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Texas A&M College of Agriculture and Life Sciences
Cotton Engineering
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  • IMG_5545
    Cotton Engineering Graduate Students
  • IMG_0423
    Construction of the Micro Gin Lab at Hobgood
  • d
    Phenotyping Unmanned Ground Vehicle used for collecting phenotyping data for corn and sorghum.
  • Combine harvester with grain cart driving along side.
  • Two researchers operating a microgin
    The research Micro Gin on our campus was donated by Cotton Industries in the 1960s and is still operational today.
  • Field of full cotton bolls
  • Members of Agrilife research holding UAV drones
    UAVs on display.
  • MVIMG_20190613_104119
    Ground based multispectral image collection in the nitrogen management cotton plants
  • Yellow plastic stuck in cotton module feeder
    Yellow plastic wrapping around feeder
  • plainHarvestFaceOpposite
    Simulation: Harvest operation involving the cooperation between a grain cart and a combine
  • Picture1
    From left to right: seed cotton from the field, cotton seed from the gin, cotton lint from the gin, and harmful plastic that has to be removed from the cotton for quality purposes.
  • Picture2
    Newly installed Module Feeder system, which allows us to test plastic contamination at the feeder rollers.
  • Picture3
    Work station to hand sift through ginned cotton to determine how much plastic remains after ginning.
  • WhatsApp Image 2020-05-27 at 11.47.42 AM
    Graduate Student, Hussein Gharakhani, 3D printing an End-Effector housing and comparing the printed dimensions with the actual amounts
  • JH_fig3
    Cotton Weighing trailer, cotton module builder and cotton boll buggy ready by the cotton field. Lubbock, TX
  • JH_fig2_left
    Cotton stripper used with a onboard weight-based calibration system
  • JH_fig2_right
    Mass flow sensors located on a cotton stripper
  • Picture 1
    Energy cane imagery collection using DJI Matrice 100 platform with SlantRange 3p sensor
  • Picture 2
    Graduate students conducting Ground Control Points (GCPs) survey with post-processed kinematic (PPK) V-map Air Model GPS system
  • IMG_0633 (1)
    Graduate students in the field
  • Pappu 1
    Graduate student Pappu Yadav, collecting aerial data using DJI Matrice 100 quadcopter at the TAMU Farm
  • pappu 2
    Graduate students at the SPIE conference in Baltimore, MD 2019
  • pappu 3
    Experiment of plastic contamination detection in the cotton fields.

Texas A&M AgriLife Research has had over a 100 year history in engineering research associated with the cotton industry in Texas, the U.S., and internationally.

The logo for the Cotton Engineering program includes imagery alluding to the convergence of the four ideas that pervade this program’s teaching, research, and extension efforts:

 

  1. Cotton- the cotton boll at the center
  2. Data and Sensors- the scattered image pixels at the upper left of the cotton boll
  3. Machinery- the gear shape that surrounds the cotton boll 
  4. Ginning- the gin saw blade at the periphery

 

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