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In the final evaluation, the portfolios were given greater empashis  –in accordance with the same evaluation criteria  published on the website– as the mechanism for communicating the process and results of the common exercises done in class, and the only element that was required for improvement (if intended). Reminding you how the grades are divided : Requested files  (marked in black in the table); Portfolios, in .PDF format; Files for the Rhino exercises, in .3DM format;

Date and submission: Until Dec 19, 2025, until 11:59 PM Via the Smash   service (or similar), to the email   faul.pdd2025@gmail.com You must do only one submission , with all the requested files. Files to submit: Exercício 7 - Oranda modelling EX07-STUDENTNUMBER-STUDENTNAME.3dm Exercício 8 - Oranda topologhy EX08-STUDENTNUMBER-STUDENTNAME.3dm PORTFOLIOFINAL-STUDENTNUMBER-STUDENTNAME.pdf Notas importantes : In addition to exercises 7 and 8, in this phase you can make improveme

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

Construction of Topological Surfaces from the Morphogenesis of Oranda Kinguio Example of application of a pattern      PANELINGTOOLS      _ptGridSurfaceDomainNumber create a grid of points applied to a surface, using U and V values; ㄴ (1) select the surface to be divided into points; ㄴ (2) enter the number of points in both directions; _ptPanel3DCustom apply a module composed of lines to a surface, using application points and a contact/boundary surface; ㄴ (1) select the grid

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

Date and submission : Until Nov 23, 2025, until 10 PM Via the Smash   service (or similar), to the email  faul.pdd2025@gmail.com You must do only one submission , with all the requested files. Files to submit : Exercise 6 - Oranda morphogenesis EX06-STUDENTNUMBER-STUDENTNAME.3dm PORTFOLIO5-STUDENTNUMBER-STUDENTNAME.pdf NOTE : Include exercise 6 (template below) Example of portfolio organization

IMPORTANT CONSIDERATIONS      If your model has fittings, there should be an additional compensation of 0.2 or 0.3 mm for the holes; The surfaces of your model must be at least between 1 and 1.5 mm thick; If you are using flat surfaces, you can use commands such as: _OffsetSrf _OffsetMesh _OffsetSubD The maximum size of your model must be prepared for a cube with sides measuring 25 cm; This may require dividing it into several pieces.      STEP 1         Prepare, clean up and

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

Modeling an Oranda fish, from a flat surface EX07  Morfogénese: ORANDA - Parte 1 EX07  Morfogénese: ORANDA - Parte 2

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

Date and submission : Until Nov 09, 2025, until 10 PM Via the Smash   service (or similar), to the email  faul.pdd2025@gmail.com You must do only one submission , with all the requested files. Files to submit : Exercise 5 - Anemone morphogenesis EX05-STUDENTNUMBER-STUDENTNAME.3dm PORTFOLIO4-STUDENTNUMBER-STUDENTNAME.pdf NOTE : Include exercise 5 (template below) Important notes : In addition to exercise 5, in this phase you can make improvements to previous exercises  (1 to 4

Construction of complex surfaces based on Oranda fish morphogenesis EX06  Morphogenesis: ORANDA - Part 1 EX06  Morphogenesis: ORANDA - Part 2

These grades are provisional and will be reassessed according to the elements received in the 4th submission (to be made by November 09th, until 10 PM). NOTE : There may be students who sent the submissions within the stipulated deadline, but due to a storage error, those elements may have been accidentally deleted. In this case, I ask that you resend these elements in this delivery. The exercises don't yet have individual ratings, because only at the end will it be possible

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

Construction of complex surfaces based on anemones morphogenesis EX05 Morphogenesis: ANEMONES To deform the initial surfaces ( not shown in the video): Draw a rectangle measuring 30 by 30 units; Transform this rectangle into a plane; Redefine the density of points U and V to 2 by 2 using the “_ Rebuild ” command; Manually change the control points of the surface to deform it; ㄴ (1) show the points with the command "_ PointsOn "; ㄴ (2) activate the option ' Gumball (CPlane)

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

Date and submission : Until Oct 26, 2025, until 10 PM Via the Smash   service (or similar), to the email  faul.pdd2025@gmail.com You must do only one submission , with all the requested files. Files to submit : Exercise 3 - Bivalve morphogenesis EX03-STUDENTNUMBER-STUDENTNAME.3dm Exercício 4 - Coral morphogenesis EX04-STUDENTNUMBER-STUDENTNAME.3dm PORTFOLIO3-NUMEROMECANOGRAFICO-NOMEDOALUNO.pdf NOTE : Include only  exercises 3 and 4 (template below) Example of portfolio organi

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

Construção de Superfícies complexas a partir da Morfogénese de Corais EX04  Morphogenesis: Corals NOTES : For this exercise, you need to install the PanelingTools plugin ; install it using the ‘Package Manager’ command (in Rhino); alternatively , you can download it from the Downloads section; After installation , you need to close and reopen Rhino . Draw two circles with the same center, where one circle has a radius of 2 units and the other has a radius of 4 units; Copy b