Critical Computation Lecture + Lab (CC Lecture + CC Lab) are corequisites that work hand-in-hand to introduce computation and code as an expressive medium for artists, designers, and technologists. CC Lecture provides an introduction to computation through a series of critical inquiries and technical fundamentals, while CC Lab serves as a continuum of CC Lecture by applying theories to practice through a series of experimentations and play. Together, the three learning pillars for CC Lecture + CC Lab are code, critique, and design. Students from CC Lecture break into smaller groups to meet in a lab class. CC Lab expands the topics covered in CC Lecture through extended tutorials, pair-programming sessions, and embodied group activities. The lab structure allows students to process the course materials and projects assigned by CC Lecture, and further develop the assignments based on their own individual interests and background. Designed for students with no prior coding experience and facilitated with a beginner and artist-friendly mindset, CC Lab offers multiple contexts and approaches for creating computational visuals and interactive experience.

Critical Computation Lecture + Lab (CC Lecture + CC Lab) are corequisites that work hand-in-hand to introduce computation and code as an expressive medium for artists, designers, and technologists. CC Lecture provides an introduction to computation through a series of critical inquiries and technical fundamentals, while CC Lab serves as a continuum of CC Lecture by applying theories to practice through a series of experimentations and play. Together, the three learning pillars for CC Lecture + CC Lab are code, critique, and design. Students from CC Lecture break into smaller groups to meet in a lab class. CC Lab expands the topics covered in CC Lecture through extended tutorials, pair-programming sessions, and embodied group activities. The lab structure allows students to process the course materials and projects assigned by CC Lecture, and further develop the assignments based on their own individual interests and background. Designed for students with no prior coding experience and facilitated with a beginner and artist-friendly mindset, CC Lab offers multiple contexts and approaches for creating computational visuals and interactive experience.

Critical Computation Lecture + Lab (CC Lecture + CC Lab) are corequisites that work hand-in-hand to introduce computation and code as an expressive medium for artists, designers, and technologists. CC Lecture provides an introduction to computation through a series of critical inquiries and technical fundamentals, while CC Lab serves as a continuum of CC Lecture by applying theories to practice through a series of experimentations and play. Together, the three learning pillars for CC Lecture + CC Lab are code, critique, and design. Students from CC Lecture break into smaller groups to meet in a lab class. CC Lab expands the topics covered in CC Lecture through extended tutorials, pair-programming sessions, and embodied group activities. The lab structure allows students to process the course materials and projects assigned by CC Lecture, and further develop the assignments based on their own individual interests and background. Designed for students with no prior coding experience and facilitated with a beginner and artist-friendly mindset, CC Lab offers multiple contexts and approaches for creating computational visuals and interactive experience.

Critical Computation Lecture + Lab (CC Lecture + CC Lab) are corequisites that work hand-in-hand to introduce computation and code as an expressive medium for artists, designers, and technologists. CC Lecture provides an introduction to computation through a series of critical inquiries and technical fundamentals, while CC Lab serves as a continuum of CC Lecture by applying theories to practice through a series of experimentations and play. Together, the three learning pillars for CC Lecture + CC Lab are code, critique, and design. Students from CC Lecture break into smaller groups to meet in a lab class. CC Lab expands the topics covered in CC Lecture through extended tutorials, pair-programming sessions, and embodied group activities. The lab structure allows students to process the course materials and projects assigned by CC Lecture, and further develop the assignments based on their own individual interests and background. Designed for students with no prior coding experience and facilitated with a beginner and artist-friendly mindset, CC Lab offers multiple contexts and approaches for creating computational visuals and interactive experience.

Critical Computation Lecture + Lab (CC Lecture + CC Lab) are corequisites that work hand-in-hand to introduce computation and code as an expressive medium for artists, designers, and technologists. CC Lecture provides an introduction to computation through a series of critical inquiries and technical fundamentals, while CC Lab serves as a continuum of CC Lecture by applying theories to practice through a series of experimentations and play. Together, the three learning pillars for CC Lecture + CC Lab are code, critique, and design. Students from CC Lecture break into smaller groups to meet in a lab class. CC Lab expands the topics covered in CC Lecture through extended tutorials, pair-programming sessions, and embodied group activities. The lab structure allows students to process the course materials and projects assigned by CC Lecture, and further develop the assignments based on their own individual interests and background. Designed for students with no prior coding experience and facilitated with a beginner and artist-friendly mindset, CC Lab offers multiple contexts and approaches for creating computational visuals and interactive experience.