Applied Engineering

DED40S

Crocus Plains Regional Secondary School

Course Outline

Engineering Design Process

Description of Assignment

Client Projects:
  • Students rank available client projects according to their preference.
  • Clients are assigned to students by the teacher to meet as many student preferences as possible.
  • Students must compose a professional email to initiate contact with the client and request a meeting to discuss the details of the project.
  • Students are responsible for ensuring that they acquire all necessary information from their client as early as possible.
  • Students work through and document (written and visuals) all the stages of the design process to create a real product that meets the needs of the client.
  • Every feature of the design must be defendable by the student.
  • The design must be aesthetic.
  • The design must be presented to the client for confirmation of happiness prior to manufacturing.
  • Length of the projects may vary. Each appropriately difficult project should take approximately one month.

  • Capstone Project:
  • Students select a project of their own to create.
  • The project is recommended to be reverse engineered to ensure realism.
  • Projects with fewer components (less than 20) must consist of complex geometries.
  • Simpler components must consist of more parts (greater than 50 unique parts).
  • Students are expected to create a CAD model and drawing package.
  • Students are expected to create renders (image or video or both) of their product.
  • Students will present their work at the end of the project, including all the stages, what was involved, how they designed the product, any research that was done.
  • Aerospace Engineering

    Description of Assignment

    Presentation Content:
  • Research: 4+ plane styles. Focus on wing and fuselage shape, position, and proportions. Discuss any other useful information relevant to creating a glider.
  • NASA Wing Section simulator: create and test 4+ different wing section views. Obtain the lift and drag results. Make a comparision betwen the shapes to decide which shape is most suitable for a glider.
  • 3D Printed Plane: Design must include advanced CAD features, aesthetic featrues, and mechancial connecting components.
  • Wind Tunnel Simulation: simulation results from 4+ different planes have been documented, including images of air flow, pressure distribution, and final lift/drag coefficients.
  • Lift Calculations: Detailed calculations have been documented.

  • LAUNCH DAY: June 3rd
    Presentations: June 4th and 5th