EN  Project done during my year abroad at California State University Long Beach for the class DESN280. The purpose was to do a reverse engineering of a coffee maker. We were supposed to describe the interaction between object and user; draw all the pieces that were inside specifying what materials they were made of, and what type of fasteners were used; and to describe the mechanism of operation. It was a very difficult project to do, but at the end, the result was very gratifying.

For this project, I had to use SolidWorks to model all the parts and pieces, and to create the drafting, Photoshop to draw the illustrations, Illustrator to create the icons and the graphics components, and InDesign to make the report.

PT Projeto feito durante meu intercâmbio para a disciplina Processos do Design Industrial. O objetivo era fazer a engenharia reversa de uma cafeteira. Nós deveríamos descrever a interação entre objeto e usuário, desenhar todas as peças de dentro especificando de quais materiais elas eram feitas; e quais fixadores foram utilizados; e descrever o mecanismo de operação. Foi um projeto muito difícil de fazer, porém no final, o resultado foi muito gratificante.

Para este projeto, eu tive que utilizar SolidWorks para modelagem 3D the todas as partes e peças, e para criar o desenho técnico, Photoshop para desenhar todas as ilustrações, Illustrator para criar os ícones e os componentes gráficos, e InDesign para fazer o relatório.

Sources/Referências

“Boss Features.” Autodesk Knowledge Network. Web.
“Fastener Type Chart.” Bolt Depot. Web.
“The Heating Element of Coffee Makers - HowStuffWorks.” HowStuffWorks.
“Inside a Coffee Maker - HowStuffWorks.” HowStuffWorks. Web.
Lefteri, Chris. Making It: Manufacturing Techniques for Product Design.
London: Laurence King Pub., 2007. Print.
“Thermal Paste and How To Use It.” Techpowerup. Web.
“What Is inside a Coffee Maker?” Khan Academy. Web.