This assignment is a Brain-storming session and needs to be accomplished as a team; it is geared towards connecting the text-book learning with the "real world" mechanical design procedure. Carry out the Design FMEA (DFMEA) review for the design project that your team has proposed. Identify ways in which the proposed design can fail. Failure means either failing of a component, or failure to do the job it is designed to you. . Study the "EXAMPLE" given on spreadsheet tab. Identify modes in which your proposed design can fail, how frequent/severe/identifiable that failure is, and ways to correct that. As a part of the review, assign a score of Detectability, Severity and Probability to come up with RPN score. Submit a copy of your DFMEA review by email. Use Calibri Size 12 font for the data; this will make sure the font is big enough for me to read. (Remember, even after the teams turn in this assignment; you can still go back to these design reviews and update them for their final project report.) This assignment is a Brain-storming session and needs to be accomplished as a team; it is geared towards connecting the text-book learning with the "real world" mechanical design procedure. Carry out the Design FMEA (DFMEA) review for the design project that your team has proposed. Identify ways in which the proposed design can fail. Failure means either failing of a component, or failure to do the job it is designed to you. . Study the "EXAMPLE" given on spreadsheet tab. Identify modes in which your proposed design can fail, how frequent/severe/identifiable that failure is, and ways to correct that. As a part of the review, assign a score of Detectability, Severity and Probability to come up with RPN score. Submit a copy of your DFMEA review by email. Use Calibri Size 12 font for the data; this will make sure the font is big enough for me to read. (Remember, even after the teams turn in this assignment; you can still go back to these design reviews and update them for their final project report.)