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Advanced Engineering Drawing and Design

By: HRODC Postgraduate Training Institute

United Kingdom

04 - 29 Sep, 2017  26 days

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GBP 20,000

 

By the conclusion of the specified learning and development activities, delegates will be able to demonstrate a heightened understanding of the following concepts and issues:

Part 1 – Salient Issues of Engineering Drawing and Design

  • Drafting Technology;
  • Occupations in Architecture and Engineering Drafting Fields;
  • How to Become a Drafter;
  • Drafting Occupational Levels;
  • Computers in Design and Drafting;
  • Computer-aided Design and Drafting (CADD) Applications;
  • Copyrights;
  • Patents;
  • Trademarks.

Part 2 - Sketching, Lettering and Lines

  • The Engineering Design and Application;
  • Sketching;
  • Tools and Materials;
  • Sketching Straight Lines;
  • Sketching Circular Lines;
  • Sketching Arcs;
  • Sketching Ellipses;
  • Measurement Lines and Proportions;
  • Procedures in Sketching;
  • Creating Multiview Sketches;
  • Lettering;
  • Single-Stroke Gothic Lettering;
  • Other Lettering Styles;
  • CADD Applications: Lettering;
  • Lettering Legibility;
  • Vertical Freehand Lettering;
  • Lettering Techniques;
  • Composition;
  • Making Guidelines;
  • Other Lettering Aids and Guideline Methods;
  • Basic Lettering Considerations;
  • Lettering Guide Templates;
  • Mechanical Lettering Equipment;
  • Lines;
  • Types of Lines;
  • CADD Applications: Drawing Lines;
  • Pencil and Ink Line Techniques.

Part 3 - Drafting Equipment, Media and Reproduction Methods

  • Introduction to Drafting Equipment, Media and Reproduction Methods;
  • Drafting Equipment;
  • Drafting Furniture;
  • Drafting Pencils, Leads and Sharpeners;
  • Technical Pens and Accessories;
  • Erasers and Accessories;
  • Drafting Instruments;
  • Drafting Machines;
  • Scales;
  • Cleaning Drafting Equipment;
  • Drafting Media;
  • Papers and Films;
  • Sheet Sizes, Title Blocks and Borders;
  • Taping Down Your Drawing;
  • Diazo Reproduction;
  • Safety Precautions for Diazo Printers;
  • Photocopy Reproduction;
  • How to Properly Fold Prints;
  • Microfilm;
  • CADD Applications: CADD vs. Microfilm;
  • Digitizing Existing Drawings;
  • CADD Applications: CAD/CAM;
  • Math Application: Angle Measurement in Radians;
  • Optical Scanning of Existing Drawings.

Part 4 - Computer-Aided Design and Drafting (CADD)

  • The Engineering Design Application: Project Planning Process;
  • What Is CADD?;
  • Industry and CADD;
  • The CADD Workstation;
  • The Future of CADD;
  • Virtual Reality;
  • Getting Started with CADD Project;
  • Scaling and Scale Factors;
  • Using Layers;
  • The Importance of Template Drawing;
  • Basic Drawing Functions;
  • Drawing with the Computer;
  • Creating and Using Symbols;
  • Storing a Drawing;
  • File Management;
  • Internet-Based CADD;
  • Research Techniques;
  • Ergonomics.

Part 5 - The Engineering Design Process

  • The Engineering Design Application;
  • Today’s Engineering Design Models;
  • The Engineering Design Process;
  • Creativity and Innovation In Design;
  • Design Analysis and Problem Solving;
  • Charge and Impact on The Design Process;
  • Tracking Documents;
  • The Design Review Process;
  • Life Cycle of a Design Project
  • Design Deliverables;
  • How the Design Process Has Responded to Changes in Engineering.

Part 6 - Geometric Construction

  • Geometric Construction;
  • The Engineering Design Application;
  • Characteristics of Lines;
  • Geometric Shapes;
  • CADD Applications: A Layout Approach to CADD Applications;
  • Common Geometric Constructions;
  • Constructing Polygons;
  • CADD Applications: Drawing Geometric S Shapes;
  • Constructing Circles and Tangencies;
  • Constructing an Ellipse;
  • CADD Applications.

Part 7 - Multi-views

  • The Engineering Design Application;
  • Multiviews;
  • View Selection;
  • Projection of Circles and Arcs;
  • CADD Applications: Fillets and Rounds;
  • Line Precedence;
  • Third Angle Projection;
  • First-Angle Projection;
  • Recommended Review;
  • Layout;
  • CADD Application;
  • Math Application: Weight of an Elliptical Plate.

Part 8 - Auxiliary Views

  • The Engineering Design Application;
  • Auxiliary Views;
  • Plotting Curves in Auxiliary Views;
  • Enlargements;
  • Secondary Auxiliary Views;
  • CADD Applications: Multiview and Auxiliary View Drawing;
  • Auxiliary View Layout;
  • Math Application: Projected Area.

Part 9 - Descriptive Geometry I

  • The Engineering Design Application;
  • Basic Concepts;
  • Projection of a Point (Basic Concept 1);
  • Lines;
  • Projection of a Line (Basic Concept 2);
  • Projection of a Line to Find Its True Length (Basic Concept 3);
  • Projection of a True-Length Line to Find Where It Appears As a Point (Basic Concept 4);
  • Planes;
  • Projection of a Plane.

Part 10 - Descriptive Geometry II

  • The Engineering Design Application;
  • Directions of Lines and Planes;
  • True Distance between a Point and a Line;
  • True Distance between Two Skew Lines;
  • Intersection of a Line and A Plane
  • Visibility;
  • Intersection of Planes;
  • Dihedral Angles;
  • An Introduction to Vector Geometry;
  • Forces in Equilibrium;

Part 11 - Manufacturing Materials and Processes

  • The Engineering Design Application;
  • Introduction;
  • Manufacturing Materials;
  • Plastics;
  • Manufacturing Processes;
  • CADD Applications: Computer Numerical Control (CNC) Machine Tools;
  • Machine Processes;
  • Tool Design;
  • CADD Applications: Jig and Fixture Design;
  • Computer-Integrated Manufacturing (CIM);
  • Integration of Computer-Aided Design and Computer-Aided Manufacturing (CAD/CAM);
  • Statistical Process Control (SPC).

Part 12 - Dimensioning and Tolerancing

  • The Engineering Design Application;
  • Dimensioning Systems;
  • Dimensioning Rules;
  • Dimensioning Fundamentals;
  • Preferred Dimensioning Practices;
  • CADD Applications: Dimensioning;
  • Notes For Size Features;
  • Location Dimensions;
  • Dimension Origin;
  • Dimensioning Auxiliary Views;
  • General Notes;
  • CADD Applications: Using Layers for Dimensioning;
  • Tolerancing;
  • Dimensions Applied to Plattings And Coatings;
  • Maximum and Minimum Dimensions;
  • Casting Drawing and Design;
  • Machining Allowance;
  • Machined Surfaces;
  • CADD Applications: Dimensioning Software Packages;
  • Design and Drafting of Machined Features;
  • Symbols;
  • An Introduction to ISO 9000.

Part 13 - Fasteners and springs

  • The Engineering Design Application;
  • Screw Thread Fasteners;
  • Thread-Cutting Tools;
  • Thread Forms;
  • Thread Representations;
  • Thread Notes;
  • Measuring Screw Threads;
  • CADD Applications: Drawing Fasteners;
  • Threaded Fasteners;
  • Washers;
  • Dowel Pins;
  • Taper and Other Pins;
  • Retaining Rings;
  • Keys, Keyways and Keyseats;
  • Rivets;
  • Springs;
  • CADD Applications: Drawing Springs.

 

Part 14 - Sections, Revolutions and Conventional Breaks

  • The Engineering Design Application;
  • Sectioning;
  • Cutting-Plane Lines;
  • Section Lines;
  • Full Sections;
  • Half Sections;
  • Offset Sections;
  • Aligned Sections;
  • Unsectioned Features;
  • CADD Applications: Sectioning;
  • Intersections in Section;
  • Conventional Revolutions;
  • Broken-Out Sections;
  • Auxiliary Sections;
  • Conventional Breaks;
  • Revolved Sections;
  • Removed Sections.

Part 15 - Geometric Tolerancing

  • The Engineering Design Application;
  • General Tolerancing;
  • Symbology;
  • Datum Feature Symbols;
  • Datum Reference Frame;
  • Datum Features;
  • Datum Target Symbols;
  • Datum Axis;
  • Feature Control Frame;
  • Basic Dimensions;
  • Geometric Tolerances;
  • Material Condition Symbols;
  • CADD Applications: Geometric Tolerancing;
  • Location Tolerance;
  • Datum Precedence and Material Condition;
  • Position of Multiple Features;
  • Composite Positional Tolerancing;
  • Two Single-Segment Feature Control Frames;
  • Positional Tolerance of Tabs;
  • Positional Tolerance of Slotted Holes;
  • Positional Tolerance of Threaded Features And Gears;
  • Positional Tolerance of Counterbored Holes;
  • Positional Tolerance of Coaxial Holes;
  • Positional Tolerancing of Nonparallel Holes;
  • Projected Tolerance Zone;
  • CADD Applications: Geometric Tolerancing Symbols;
  • Geometric Dimensioning and Tolerancing with AutoCADD;
  • Virtual Condition;
  • Statistical Tolerancing with Geometric Controls;
  • Combination Controls.

Part 16 - Mechanisms: Linkages, Cams, Gears and Bearings

  • The Engineering Design Application;
  • CADD Applications: Mechanism Design;
  • Mechanisms;
  • Linkages;
  • Linkage Symbols;
  • Types of Linkages;
  • CADD Applications: Cams and Gears;
  • Cams;
  • Cam Displacement Diagrams;
  • Construction of an In-Line Follower Plate Cam Profile;
  • Construction of an Offset Follower Plate Cam Profile;
  • Drum Can Drawing;
  • Gears;
  • CADD Applications: Cam Displacement Diagrams and Profiles: Cam Manufacturing;
  • Gear Structure;
  • Splines;
  • Gear Types;
  • Spur Gear Design;
  • Gear Accuracy;
  • Drawing Specifications and Tolerances;
  • Designing and Drawing Spur Gears;
  • CADD Applications: Gear Teeth;
  • Designing Spur Gear Trains;
  • Designing and Drawing the Rack And Pinion;
  • Designing and Drawing Bevel Gears
  • Plastic Gears;
  • Bearings;
  • Drawing Bearing Symbols;
  • Bearing Codes;
  • CADD Applications: Bearing Symbols;
  • Bearing Selection;
  • Gear and Bearing Assemblies.

Part 17 - Belt and Chain Drives

  • The Engineering Design Application;
  • Advantages of Gear Drives;
  • Advantages of Belt Drives;
  • Advantages of Chain Drives;
  • Belts and Belt Drives;
  • Typical Belt Drive Arrangements;
  • Belt Drive Selection;
  • Chain Drives;
  • Chain Drive Sprockets;
  • Chain Classification and Types;
  • Precision Chains;
  • CADD Applications: Sprockets;
  • Nonprecision Chains;
  • Light-Duty Chain;
  • Chain Drive Arrangements;
  • Roller Chain Drive Selection.

Part 18 - Working Drawings

  • The Engineering Design Application;
  • Detail Drawings;
  • Assembly Drawings;
  • Types of Assembly Drawings;
  • CADD Applications: Working Drawings;
  • Identification Numbers;
  • Parts Lists;
  • Purchase Parts;
  • Engineering Changes;
  • Drawing Form a Prototype;
  • Analysis of a Set of Working Drawings.

Part 19 - Pictorial Drawings and Technical Illustrations

  • The Engineering Design Application;
  • Pictorial Drawings;
  • Isometric Projections and Drawings;
  • Types of Isometric Drawings;
  • Isometric Construction Techniques;
  • Diametric Pictorial Representation;
  • Trimetric Pictorial Representation;
  • CADD Applications: 3-D Capabilities;
  • Exploded Pictorial Drawing;
  • Oblique Drawing;
  • Perspective Drawing;
  • One-Point Perspective;
  • Two-Point Perspective;
  • Three-Point Perspective;
  • Circles and Curves in Perspective;
  • Basic Shading Techniques;
  • Layout Techniques.

Part 20 - Solid Modelling, Animation and Virtual Reality

  • The Engineering Design Application;
  • Type of 3-D CAD Models;
  • Modeling Kernel;
  • Parametric Modeling and the Design Process;
  • Working With Parts, Assemblies and Features;
  • Built-In Features;
  • Editing Feature History;
  • Animation;
  • Virtual Reality.

Part 21 - Welding Processes and Representations

  • The Engineering Design Application;
  • Welding Tests;
  • CADD Applications: Welding Symbols And Applications;
  • Welding Specifications;
  • Prequalified Welded Joints;
  • Weld Design.

Part 22 - Industrial Process Piping

  • The Engineering Design Application;
  • Where is Industrial Piping Used?;
  • What is Piping Drafting?;
  • Types of Pipe;
  • CADD Applications: Piping;
  • Pipe Connection Methods;
  • Fittings;
  • CADD Applications: Three-Dimensional System Models;
  • Flanges;
  • Valves;
  • Pipe Drafting;
  • Piping Details;
  • CADD Applications: 3-D Digitizing;
  • Layout Techniques.

Part 23 - Structural Drafting

  • The Engineering Design Application;
  • Line Work;
  • Lettering;
  • Coordination of Working Drawings;
  • Structural Drafting Related to Construction Systems;
  • Concrete Block Construction;
  • Wood Construction;
  • Steel Construction;
  • Common Connection Methods
  • Components in a Set of Structural Drawings;
  • CADD Applications: Structural Drafting;
  • Drawing Revisions;
  • Basic Drawing Layout Steps.
London, UK Sep 04 - 29 Sep, 2017
GBP 20,000.00(The course cost does not include living accommodation. However, delegates are treated with the following: Continuous snacks throughout the Event Days; Hot Lunch on Event Days; City Tour; Hand-outs; Stationery. We offer very attractive discount for groups)
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+44 7736147507; +44 1902 763607; +44 2071935906; +

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