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DESN1000 - Engineering Design - 2026 T1

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PART 1 IMPORT NACAXXXX AIRFOIL upload

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  1. Once you open the quiz, you will

    have 2 hours to complete it. Your timer begins the moment you open the

    quiz — plan accordingly.

  2. Complete

    all five parts in SolidWorks. Work through them in order — each part

    builds on the previous.

  3. Refer

    to the engineering drawing set (Sheets 1–5) provided. All dimensions are

    in millimetres.

  4. You

    will be given the NACAXXX profile data points as a .txt file upon opening

    the assessment. Use this file with the 

    SolidWorks Insert >

    Curve > Curve Through XYZ Points

     tool to import the airfoil

    profile. Do not manually re-type the coordinates.

  5. Save

    your work frequently. Submit your SolidWorks part and assembly files

    (.sldprt / .sldasm) to the course portal by the end of the session.

  6. Name

    your files using the convention: StudentID_PartN.sldprt (e.g.

    z1234567_Part1.sldprt) and StudentID_Assembly.sldasm.

  7. If

    you cannot complete a part, move on and return to it. Partial marks are

    awarded.

  8. No

    internet access or SolidWorks access issues are not an acceptable excuse.

    All students have access to the computer labs on Level 2, Ainsworth

    Building. It is your responsibility to ensure you complete the quiz in a

    suitable environment.

Files:

  • DESN1000 26T1 CAD Exam 3
  • NACA 0012 Reformatted 1

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PART 5 ASSEMBLE ALL COMPONENTS  upload

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Using your completed assembly, assign a material and use Mass Properties to find the wing mass. Record your answer in the Short Answer section.

  1. With your assembly open, right-click Material in the Feature Manager tree and select Edit Material. From the materials library, select ABS Plastic and click Apply. Repeat this for each individual part file.
  2. Go to Tools > Mass Properties with the assembly open. The Mass Properties window will display the total mass in grams. Note this value down — you will enter it in the Short Answer section below.
  3. Record your mass value from the Mass Properties window. Round it up to the nearest whole number and enter this value into the module quiz. Write your rounded answer in the Short Answer section at the end of this quiz.

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PART 3 CREATE COMPLIANCE MECHANISM  upload
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PART 4 LEADING EDGE EDITS upload

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PART 2 SPLIT AIRFOIL upload

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