1 / 14

Exam review

Exam review. Introduction to Engineering Systems Lecture 11 (10/02/2009). Prof. Andrés Tovar. Announcements (1/4). Optimizing your design. Congratulations on your performance on the Tower! There were tough challenges. This year was new for us. Thank you for “bearing with us”

aleda
Download Presentation

Exam review

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Exam review Introduction to Engineering Systems Lecture 11 (10/02/2009) Prof. Andrés Tovar

  2. Announcements (1/4) Optimizing your design • Congratulations on your performance on the Tower! • There were tough challenges. • This year was new for us. Thank you for “bearing with us” • Limit States Met? • Experimentally or after correction, either way counts! • Team 1s will be contacted Friday afternoon • K’nexkits • Return to Natalie. Use inventory sheet. Due Friday, Oct. 9 • You get a grade for this! Easy points. • Just report what you have in your kit so that she can restock it!

  3. Announcements (2/4) • Engineering process over outcome • Show your work in presentation and report • Show systematic decision making in tower design • Rubric for Project 1 (15% of course grade) • 40% Report • 25% Presentation • 25% Demonstration • 10% Peer Evaluation

  4. Announcements (3/4) • Report due Monday, Oct. 5, 8 AM • Drop off: Learning Center Section Tray on top of lockers • Sections: Cover sheet, Abstract, Results/Discussion, References • Body: 4 to 6 pages • All group members must sign the cover sheet (Agreement) • Grading Rubric comes straight from LC 6 document • Use the template of a good report • 7 Minute Presentation next week • Post on I:\courses\eg\eg11111.xx\netid\dropbox • Bring a back up copy on USB Drive • Business Casual • Get to class early! • Not everyone has to speak. Practice!

  5. Announcements (4/4) • Peer evaluations • CATME System: you should have created a password • Confidential evaluation / feedback • Oct 9 – Oct 15 • You will get an e-mail • No homework this week • Course Instructor Feedback (CIF) • http://www.nd.edu/~cif/ • Oct 2 – Oct 9

  6. Exam – Module 1 • When: Tue, Oct 6, 8 – 9:15 AM • Where: Stepan Center • Doors will open at 7:50 am to begin filling out scan sheets • What to bring: • Student ID • Calculator (and a back up – cell phone doesn’t count) • Pencils • One page sheet of any information you want (8.5x11”) • No cell phones or other communication devices! • Format: 30 multiple choice questions

  7. Exam – Module 1: Reading material • Lectures posted on Concourse • Learning Center guides • Homework assignments • Reference book • Sections 1.1, 1.2, and 1.4 • Chapters 4 and 5 • Chapters 9 and 10 • All Matlab videos

  8. Exam – Module 1: Topics Matlab Statistics Probability F.O.S. Engineering Design Process Tower bracing and metrics Physics of Towers: Forces Measuring and error Line fit Sum of Squared Error Technical Communication Modeling Theoretical models (Newton's, etc)

  9. Example problem Answer: c

  10. Example problem Answer: d

  11. Example problem Plot 2 Plot 1 Plot 4 Plot 3 Answer: a • Which of the plots is produced by the following MATLAB script: x=0:10; y=x.*x; c=polyfit(x,y,1); z=c(1)*x+c(2); plot(x,y,'*’); hold on plot(x,z,'--'); hold off • Plot 1 • Plot 2 • Plot 3 • Plot 4 • The expression or statement is incorrect

  12. Example problem Answer: c

  13. Example problem Answer: b

  14. Example problem 20 cm 15 cm 10 cm Answer: e • Consider a sub-assembly of width 10 cm, depth 15 cm, and height 20 cm. If this sub-assembly is braced using two diagonal members in their external wall (see Figure) then its bracing ratio is • 250/600 • 424/600 • 50/70 • 1/2 • 5/8

More Related