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Increasing Enrollment in the Aeronautical Engineering Technology Program

This project aims to boost enrollment in the Aeronautical Engineering Technology Program by addressing gaps in employment and economic feasibility. It involves updating the curriculum, enhancing advertisement strategies, and lowering budget constraints to attract more students and secure the program's future. The proposal highlights the need to rebrand the program, increase class offerings, and reach out to local industries and schools for support. By modernizing the coursework, promoting the benefits, and managing costs effectively, the initiative strives to drive growth and ensure sustainability for the program.

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Increasing Enrollment in the Aeronautical Engineering Technology Program

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  1. Increasing Enrollment in the Aeronautical Engineering Technology Program By Isaac Parenteau

  2. Agenda • The Need • Description of the Project • Budget • Conclusion

  3. Need • Problem: • Airframe & Power Plant License • Lack of Advertisement • Ramifications: • Economical Feasibility • Gaps in Employment • Program Cancellation

  4. Economical Feasibility • Expensive Parts • $2000 Pre-made Solar panel • $2.50 per remnant • $2500 power board • $400 x2 for batteries • Lithium batteries substituted because of the lack of funds

  5. Employment Gaps • Degrees in Aerospace Declined 41% Between 1991-2000 • 75% Will Need to be Retrained • 80% of the Positions Will Need a College Degree

  6. Program Cancellation • Unable to Fulfill Employment Gap • “VTC would be irresponsible if we spent thousands of dollars on a program that had insufficient enrollment” –Dr. Ty Handy, President of VTC

  7. Project Description • Eliminate the Airframe and Power Plant License Requirement. • Rename the Program to Better Suit its Curriculum • Add More Classes to Fill the Gap • Advertise to Local Companies and Schools.

  8. New Curriculum Name • Aerospace Technology

  9. Current Curriculum

  10. New Curriculum

  11. New Curriculum

  12. New Curriculum • New Curriculum = 65-66 Credits • Old Curriculum = 68 Credits • Standard 4 Semesters for Associate Degree

  13. Modern Physics • Physics from 1920’s – Present Day • Speed of Light • Einstein's Theories • Atomic Energy

  14. AutoCAD • Computer Assisted Design • Current Technology for Engineering • Incorporate class with the Mechanical Engineering Class

  15. AutoCAD Figure 2- Basic internal layout of a Cube Satellite using AutoCAD Figure 1- NASA’s Jet Propulsions Laboratory’s Galileo Spacecraft Designed With AutoCAD

  16. CNC Class • Computer Numerically Controlled Milling Machine • Another Emerging Technology • Allows for 3-Axis Milling

  17. Advertisement • TV Advertisement • Local High Schools or Businesses • Promote the Program

  18. Advertisement

  19. Impact • New Name to Reflect New Program • No Requirements • Learning New Technologies • Increased Revenue for VTC

  20. Budget Start- up Costs Recurring Costs (yearly)

  21. Conclusions • Benefits • Increase Enrollment • Help Fill the Employment Gap • Increase Revenue for Future Projects • Q & A?

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