Contents

Week DEC 8 — DEZ 12 Completion of the exercise on constructing topological surfaces based on the morphogenesis of Oranda Kinguio; Questions about final submission and assistance with previous exercises

Week DEC 1 — DEC 5 Completion of the exercise modeling an Oranda fish from a flat surface. Construction of Topological Surfaces from the Morphogenesis of Oranda Kinguio

Week NOV 24 — NOV 28 Continuation of the modeling of an Oranda fish, from a flat surface; Monitoring the construction of the 3D model in Rhino of the project developed by the students in the “Product Design II” course unit

Week NOV 17 — NOV 21 Continuation of the modeling of an Oranda fish, from a flat surface; Monitoring the construction of the 3D model in Rhino of the project developed by the students in the “Product Design II” course unit

Week NOV 10 — NOV 14 Continuation of the construction of complex surfaces based on Oranda fish morphogenesis; Modeling an Oranda fish, from a flat surface

Week NOV 03 — NOV 07 Construction of complex surfaces based on Oranda fish morphogenesis

Week OCT 27 — NOV 31 Construction of complex surfaces based on anemones morphogenesis

Week OCT 20 — OCT 24 Continuation of the construction of complex surfaces based on coral morphogenesis

Week MAR 17 — MAR 21 Continuation of the construction of complex surfaces based on bivalve morphogenesis

Week OCT 06 — OCT 10 Continuation of the construction of complex surfaces based on gastropod morphogenesis; Construction of complex...

Week SEP 29 — OCT 03 Construction of complex surfaces based on gastropod morphogenesis

Week SEP 22 — SEP 26 Continuation of the construction of complex surfaces based on cephalopod morphogenesis

Week SEP 15 — SEP 19 Introduction to modeling in Rhino. Construction of complex surfaces based on cephalopod morphogenesis

Week SEP 08 — SEP 12 Presentation: program, content, objectives, website, course support email, submission dates, delivery procedure,...