Mechanical Engineering Design Technology
Mechanical Engineering Design Technology 17 Sections217 Lessons34 Weeks
Curriculum
- 17 Sections
- 217 Lessons
- 34 Weeks
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- 1. Mechanical engineering design principles13 Items
- 2.1Introduction to design principles
- 2.2Load and stress analysis
- 2.3Deflection and stiffness
- 2.4Fatigue failure
- 2.5Shaft and shaft components
- 2.6Design welded joints
- 2.7Fundamentals of mechanical engineering design
- 2.8Load analysis II
- 2.9Materials
- 2.10Static body stresses (part I)
- 2.11Static body stresses (part II)
- 2.12Elastic strain, deflection and stability
- 2.13Course overview, exam preparation and final exam
- 2. Finite Engineering Design Principles20 Items
- 3.1Introduction to the finite element method
- 3.2Potential energy and approximate analysis
- 3.3Concept of discretization
- 3.4Mathematics preliminaries
- 3.5Methods of weighed residuals
- 3.6Variational methods of approximation
- 3.7Construction of finite subspaces
- 3.8Computer implementation of finite elements methods
- 3.9Elliptic differential equation
- 3.10More advanced topics inn element generation
- 3.11Parabolic differential equations
- 3.12Structural mechanics: plane truss and plan frame analysis
- 3.13Isoparametric finite elements
- 3.14Displacement—based bending elements in solid and structural mechanics
- 3.15Programming the finite element method
- 3.16Introduction to advanced topics in finite element analysis
- 3.17ANSYS-getting started
- 3.18ANSYS—Array parameters—coupling and constraint equations
- 3.19Sub-modeling
- 3.20Course overview, exam preparation and final exam
- 3. GD & T and Blueprint Reading20 Items
- 4.1Purpose of GD & T
- 4.2Datums
- 4.3Forms of tolerances
- 4.4Orientation
- 4.5Position tolerance theory
- 4.6Location tolerances
- 4.7Coaxial controls
- 4.8Orientation measurement in GD&T
- 4.9Common GD&T mistakes
- 4.10Drawing review for GD&T
- 4.11Implementation of GD&T
- 4.12Analysis of measurement applications
- 4.13Geometrics symbols
- 4.14Blueprint reading—mechanical
- 4.15Blueprints reading—sheet metal drawings
- 4.16Blueprint reading—welding drawings
- 4.17Blueprint reading—piping drawing
- 4.18Blueprints reading—drawing for numerical control
- 4.19Blueprint reading—gears
- 4.20Course overview, exam preparation and final exam
- 4. AutoCAD—Basic12 Items
- 5.1Setting up a basic drawing
- 5.2Use basic drawing, editing and viewing tools
- 5.3Coordinate systems
- 5.4ONSAP command
- 5.5Controlling the drawing
- 5.6Fillets
- 5.7Trimming and extending
- 5.8Inquiry and measurement
- 5.9Annotating your drawing text part I
- 5.10Mirroring and rotating
- 5.11Annotating your drawing part II
- 5.12Course overview, exam preparation and final exam
- 5. Auto CAD—Advanced12 Items
- 6.1Working with blocks
- 6.2Defining block attributes
- 6.3External references
- 6.4Working with advanced drawing options
- 6.5Grouping and advanced editing of sketched objects
- 6.6Concepts of data exchange, object linking and embedding
- 6.7Template drawings
- 6.8Advanced 3D sketching—introduction to free from design
- 6.9Advanced3D sketching
- 6.10Visualization
- 6.11Component design
- 6.12Course overview, exam preparation and final exam
- 6. SolidWorks—Basic11 Items
- 7.1Introducing SolidWorks
- 7.2Navigating SolidWorks interface
- 7.3Working SolidWorks interface
- 7.4Working with sketches
- 7.5Part design—designing simple 3D solid models
- 7.6Part design—continues
- 7.7Assembly design- creating simple assembles
- 7.8Assembly design—creating simple assemblies (continue)
- 7.9Creating drawings
- 7.10Creating drawings (continued)
- 7.11Course overview, exam preparation and final exam
- 7. SolidWorks—Advanced12 Items
- 8.1Part design (solid model)—advanced features
- 8.2Part design (solid model)—advanced features
- 8.3Part design (solid model)—advanced features
- 8.4Part design (solid model)—advanced features
- 8.5Part design (solid model)—advanced features
- 8.6Part design—editing and evaluation
- 8.7Assembly design—creating assemblies
- 8.8Assembly design—creating assemblies
- 8.9Assembly design—creating assemblies
- 8.10Assembly design—creating assemblies
- 8.11Using assembly configurations
- 8.12Course overview, exam preparation and final exam
- 8. CATIA12 Items
- 9.1User interface and basic manipulation
- 9.2Reference features
- 9.3Sketch geometry creation
- 9.4Manipulation and operation on sketcher geometry
- 9.5Advanced sketcher modification and analysis
- 9.6Introduction to part design
- 9.7Part design revolved features and holes
- 9.8Part design dress-up features
- 9.9Part design advanced dress-up features
- 9.10Advanced part design ribs, slots and stiffeners
- 9.11Introduction to assembly design
- 9.12Course overview, exam preparation and final exam
- 9. Microstation10 Items
- 10. Pro-Engineer—Basic12 Items
- 11.1Concept of solid modeling
- 11.2Customizing personal working environment
- 11.3Sketches
- 11.4Constraints
- 11.5Pad and shaft features
- 11.6Sketcher tools and techniques
- 11.7Sketched features techniques
- 11.8Pocket and groove features—detailed design
- 11.9Feature management
- 11.10Introduction to dress-up features
- 11.11Advanced dress-up features
- 11.12Course overview, exam preparation and final exam
- 11. Pro-Engineer—Advanced12 Items
- 12.1Working with multi-profile sketches
- 12.2Duplication features
- 12.3Additional features
- 12.4Relations
- 12.5Parent/child relationships
- 12.6Part information
- 12.7Rib and slot features
- 12.8Multi-section solid design
- 12.9Assembly design
- 12.10Assembly techniques
- 12.11Generative drafting and assembly information
- 12.12Course overview, exam preparation and final exam
- 12. Autodesk Inventor –Basic11 Items
- 13. Autodesk Inventor –Advanced13 Items
- 14.1Top-down design
- 14.2Adaptive design
- 14.3Design accelerators
- 14.4Frame design
- 14.5Standardize assembly constraints (mates)
- 14.6Content center administration & publishing
- 14.7Sheet metal overview
- 14.8Creating standard punch features
- 14.9Dynamics sketching & direct manipulation (heads up display)
- 14.10Introduction to iLogic
- 14.11Advanced surfacing tools
- 14.12Presentations
- 14.13Course overview, exam preparation and final exam
- 14. Hands on Project13 Items
- 15.1Design process steps
- 15.2Design project management
- 15.3Engineering principles
- 15.4Economics
- 15.5Brainstorming engineering ideas
- 15.6Design concepts
- 15.7Reverse engineering
- 15.8Analysis and synthesis
- 15.9Design review I
- 15.10Design review II
- 15.11Design review III
- 15.12Final review, group presentations
- 15.13Course overview, exam preparation and final exam
- 15. Engineering Project Management13 Items
- 16.1Introduction, project cycle and management processes
- 16.2Initiating project
- 16.3Project scope planning
- 16.4Project scheduling
- 16.5Project costing
- 16.6Managing quality
- 16.7Managing project communication
- 16.8Managing project communication
- 16.9Project risks management
- 16.10Life cycle cost
- 16.11Tendering process
- 16.12Contracting process
- 16.13Course overview, exam preparation and final exam
- 16. Technical report Writing and presentation Skills13 Items
- 17.1Introduction to technical writing
- 17.2Compiling the input information
- 17.3Report structure
- 17.4Essentials of technical writing
- 17.5Development process
- 17.6Report outline
- 17.7Report appearance
- 17.8Types of reports specifications
- 17.9Writing the specification
- 17.10Oral presentation of reporting
- 17.11Project proposals
- 17.12Ethics and documentation in engineering writing
- 17.13Course overview, exam preparation and final exam
- 17. Canadian Industrial Practices and Workplace culture8 Items
Entrepreneurship and small business skills
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