1. A note on oral presentations These are the progress report presentations. Please note that the individual presentations should be ~8 min long. Since the goal is to present progress report but the talk has be a complete document (for clarity) the introductory slides have to be very brief and concise. You should focus at results, possible changes/modifications and projected steps necessary for completion of the project. The flowchart will allow us to trace where we are, what is missing and what needs to be done.

2. Title Slide Names

3. Introduction Set up context.

4. Introduction Problem Statement Need

5. Deliverables

6. Goal Provide a goal statement in a complete sentence. Perspective of team members (What will you do?) Example: – Goal: To design and develop an autonomous robot that will detect and remove all debris from a helicopter landing pad.

7. Target Objective State your December target objective. Perspective of device/system/product (What will it do?) Example: – Target Objective: When the start button is pressed, the robot will demonstrate the cleaning algorithm by waiting 2s, moving forward to the black line, completing a random spin, and then removing 2 of 3 pieces of debris from the area in under 3 minutes.

8. Overview Diagram

9. Goal Analysis This is the box flowchart that leads to the T.O. Spend most of your time on this slide. All boxes must have action verbs. Make it clear what has been done already. Things in boxes must be measurable and observable. – Task analysis (the things that YOU do to achieve each box) will be included in written report

10. Sample Goal Analysis

11. Test Plan Information from the boxes in list form. Should include person in charge of each item and target completion date. Test plan items should be objectives in complete sentences. (see ADDIE slides) – specific – measureable and observable Don’t spend too much time on this. Just show that you have it and that all work has been assigned and scheduled.

12. Sample Test Plan (from ECE 4335) Objective LeadDate 1 When the power button is pressed, the robot will display its given name by outputting text to the NXT display until the robot is turned off. Len10/10/13 2 When the start button is pressed, the robot will display the light sensor reading by outputting the appropriate text to the NXT display until the program is manually stopped. Len10/15/13 3 When the start button is pressed, the robot will execute forward motion by rotating both motors forward until the program is manually stopped. Diana10/10/13 4 When the start button is pressed, the robot will execute backward motion by rotating both motors backward until the program is manually stopped. Diana 10/12/13 5 When the start button is pressed, the robot will execute either a right or left spin by rotating the one motor forward and the other motor backward until the program is manually stopped. Diana 10/17/13 6 When the start button is pressed, the robot will execute a random spin by rotating one motor forward and the other motor backward until the robot has rotated a random angle between 45 and 315 degrees. Diana10/20/13 7 When the start button is pressed, the robot will display the ultrasonic sensor reading by outputing the appropriate text to the NXT display until the program is manually stopped. John10/12/2013 8 When the start button is pressed, the robot will spin either left or right until a close object is detected by rotating one motor forward and the other motor backward until the US sensor senses an object between 15 and 60 cm. John10/22/2013 9 When the start button is pressed, the robot will demonstrate line detection by rotating both motors forward until a low value is read by the light sensor, at which point both motors will stop. Len10/15/2013 10 When the start button is pressed, the robot will demonstrate line detection with a random spin by rotating both motors foward until a low value is read by the light sensor and then rotating one motor forward and the other motor backward until a random amount of time has elapsed between 500ms and 1200ms. Diana, Len10/23/2013 11 Target Objective: When the start button is pressed, the robot will demonstrate the cleaning algorithm by waiting 2s, moving forward to the black line, completing a random spin, and then removing 2 of 3 pieces of debris from the area in under 3 minutes. All11/1/2013

13. Q&A