Project   SYNCERE’s   Summer   STEM   Camp   is   all   about  discovery,   creating,   building,   and  making   things   better!   If   you  enjoy   discovering   new  things,  solving  problems,  and  learning  how  things  work  then  this  is  a  great  place  to  learn  what  it  takes  to  be  an  engineer!    Our  summer  camp  consists  of  six  independent  sessions,  each  lasting  one  week  and  incorporating  a  different  engineering  principle  and  weekly  field  trips.    

 

Cost:  $250/session  if  registered  by  May  15  $275  after  May  15  

   

$1375    when  you  pay  for  all    

6  weeks    

Sample  Daily  Schedule    

8:30  AM   Teambuilding  9:00   Intro  to  Engineering  10:00   Project  Planning  +  

Brainstorming  11:30   Physical  Activity  12:30  PM   Lunch  1:00   Project  Planning  +  

Building  3:00   Break  3:15   Project  Building  4:15   Daily  Recap  4:30   Dismissal  

 

Form  more  info,  contact:  Project  SYNCERE  

4434  S.  Lake  Park  Ave.,  Suite  210  

Chicago,  IL  60653  Ph:  773.982.8261    Fax:  856.997.9294  

info@projectsyncere.org  

 

To  register  visit:  https://www.projectsyncere.org/activities  

Sessions    Session  1  (June  30  -­‐  July  3)  Computer  Science  Applications  –  Robotics  No   program   July   4,   in   observance   of  Independence  Day.  Students   will   learn   how   to   think   logically   and  theoretically,  like  a  computer  scientist.      Session  2  (July  7  -­‐  July  11)  Structural  Engineering  Around  the  World  Students   will   explore   the   impact   of   extreme  climate  on  homes  built   in   various   regions   around  the  world.        Session  3  (July  14  -­‐  July  18)  Robotics  and  Automation  –  LEGO  EV3  Robotics  and  Automation  teaches  students  how  to  build   and   program   robots   using   the   Lego  Mindstorms  EV3  system.      Session  4  (July  21  -­‐  July  25)  Electrical  Engineering  -­‐  Arduino  Students   will   learn   the   basics   of   electrical  engineering   and   the   fundamentals   of   building   an  electrical  circuit.      Session  5  (July  28  -­‐  August  1)  Underwater  Robotics  –  Lego  NXT  Using   Lego   Mindstorms   NXT   Power   Functions,  students   will   discover   what   makes   up   a   simple  robot   by   building   and   test   their   own   underwater  robot.                  Session  6  (August  4  –  August  8)  Aerospace  Engineering  and  Aviation  Students  will   test   the  physics  concepts  associated  with   the   design   of   flying   machines   and   will  experiment   with   lift,   stability,   control,   and  propulsion.