Engineering Process
Our proprietary engineering process, based on the ISO/IEC 15288 standard, is laid out in our Engineering Notebook (which is provided to prospective clients by request). A summary of our process is provided below.
By using the process detailed above, our company was able to produce an excelsior product in a short time frame. With the extensive prototyping that was completed before implementation of our final design, we were able to not only reduce the amount of refining that was needed, but also conserve resources and materials.
- Analyze the game rules and derive requirements.
- Analyze the game score sheet and develop a strategy.
- Brainstorm designs, Draw sketches, and create models of design ideas.
- Evaluate all design ideas based on performance during brainstorming and concept testing. Determine top concept.
- Implement design ideas to produce a finished robot.
- Test robot on the game field and refine systems as necessary.
By using the process detailed above, our company was able to produce an excelsior product in a short time frame. With the extensive prototyping that was completed before implementation of our final design, we were able to not only reduce the amount of refining that was needed, but also conserve resources and materials.
The image above shows several prototypes and preparation pieces for our 2017 robot. On the left is the original Georgia Launcher prototype, with a prototype 3D printed pulley below. Beside it is a prototype of the double claw. Beneath the claw prototype, from left to right, is the first hand-cut polypropylene claw, three 3D printed prototype pieces, and two CNC cut test pieces. The waste template from the final cut of the CNC claw is in the top right-hand corner. Below it is a simple "Manny scoop" that was removed after we realized that the double claw would be more effective for rescuing Manny.
Updated 10-23-17 by EMY