2023
Modeling and Advanced Rendering
Name: Modeling and Advanced Rendering
Code: VIS12199M
6 ECTS
Duration: 15 weeks/156 hours
Scientific Area:
Design
Teaching languages: Portuguese
Languages of tutoring support: Portuguese, English
Regime de Frequência: Presencial
Sustainable Development Goals
Learning Goals
Provide students with evolutionary knowledge enabling them to take advantage of the tools available in 3D and CAD software for projects development , layouts and images that promote the quality of their work , particularly in terms of technical representation , functional and rendering.
Contents
1. Advance modeling 3D, CAD and CAE:
1.1. Surface (b-splines - nurbs) and solid modeling.
1.2. Assembly constraint
1.3. Animation constraint
1.4. FEA analyse
1.5. Transfer file formats
1.6. 3D printing modeling and surface repair.
2. PCU and GPU render:
2.1. Render engines.
3. Advance Shaders:
3.1. Conductive and insulators materials.
3.2. Shader maps types.
3.3. Shader construction.
1.1. Surface (b-splines - nurbs) and solid modeling.
1.2. Assembly constraint
1.3. Animation constraint
1.4. FEA analyse
1.5. Transfer file formats
1.6. 3D printing modeling and surface repair.
2. PCU and GPU render:
2.1. Render engines.
3. Advance Shaders:
3.1. Conductive and insulators materials.
3.2. Shader maps types.
3.3. Shader construction.
Teaching Methods
Practical works;
Experimentation in class;
Individual tutorial monitoring;
Development of specific tutorial exercises with progressiv complexity for evaluation;
In NORMAL SEASON students may choose between:
1. CONTINUOUS EVALUATION SCHEME
_Class participation: 20%;
_Work developed during the period with the accompaniment of the teacher, which must be submitted, at least, to a periodic evaluation with public disclosure of the classifications: 40%;
_Presentation and defense of the work developed during the classes, which occurs during the "Regular Season Evaluations": 40%.
2. FINAL EVALUATION SCHEME
_Work developed during the period with the teacher's accompaniment: 40%;
_Examination based on the contents taught: 60%.
Experimentation in class;
Individual tutorial monitoring;
Development of specific tutorial exercises with progressiv complexity for evaluation;
In NORMAL SEASON students may choose between:
1. CONTINUOUS EVALUATION SCHEME
_Class participation: 20%;
_Work developed during the period with the accompaniment of the teacher, which must be submitted, at least, to a periodic evaluation with public disclosure of the classifications: 40%;
_Presentation and defense of the work developed during the classes, which occurs during the "Regular Season Evaluations": 40%.
2. FINAL EVALUATION SCHEME
_Work developed during the period with the teacher's accompaniment: 40%;
_Examination based on the contents taught: 60%.
Teaching Staff
- Elder António Ferreira Monteiro [responsible]
