Officers

 

President: Ridgely Hatton

 

  • Hometown: Austin, TX

  • Career Goal: To become a superintendent.

Vice President: Matt Forbus 

 

       

  • Hometown: Amarillo, TX/ Goddard, KS
  • Career Goals: To build unique and diverse structures in Kansas.

Treasurer: Cade Holmes

 

             

     

  • Hometown: Overbrook, KS

  • Career Goals: I would like to become a superintendent and build stadiums.

 

Secretary: Taylor Case

 

       

  • Hometown: Russellville, MO

  • Career Goals: To become a superintendent for a large commercial construction company.

 

Chapter Activities: Sammy Cervantes

 

 

  • Hometown: Greensburg, KS

  • Career Goals: I want to become a superintendent, and lead my teams to growth and success.  

 

 

Public Relations: Collette Lemanske

 

 

  • Hometown: Denver, CO

  • Career Goals: 

 

Fundraising: Ben Husband

 

 

  • Hometown: Goddard, KS

  • Career Goals: Become a superintendent and build structures that will benefit the community.

 

Alternative Break Chair: Caleb Reed

 

         

  • Hometown: Topeka, KS

  • Career Goals: I aim to apply the knowledge I have gained at K-State, and the experience I have gained through AGC to provide solutions to the problems facing the industry today.

 

Engineering Open House: Dustin Williams

 

        

  • Hometown: Beloit, KS

  • Career Goals: 

 

New Member Coordinator: Kaleb Walton

 

 

  • Hometown: Olathe, KS

  • Career Goals: To be an effective superintendent for a large GC.

 

 

  Freshman/Sophomore Rep: Arie Olson

 

       

  • Hometown: Atwood, KS 

  • Career Goals: I want to be known as the guy everyone asks for help, out in the field.

 

Work Projects: Drew Goddard

 

          

 

  • Hometown: Omaha, NE

  • Career Goals: To become a superintendent, raise a family, and retire after starting my own company.

 

 

 

Webmaster: Carley Phelps

 

              

  • Hometown: Dodge City, KS/ Wichita, KS

  • Career Goals: To continually use my education for the benefit of others while adding efficiency to design and construction processes.