Conclusion


Working on this project during these last two semesters has brought both heartache and elation.  Through it all, we feel that we've learned at little more about what it would be like working on projects in the engineering world.  We can see that there's a lot of hard work which isn't always fun, but there's nothing like that feeling of having succeded in creating something new that's all your own.  Our jobs might not always be the funnest, but we wouldn't be engineers if the rewards weren't worth the hard work.

Through this experience we also got to see a little of what an actual project like this might cost.  We figured the actual cost of the robot itself is as follows:
 

Item Cost
Handy Board $300
Linx Communication System $300
Motors $100
9 V Batteries $5
Wheels $6
Aluminum $5 (estimate)
Vel-cro $4
Misc. (nut, bolts, washers, wire, etc.) $10
Total $430

Now to figure out the total cost of a project like this we do the following:
 

Student Hours Comments
     Design Phase 150 *First Semester
     Development Phase 100 *Up to a complete prototype
     Prototype Phase  500 *Testing and Refining
Total Hours 750
Average Cost/hour $30 *Assumes salary of $60K/year
Labor Expenses $22,500
Labor Overhead Factor 45% *Benifits, Vacations, FICA, etc.
Total Labor Expenses $32,625
Material Purchases $430 *Actual Cost
Material Overhead Factor 15% *Shipping, Handling, etc.
Total Material Costs $494.50
Department Allocations 35% $11,419 *Secretaries, managers, quality assurance, etc.
Total R&D Expenses $44,538 *True Cost Of Project

As can be seen by this table, much more money and many more resources go into a project like this.  It's understandable why there would be a lot of pressure to get something out to market so the company can recoup its costs.


Requirements and Specifications
Design Criteria
Body-Of-Knowledge
Evaluating Alternatives
Selected Design
Schedule
Building and Programming
The Competition
Conclusion
Meet the Team
Images
Links


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