2023
Technologies and materials of Industrial Practice II
Name: Technologies and materials of Industrial Practice II
Code: VIS12850L
3 ECTS
Duration: 15 weeks/78 hours
Scientific Area:
Design
Teaching languages: Portuguese
Languages of tutoring support: Portuguese, English
Regime de Frequência: Presencial
Sustainable Development Goals
Learning Goals
To give students theorical knowledge and technical abilities to better conceptualize industrial products. Experiment with the materials through practical exercise is an important step in the educational process of each student, allowing them to get in direct contact with the material and verifying the acquired theorical knowledge.
Skills
Students are able to recognize and apply to their projects production technologies of each taught material. Recognizing types of materials with which are produced the products.
Define materials and finishes for their projects and learn to discuss production processes with industry or their representatives and clients including the terms and processes.
By technological limitations be able to idealize a product with productive and economic viability.
Skills
Students are able to recognize and apply to their projects production technologies of each taught material. Recognizing types of materials with which are produced the products.
Define materials and finishes for their projects and learn to discuss production processes with industry or their representatives and clients including the terms and processes.
By technological limitations be able to idealize a product with productive and economic viability.
Contents
Revision of the physical and mechanical proprieties of materials.
Wood Natural wood Transformed wood
Advantage and disadvantage of natural and transformed wood. Treatments and plastic aspects of wood.
Work tools for wood.
Metal
Ferrous (Iron, Steel, stainless steel e Weathering steel)
Non-Ferrous or metallic alloys (Aluminium, Brass, Bronze, Cooper and Zinc) Physical and chemical proprieties
Transformation processes
Type of connectors and welding
Treatment and finishing (plastic aspects)
Modelling techniques
Practical exercise with study materials
Wood Natural wood Transformed wood
Advantage and disadvantage of natural and transformed wood. Treatments and plastic aspects of wood.
Work tools for wood.
Metal
Ferrous (Iron, Steel, stainless steel e Weathering steel)
Non-Ferrous or metallic alloys (Aluminium, Brass, Bronze, Cooper and Zinc) Physical and chemical proprieties
Transformation processes
Type of connectors and welding
Treatment and finishing (plastic aspects)
Modelling techniques
Practical exercise with study materials
Teaching Methods
The methodology of the unit is supported by theorical information through powerpoint and small films of process techniques. Practical exercise supports the conception of products related to each material.
This unit continues evaluation his supported by the interest, contribution and results of experiments and investigation resulted from varies exercises processes.
The student continues and periodical evaluation is summarized in the end of the cycle by a final exam of all the developed work.
Assiduity: 5%
Intermediary evaluation: 45%
Final evaluation: 50%
This unit continues evaluation his supported by the interest, contribution and results of experiments and investigation resulted from varies exercises processes.
The student continues and periodical evaluation is summarized in the end of the cycle by a final exam of all the developed work.
Assiduity: 5%
Intermediary evaluation: 45%
Final evaluation: 50%
Teaching Staff
- Elder António Ferreira Monteiro [responsible]
