Report Format
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General Requirements
General (10%). A design report should be of high quality (clear, neat, correct grammar and spelling with adequate margins) and follow in order the numbered sections 1-10 below. It should be terse, well illustrated and not crowded. Text should be typed in 12 pt. Times font. Calculations should not be typed; do them with a pencil. Use one side of 8.5 x 11 in paper only.
This general grade also includes any grievous deductions made on design submittals throughout the semester for incomplete or late work.
Cover sheet
It is recommended that the project assignment sheet(s) be used as cover sheets.
Report Sections
The report must include in order the following ten sections; some sections include subsections.
- Project Drawings, Parts List and Bill of Materials (15%)
- Methods (15%)
- Assumptions (5% w/Warnings)
- Warnings
- References (5%)
- Data Sections(10%)
- Calculations (30%)
- Peer Review (5%)
- Response to peer Review (5%)
- Appendix
Report Assembly, Binding and Submission
The report should be assembled in the order of the sections given below, pages numbered and bound by a medium-sized metal binder clip (an inexpensive clamp). Do not use report covers and do not staple reports. Submit the original of the report, not a Xerox copy, on or before the deadline.
Report Grading
Report grading may vary slightly from section to section from the percent values given above. However, in addition to a general quality grade, one should expect point subtractions for low quality work and errors, and additions for exceptional quality work and creativity.
Grading of calculations. Most instructors will not grade all calculations. Rather, one or more components will be selected for grading. Students may suggest two components which received exceptional effort for grading and the instructor may select one or both of these plus other components at her/his discretion.
Questions on grading details should be discussed with your instructor.
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This material is based upon work supported by the National Science Foundation under Grant No. 0633602. Any opinions, findings and conclusions or recomendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation (NSF).
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Department of Engineering Science and Mechanics
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