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Science 701 Robotics

Science 701 Robotics. The Final Project. Task.

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Science 701 Robotics

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  1. Science 701Robotics The Final Project

  2. Task Your team will create a robot that will complete a number of challenges as it moves through an obstacle course. Each challenge will be worth points and points will also be awarded for the best time through the course. You will need to reflect on past mechanisms and subsystem designs in order to decide how to make your robot as efficient as possible.

  3. What do I need to pass in? The final project will consist of 2 parts: • Electronic presentation • Portfolio

  4. Electronic Presentation Your team will be responsible for creating a slide show that documents all the work involved in construction of your robot. You will use the Engineering process as described in Unit 3 as the framework for your slide show. Ensure the slide show includes an Introduction, Conclusion and References.

  5. The Engineering Process • Identify a need – What exactly needs to be done for this challenge ? • Define the problem to be solved – specify what types of problems you are going to encounter during the obstacle course and how will you overcome. Make a list of objectives and rank them in order of importance. • Conduct Research – identify the types of parts or components will help you achieve the task. Think of gear ratios, extensions, add on’s, number of motors, etc. Look at other robot designs for a variety of ideas.

  6. Engineering Process 4. Analyze possible solutions – come up with at least 3 possible designs to meet the needs of the obstacle course. Identify the pros and cons of each design. Choose a design and justify your reasons for your choice. 5. Design, test, and evaluate your solutions – perform several trial runs and record information (weight, climb, speed). Explain in detail any modifications you make to your design. 6. Build – include pictures of all the different sections of the robot at different stages of the build. Use Google Sketch-up to create a 3-D picture of your robot. Print off and include in your portfolio. Hand written sketches should also be included.

  7. Portfolio Your portfolio will consist of the following: • A 3-D sketch of your robot • A daily log of work accomplished with title page. The log should be neat with a daily account of what everyone in the group did that day ( who worked on what part of the robot, who worked on the sketches/Google sketch-up, if the team tried something and it worked or did not work, etc.). • Final inventory • Final Group and Self Assessment.

  8. The Obstacle Course Refer to the board.

  9. Questions ?????

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