Difference between revisions of "User:Uba"

From PrattWiki
Jump to navigation Jump to search
 
Line 19: Line 19:
 
== Grand Challenges for Engineering ==
 
== Grand Challenges for Engineering ==
 
:*[http://energy.gov/articles/sunshot-shoots-moon-first-grand-challenge-event Department of Energy's push to make solar energy more economically viable], United States Department of Energy, created May 23 2012, accessed 15 September 2013 (Make solar energy economical)
 
:*[http://energy.gov/articles/sunshot-shoots-moon-first-grand-challenge-event Department of Energy's push to make solar energy more economically viable], United States Department of Energy, created May 23 2012, accessed 15 September 2013 (Make solar energy economical)
 +
 +
== Favorite MATLAB Demonstration ==
 +
:I enjoyed the Bending Truss demo, it may have been very simple but it really appeals to me that I will be able to use code and to create a graphic that in practice may be used to determine how structurally sound a bridge is. In essence I like the demo because it is the real life application of mathematical principles;.

Latest revision as of 16:52, 15 September 2013

Background

Born in Nigeria (1995), spent the next nine years in Cape Town, South Africa, a further three in Johannesburg, South Africa before moving to Houston for a brief time (6 months) in 2013 to become 'Americanized' before I enrolled at Duke University in the fall.

Current University Involvement

  • Pratt School of Engineering
  • House Council (Randolph!)
  • National Society of Black Engineers
  • CRU
  • IM Soccer
  • IM Soccer Referee

Future Plans

  • Major in ME with the aerospace certificate.
  • Study abroad.
  • Become a Pratt Fellow followed by admission to be a Grand Challenge Scholar.
  • Be invited to become a member of Tau Beta Phi.
  • Start a career in the aerospace industry.

Grand Challenges for Engineering

Favorite MATLAB Demonstration

I enjoyed the Bending Truss demo, it may have been very simple but it really appeals to me that I will be able to use code and to create a graphic that in practice may be used to determine how structurally sound a bridge is. In essence I like the demo because it is the real life application of mathematical principles;.