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Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total

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Page 1: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 2: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total

Disruption in the Classroom

Page 3: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total

Faster Better

Cheaper

Page 4: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total

Old “Space Drivers”

Page 5: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total

Old “Space Drivers”

• How  Many  Students?  •  (Some  pre  determined  square  foot  assignment)    

• Rows  of  chairs/tables  • Modest  circula?on  •  LiAle  re-­‐configurability  •  Single  front  facing  focus  

Page 6: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total

How does active learning change space planning and learning space design? • Not  teacher  focused  •  There  is  no  “front  of  the  room”  •  ShiH  from  single  node  to  mul?-­‐nodal  environment  (more  fronts)  

• Ac?vi?es  less  structured  •  Students  move  around  more  • Different  furniture  arrangements  • More  circula?on  space  • Classrooms  become  larger  

Page 7: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total

Active Learning – New “Space Drivers”

Overall  Group  Size  Breakout  Group  Size  

 How  many  par?cipants  at  

each  table?  (5,6,7,8,9)  

TABLE  SHAPE    

Rectangular  Circular  

Page 8: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total

No.  of  Students  

Furniture  Arrangement  

Table  Shape   NSF  

40   Theater   Rectangle   795  

36   Ac?ve  Learning   Rectangle   820  

36   Ac?ve  Learning   Circular   955  

ALTERNATIVE FURNITURE ARRANGEMENTS

Page 9: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 10: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 11: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 12: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 13: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 14: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 15: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 16: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 17: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 18: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 19: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 20: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total

Other space impacts

• Do  we  need  as  many  large  lecture  halls  going  forward?  • Where  and  how  will  we  create  the  on-­‐line  content?  •  Importance  of  lecture  capture  an  video  origina?on?  • How  can  we  design  larger  classrooms  to  be  more  “interac?ve”?  

Page 21: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 22: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 23: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 24: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total

Swarthmore  College  Ac0ve  Learning  Lecture  Hall  

Page 25: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 26: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 27: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 28: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 29: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 30: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total

Learning Commons

Page 31: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 32: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 33: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 34: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total

Informal Learning Spaces

Page 35: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 36: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 37: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 38: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 39: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 40: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 41: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 42: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 43: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 44: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total

Small Group Study

Rooms

Page 45: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 46: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 47: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 48: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 49: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total

Remote Collaboration

Page 50: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 51: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 52: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total
Page 53: Disruption in the Classroom - Bowling Green State University · Therefore 6 000 WSCHs would require 7 ,380 ASF of classroom space (1.23 x 6,000) This formula calculates the total

Planning  for  the  Future