Presentaci

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MODULE I DESIGN PROCESS
PP 178.009 SEVILLE 12 - 14 FEBRUARY 2007
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Sin la técnica el hombre no exisitría, ni habría
existido núnca Ortega y Gasset (Santander
1933) Whitout technique the man would not
exist, and would have never exist Ortega y
Gasset (Santander 1933)
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• Casa de la Columnas, former Universidad de
  Mareantes that trained sailors for the ship crew
  during XVI and XVII centuries. Later patio de
  vecinos, and nowadays it is used as a social
  center.

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Main Module 1 Fundamentals
Module 2 Principles of Electrical and Control
Engineering
Module 1 Design process
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• 1. Submodule I - Basic Design Principles
• a.      Technical drawing
• b.      CAD-CAM
• c.       Basic design principles and modelling
• d.      Exposition and Documentation (incl. IPR)
• e.      Principles of material science
• f.      Basics of mathematics and physics in
  technical systems

• 2. Submodule II Theory of Technical Systems and
  Processes
• a.       Theory of technical systems and
  processes
• Technology process and products (alternative
  lecture)

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• . Drawing and graphic design materials, tools and
  techniques.
• .Basic Geometric design/layout.
• .Representation in dihedral systems.
• .Representation in Axonometric Projection and
  Cavalier Perspective.
• .Representation in Oblique and Front Conic
  Projection.
• .Standardization and Symbols in Technical Drawing

• .The Administration of Product Lifecycle
  Management (PLM).
• . Phases in the manufature of a product The
  planning of the process and the production ,
  machine process, calendar planning,
  administration and quality control.
• CAM Systems Manufacturing processes. Automation
  in manufacturing. Digital Tool Machinery. (DTM)
  ISO programming language DTM
• . CAD Systems Modelling in 2 and 3 dimensions.
• CAD/CAM systems. Integration

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• Fundamentals of antropometrics, ergonomics and
  bionics.
• Creativity, innovation, inventiveness.
• Types of modelling, models and prototypes.
• Market analyisis.

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• The project Definition and object phases,
  formal presentation and structure delivery.
• Documents of the project. Estructure and
  contents report and annexsplans
• Projects and property rights Intellectual
  property inventors patents, trade marks
  literary and artistic ownership. ICT rights.
  Industrial ownership.

• . Types and properties of materials.
• . Mechanical testing. Composition and
  representation of tests. Calculation of testing
  in simple parts.
• . Tests and measurements of the properties of
  materials used.
• . Oxidisation and corrosion
• . Internal structure and techniques used for the
  modification of the properties of metals.
• . Changing into solid form and diagrams of the
  balances within metallic materials
• . Heat treatment of steels.

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• . Mechanics Staticts and dynamic Principles
• . Priciples of hydrostatics and pneumatics
  (fluids).
• . The theory of fields electric, magnetic and
  electromagnetic.
• . Thermodynamics The Principals of
  Thermodynamics and thermal machines.
• . Basic trigonometrics. (lineal Algebra)
• . Differential and integral calculus.
• . Vector calculus.
• . Calculus with variable complexes Phasors
• . The Laplace and Fourier transformed.
• . Numerics methods for the solving of the systems
  and no-lineal equations.
• . The functions of transference in Physical
  systems. The concept of stability.

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• . The market
• . The production process.
• . Marketing
• . Quality Control.

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• Fundamentals of antropometrics, ergonomics and
  bionics.
• Creativity, innovation, inventiveness.
• Types of modelling, models and prototypes.
• Market analyisis.

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