Difference between revisions of "User:Ja189"

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==Júlia Sroda Afi Agudogo==
 
==Júlia Sroda Afi Agudogo==
  
* ''Origin''
+
===About me===
 +
 
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* ''Places of Origin''
 
:: Ghana
 
:: Ghana
 
:: Slovakia
 
:: Slovakia
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:: Healthcare
 
:: Healthcare
  
* ''Favourite Songs''
+
* ''Favorite Songs''
 
::I have a Maker
 
::I have a Maker
 
::Avulekile Amasango
 
::Avulekile Amasango
 
::Salome
 
::Salome
  
* ''Favourite Drink''
+
* ''Favorite Drink''
 
::Icy Lemon juice
 
::Icy Lemon juice
 +
 +
 +
===Homework 1:Grand Challenges for Engineering- Reverse-engineer the brain===
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[http://www.academia.edu/2835497/Reverse_engineering_the_brain_with_a_circuit_diagram_based_on_a_segmented_connectome_and_system_dynamics Reverse Engineering the Brain With a Circuit Diagram Based on a Segmented Connectome and System Dynamics], Walter Schneider, Michael Cole and Sudhir Pathak, Learning Research & Development Center, Center Neural Basis of Cognition, & Psychology Department , University of Pittsburgh, published 2008, accessed 26 January, 2014 (Reverse-engineer the brain)
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===Homework 2: Favorite Demonstration===
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My favorite demonstration was the one on 3-D surface plots because I thought it beautifully displayed how MATLAB can be used to virtually visualize and adjust the dimensions of objects in the real world.

Latest revision as of 21:14, 26 January 2014

Júlia Sroda Afi Agudogo

About me

  • Places of Origin
Ghana
Slovakia
  • Interests
Community Service
Ecotourism
Healthcare
  • Favorite Songs
I have a Maker
Avulekile Amasango
Salome
  • Favorite Drink
Icy Lemon juice


Homework 1:Grand Challenges for Engineering- Reverse-engineer the brain

Reverse Engineering the Brain With a Circuit Diagram Based on a Segmented Connectome and System Dynamics, Walter Schneider, Michael Cole and Sudhir Pathak, Learning Research & Development Center, Center Neural Basis of Cognition, & Psychology Department , University of Pittsburgh, published 2008, accessed 26 January, 2014 (Reverse-engineer the brain)


Homework 2: Favorite Demonstration

My favorite demonstration was the one on 3-D surface plots because I thought it beautifully displayed how MATLAB can be used to virtually visualize and adjust the dimensions of objects in the real world.