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TIJ1O

BRIDGE BUILDING

  1. Design Process

  2. Task and Rubric

  3. Bridge Physics

  4. Design Report

  5. Startup Company

  6. Bridge Testing Results

Design Report

The Design Report consists of the following:


1. Title Page

The title page grabs the attention of the reader. As such, it should contain some form of illustration that appeals to the reader. It should also contain the name of the report, the name(s) of the person(s) who produced the report, for whom the report has been prepared, the course code and the date of production.

2. Problem Statement

The problem statement describes the identified needs and problems of the project at hand. This statement is very brief (approximately one or two sentences).

3. Problem (Design Brief)

The design brief is a short statement indicating what is to be designed and made. A detailed design brief also states any restrictions and/or requirements placed on the design (e.g., materials, size, cost, time allotted, and processes to be used). The design brief is developed in conjunction with the situation.

4. Research

The research involves determining all the information required to build the product. The research should include as much information as possible

1. There are 6 types of bridges but for this challenge, the arc or the truss bridge are best suited. Look at these two bridges and explain to me how they differ from each other.

2. Based on your research on these two bridges (arc and truss), you'll see the importance of the truss and cable system. Explain the work (forces) going through these trusses and cables and how it allows the bridges to be strong.

3. The bridge you're about to build will be assembled using wood glue. We've tested two different types in the classroom, the "carpenter's glue" and the "glue gun". Let's concentrate on the carpenter's glue using these three very primitive joint; butt joint, miter joint and surface to surface.. Explain the method used to glue these joints together, which joint is the best and why?

5. Procedure Notes

This is an in-depth account of the process used in the design and fabrication of the product. The sentences in each paragraph should be kept short and to the point. It describes the route used to determine the solution to the design challenge, including research conducted, sources of information.

6. Materials

List all the materials and costs used in the fabrication of the final product.

7. Drawings or Illustrations

Include all drawings or illustrations that were used in the development and fabrication of the project. This includes thumbnail sketches, rough sketches, technical drawings, illustrations, and/or photographs of models or products. Ensure all drawings are properly labelled and descriptive.

8. Conclusion

Describe the results of the process of finding a solution to the design challenge. Include the results of testing solutions. Include a description on how each of the design criteria was met (or not). Describe possible improvements or modifications for future work. Suggest other users or situations that may benefit from your research and/or testing.

9. References

List all reference materials used to complete the project, including books, articles, interviews, and Internet sources.

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