754
Email: admissions@columbia.edu
Address: University of Columbia, Admissions Office, New York, NY, United States