Notes:

1. Students & Instructors are encouraged to read & review our AFAQs.
2. Please review student incentives available, upon successful Project completion.

Scope:

1. Building various airplane models to test flight performance via distance & time
2. Using office materials such as paper & metal to influence design & flight performance
3. Varying available designs by raw material parameters to build airplanes
4. Formulating to build airplanes using materials in simple formats & affordable cost
5. Tracking cycle time to build different airplane designs for different applications
6. Monitoring flight (linear or areal) distance & time (launch to land) by design types

End Game: Quantifying Design Parameters for Optimum Flight Performance

- Varying airplane design for differing flight performance (Distance and Time)

• - Controlling parameters to vary performance characteristics of flight (Distance and Time)

Tasks to be executed:

1. Build various airplane models to test flight performance via distance & time
2. Use office materials such as paper & metal to influence design & flight performance
3. Vary available designs by raw material parameters to build airplanes
4. Formulate to build airplanes using materials in simple formats & affordable cost
5. Track cycle time to build different airplane designs for different applications
6. Monitor flight (linear or areal) distance & time (launch to land) by design type

Team members at MGBS as well as "C" level executive per need.

Team and MGBS Inc. will decide frequency of meeting, length of meetings, effectiveness of meetings and most importantly escalation protocol of any issues coming from either side on a proactive and a constructive basis. Goal is to reduce meeting frequency and time and focus on meetings to celebrate milestone completion and lessons learned.

Top contributing factor for success is ability to escalate and collaboratively resolve to success and operate harmoniously as a TEAM.