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Welcome to BME Welcome to BME 210 210 Physiological Physiological Transport Transport Phenomena Phenomena Fall 2008 Fall 2008 Robert J. Roselli Robert J. Roselli

Welcome to BME 210 Physiological Transport Phenomena Fall 2008 Robert J. Roselli

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Page 1: Welcome to BME 210 Physiological Transport Phenomena Fall 2008 Robert J. Roselli

Welcome to BME 210Welcome to BME 210Physiological Physiological

Transport Transport PhenomenaPhenomena

Fall 2008Fall 2008Robert J. RoselliRobert J. Roselli

Page 2: Welcome to BME 210 Physiological Transport Phenomena Fall 2008 Robert J. Roselli

Traditional vs. Traditional vs. challenge-based challenge-based

learninglearning

Page 3: Welcome to BME 210 Physiological Transport Phenomena Fall 2008 Robert J. Roselli

-2

-1.5

-1

-0.5

0

0.5

1

1.5

2

Question Difficulty

Eff

ect

Siz

e

More DifficultLess Difficult

Average

CBI

Control

*

*p < 0.05

* * *

*

***

*

*

**

* *** *

Page 4: Welcome to BME 210 Physiological Transport Phenomena Fall 2008 Robert J. Roselli

“Results show that HPL and traditional students made equivalent knowledge gains, but that HPL students demonstrated significantly greater improvement in innovative thinking abilities.”

Methods: Posttest vs. Pretest1) Knowledge Questions: 6 multiple choice2) Open Ended Problem

Page 5: Welcome to BME 210 Physiological Transport Phenomena Fall 2008 Robert J. Roselli

p < 0.01

Innovation: This score reflects how effectively students are able to apply their knowledge base and analysis tools to devise a wise strategy for solving a difficult open ended problem.

Page 6: Welcome to BME 210 Physiological Transport Phenomena Fall 2008 Robert J. Roselli

p < 0.001

Efficiency: This score examines whether students applied appropriate governing principles and constitutive equations to model the process.

Page 7: Welcome to BME 210 Physiological Transport Phenomena Fall 2008 Robert J. Roselli

Multiple Perspectives

Generate Ideas

Research & Revise

Test your mettle

Go Public

The Challenge

Legacy

Cycle

Page 8: Welcome to BME 210 Physiological Transport Phenomena Fall 2008 Robert J. Roselli

Active In-Class Active In-Class LearningLearning

Bring pencil, Bring pencil, paper, paper, calculator/laptop calculator/laptop to class.to class.

Page 9: Welcome to BME 210 Physiological Transport Phenomena Fall 2008 Robert J. Roselli

Formative Assessment:TurningPoint

Your choice:XR Response CardRF Response Card

http://www.turningtechnologies.com

Page 10: Welcome to BME 210 Physiological Transport Phenomena Fall 2008 Robert J. Roselli

Student Student PerformancePerformance

vs.vs.Class ParticipationClass Participation

BME 210BME 210

Fall 2001Fall 2001

Page 11: Welcome to BME 210 Physiological Transport Phenomena Fall 2008 Robert J. Roselli

BME 210, Number of PRS Questions Answered

0

5

10

15

20

25

30

35

40

Low Mid High

Participation GroupsBME 210, Fall 2001

Page 12: Welcome to BME 210 Physiological Transport Phenomena Fall 2008 Robert J. Roselli

BME 210, Average Homework

60

65

70

75

80

85

90

95

100

Low Mid High

Homework Performance vs. Participation GroupBME 210, Fall 2001

Page 13: Welcome to BME 210 Physiological Transport Phenomena Fall 2008 Robert J. Roselli

BME 210, Exam Average

60

62

64

66

68

70

72

74

76

78

80

Low Mid High

Exam Performance vs. Participation GroupBME 210, Fall 2001

Page 14: Welcome to BME 210 Physiological Transport Phenomena Fall 2008 Robert J. Roselli

BME 210, Final Exam

50

52

54

56

58

60

62

64

66

68

Low Mid High

Final Exam Performance vs. Participation GroupBME 210, Fall 2001

Page 15: Welcome to BME 210 Physiological Transport Phenomena Fall 2008 Robert J. Roselli

BME 210, Total Points

60

65

70

75

80

85

90

Low Mid High

Final Grade vs. Participation GroupBME 210, Fall 2001