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The Summer in a Nutshell

The Summer in a Nutshell. Background About Me . Senior in FABE At OSU (4 of 5). ASAE Student branch Acting President. Engineers’ counsel V.P. ATZ Historian and Network Administrator. Dairy Farm. Getting to Know Everyone. Learning About Higher Education.

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The Summer in a Nutshell

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  1. The Summer in a Nutshell

  2. Background About Me • Senior in FABE At OSU (4 of 5). • ASAE Student branch Acting President. • Engineers’ counsel V.P. • ATZ Historian and Network Administrator. • Dairy Farm.

  3. Getting to Know Everyone

  4. Learning About Higher Education • 1.Making the connection from undergrad • 2.See things from the other side

  5. Learning About Research Projects

  6. Learning About Research Projects • 1Spectral Transmittances Analysis of Tomato Seed with regard to seed Vigor

  7. Learning About Research Projects    2Composting types • Dead animal • Manure • Sewage • Small and large vessel

  8. Learning About Research Projects 3Composting science • Tracking of microbial community • DNA analysis of compost T-RFLP • Control of the process C-N ratios • Important of O2, water content and mixing • Track activity in compost • Reduce smell, value added product and reduce volume

  9. Learning About Research Projects 3 Fertigation •   Control the growing process •    Reduce pollution of fertilizer •     Increase productivity •    Learn about Plants • Reduce cost

  10. Learning About Research Projects 4 Growth chamber experiment • Plant reaction to water stress • Make a new way to detect water stress • Use inversion to verifier model • Using Cample to collect plant data

  11. Learning About Research Projects 5. Dehumidification Experiment • Energy savings • plant dieses reduction • Data acquisition to create a standards • VPD Vapor Pressure Deafest

  12. Learning About Research Projects 6. Computational Fluid Dynamic modeling • High rise Hog building what is going on in • Change design with out rebuilding • Bounder conditions

  13. Project Support • Hands on with compost. • Small vessel. • Large vessel. • Fans on the pad. • Manure Science Review.

  14. Project Support • Hands on with compost. • Small vessel. • Large vessel. • Fans on the pad. • Manure Science Review.

  15. Project Support • Hands on with compost. • Small vessel. • Large vessel. • Fans on the pad. • Manure Science Review.

  16. Project Support • Hands on with compost. • Small vessel. • Large vessel. • Fans on the pad. • Manure Science Review.

  17. Project Support • Hands on with compost. • Small vessel. • Large vessel. • Fans on the pad. • Manure Science Review.

  18. Project Support Fertigation • Computer • Fertilizer • Leaks

  19. Project Support Greenhouse • Plant care • Installation of cooling pad • Set up of experiments

  20. Project Support • Select-a-Shade • Thoughs • Truble shooting

  21. Project • Methods of operation • A.    Start small • B.   Get bigger • C.    Step back\ sleep on it • D.   Try again • E.    Ask others (with more and less experience) • F. Dream

  22. Bringing Every Thing Together

  23. My Project for the Summer Model Greenhouse • Goals: Demonstrate • Visualize • Teach

  24. Project Goals • professional looking • Upgradeable • Working • Hidden construction • Essay shipped • Be proud of end produced

  25. Design • Polycarbonate walls Double poly • Inflated rough, DC fans • Cample control • 1 air exchange per min for exhaust • ¼ Air exchange per min for mixing tube

  26. Design • Polycarbonate walls Double poly • Inflated rough, DC fans • Cample control • 1 air exchange per min for exhaust • ¼ Air exchange per min for mixing tube

  27. Design • Polycarbonate walls Double poly • Inflated rough, DC fans • Cample control • 1 air exchange per min for exhaust • ¼ Air exchange per min for mixing tube

  28. Design • Polycarbonate walls Double poly • Inflated rough, DC fans • Cample control • 1 air exchange per min for exhaust • ¼ Air exchange per min for mixing tube

  29. Design • Polycarbonate walls Double poly • Inflated rough, DC fans • Cample control • 1 air exchange per min for exhaust • ¼ Air exchange per min for mixing tube

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