introductioncourse structureassessmentteachingstudent evaluationconclusion page 1 thinh nguyen...

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Introduct ion Course Structure Assessmen t Teachi ng Student Evaluation Conclus ion Page 1 Thinh Nguyen School of Engineering & Science Context Photonics in 3 rd year EE program Not main stream electronics No feed-in to research Make photonics more interesting Make students more engaged More hands-on learning Semi-PBL projects for labs Sensory Homunculus Man INCREASING STUDENT ENGAGEMENT & ATTENTION THROUGH PRE-READING (IN PHOTONICS)

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Page 1: IntroductionCourse StructureAssessmentTeachingStudent EvaluationConclusion Page 1 Thinh Nguyen School of Engineering & Science Context Photonics in 3 rd

Introduction Course Structure Assessment Teaching Student Evaluation Conclusion

Page 1

Thinh NguyenSchool of Engineering & Science

Context• Photonics in 3rd year EE program

• Not main stream electronics

• No feed-in to research

• Make photonics more interesting

• Make students more engaged

• More hands-on learning

• Semi-PBL projects for labsSensory Homunculus Man

INCREASING STUDENT ENGAGEMENT & ATTENTION

THROUGH PRE-READING(IN PHOTONICS)

Page 2: IntroductionCourse StructureAssessmentTeachingStudent EvaluationConclusion Page 1 Thinh Nguyen School of Engineering & Science Context Photonics in 3 rd

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Introduction Course Structure Assessment Teaching Student Evaluation Conclusion

Issues• Increased practical time, decreased lecture time

• No change in lecture content

• Need for change of mode of lecture delivery

• Introduce Just-In-Time Teaching for lectures

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Course Structure

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Introduction Course Structure Assessment Teaching Student Evaluation Conclusion

OLD UNITEFT load : 6 credit points

Contact Hours : 2.5 hr/wk

Lecture/Tutes : 2 hr/wk(Traditional lectures)

Practicals : 0.5 hr/wk(recipe-based labs)

NEW UNITEFT load : 6 credit points

Contact Hours : 2.5 hr/wk

Lectures/Tutes : 1.5 hr/wk(Just-in-Time Teaching)

Practicals : 1 hr/wk(PBL-based)

Page 4: IntroductionCourse StructureAssessmentTeachingStudent EvaluationConclusion Page 1 Thinh Nguyen School of Engineering & Science Context Photonics in 3 rd

Just-in-Time Teaching (JiTT)• Learning material delivered via WebCT

• Students required to read learning material prior to class

• Students learn at their own pace

• Familiarity of learning material before lectures

• Students assessed prior to class using online tests

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Introduction Course Structure Assessment Teaching Student Evaluation Conclusion

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Online Assessment• 4-5 questions:

– 2 - 3 short-answer conceptual questions

– 1 understanding question

– 1 learning time question

• Assessment closes 1 day before class• No time limit• Plagiarism is checked using Turnitin

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Introduction Course Structure Assessment Teaching Student Evaluation Conclusion

Page 6: IntroductionCourse StructureAssessmentTeachingStudent EvaluationConclusion Page 1 Thinh Nguyen School of Engineering & Science Context Photonics in 3 rd

Online Assessment

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Introduction Course Structure Assessment Teaching Student Evaluation Conclusion

Page 7: IntroductionCourse StructureAssessmentTeachingStudent EvaluationConclusion Page 1 Thinh Nguyen School of Engineering & Science Context Photonics in 3 rd

Online Assessment• Benefits:

– Formative assessment

– Near immediate feedback

– Early identification of at-risk students

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Introduction Course Structure Assessment Teaching Student Evaluation Conclusion

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Assessment Results

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Introduction Course Structure Assessment Teaching Student Evaluation Conclusion

Page 9: IntroductionCourse StructureAssessmentTeachingStudent EvaluationConclusion Page 1 Thinh Nguyen School of Engineering & Science Context Photonics in 3 rd

Using Results to Guide Teaching• Results used to identify discussion topics

• No traditional lectures

• Better assimilation of learning material

• More relevant learning experience

• More efficient use of class time

• Students more engaged and more active in discussions

• Attendance not required if topic is understood

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Introduction Course Structure Assessment Teaching Student Evaluation Conclusion

Page 10: IntroductionCourse StructureAssessmentTeachingStudent EvaluationConclusion Page 1 Thinh Nguyen School of Engineering & Science Context Photonics in 3 rd

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Introduction Course Structure Assessment Teaching Student Evaluation Conclusion

Attendance Rate

2009 Ave: 72%

2010 Ave: 84%

1 2 3 4 5 6 7 8 9 10 11 120%

20%

40%

60%

80%

100%

120%

Week

Atten

danc

e (%

)

Page 11: IntroductionCourse StructureAssessmentTeachingStudent EvaluationConclusion Page 1 Thinh Nguyen School of Engineering & Science Context Photonics in 3 rd

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Introduction Course Structure Assessment Teaching Student Evaluation Conclusion

Learning Time

1 2 3 4 5 6 7 8 9 10 11 120

1

2

3

4

Week

Lear

ning

Tim

e (h

r/w

k)

2009 Ave: 2.4 hr

2010 Ave: 2.5 hr

Page 12: IntroductionCourse StructureAssessmentTeachingStudent EvaluationConclusion Page 1 Thinh Nguyen School of Engineering & Science Context Photonics in 3 rd

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Introduction Course Structure Assessment Teaching Student Evaluation Conclusion

Student Grades

2008

2009

Fail Pass Credit Distinction High Dist.0%

10%

20%

30%

40%

50%

60%

% S

tude

nt G

rade

Page 13: IntroductionCourse StructureAssessmentTeachingStudent EvaluationConclusion Page 1 Thinh Nguyen School of Engineering & Science Context Photonics in 3 rd

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Introduction Course Structure Assessment Teaching Student Evaluation Conclusion

Student Performance In Other Units

Fail Pass Credit Distinction High Dist.0%

10%

20%

30%

40%

50%

60%

70%

80%Intro. to Electrical Machines

2008

2009

% S

tude

nt G

rade

Fail Pass Credit Distinction High Dist.0%

10%

20%

30%

40%

50%

60%

70%

80%Intro. To Computer Networks

2008

2009

% S

tude

nt G

rade

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Introduction Course Structure Assessment Teaching Student Evaluation Conclusion

Student Evaluation• Online anonymous survey of students• 30 Questions

– 10 related to the unit– 10 related to the teachers– 10 related to practicals

– 24 close ended questions– 6 open ended questions

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Introduction Course Structure Assessment Teaching Student Evaluation Conclusion

Responses to Closed Ended Questions

Strongly Disagree

Disagree Neutral Agree Strongly Agree0%

10%

20%

30%

40%

50%

60%

70%

80%

Q1 The learning activities were useful in this unit.

Q2: The content of this unit was of sufficient length and depth

Q3: The online assessment assisted in the learning of the unit

Q4: The teacher engaged me with this teaching style

% O

f Stu

dent

s In

Eac

h G

radi

ng C

ateg

ory

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Introduction Course Structure Assessment Teaching Student Evaluation Conclusion

Responses to Open Ended Question

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Introduction Course Structure Assessment Teaching Student Evaluation Conclusion

Conclusion• Increased engagement of the learning material• Increased understanding of the learning material• Better way for students to manage their learning• Increased attendance of classes• Better pass rate

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Introduction Course Structure Assessment Teaching Student Evaluation Conclusion

Questions?