Teaching Methodologies
In the theoretical component of the course unit, the expository method will be used. Following the acquisition of theoretical knowledge, in the practical component, application examples will be executed, favoring the exchange of ideas, approach and problem solving by the students themselves during the class. Both cases will be supported by the visualization / use of the computer program Solidworks Simulation, version 2020.
The evaluation of the course is exclusively continuous.
The evaluation is made by the development, presentation, and discussion of a final work to be delivered in the form of a report. The work, to be carried out during and outside of classes, it can be individual or in a group of 2 students, and will be the subject of a presentation and a discussion before the teacher of the course.
The report cannot exceed 20 pages of descriptive content.
Only students who attend 75% of all classes can obtain approval in the course.
Students with worker-student status, or those who have demonstrated in a timely manner that they cannot participate in classes and thus carry out the work described above, will receive an alternative work within the subject of the discipline, which will also be the subject of a final discussion.
Note: Students can only pass the course through practical work.
Learning Results
Objectives: Reading, interpretation and execution of complete drawings of mechanical assemblies, using traditional means and new CAD computer tools.
Generic skills: Promote the exchange of ideas and discussion of problems and solutions.
Specific skills: Know how to develop drawings and technical schemes, either using traditional means, or using the latest computer-aided design tools. Create quoted parts and assemblies using a CAD system and convert 3D models into 2D drawings according to the existing standardization.
Program
1. Basic notions of engineering drawing
1.1. Orthogonal projections
1.2. Cuts and sections
1.3. Dimensioning
1.4. Perspective representation
2. Introduction to 3D modeling
2.1. CAD software
2.2. Modeling of 3D components
2.3. Assemblies
2.4. 2D Design
2.5. Three-dimensional motion simulation and rendering features
Internship(s)
NAO
Bibliography
Silva, A., Ribeiro, C. T., Dias, J., & Sousa, L. (2004). Desenho Técnico Moderno (12ª ed.). Lisboa: Lidel – Edições Técnicas, Lda.
Solidworks Manual, 2021
Costa, A., & Cravo, H. (2021). Projeto 3D em SolidWorks e SolidCam (1ª ed.). Lisboa: FCA – Editora de Informática, Lda.
Solidworks Manual, 2021.