curriculum (re)development in electrical and computer engineering v3

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Curriculum (re)development in electrical and computer engineering programs B. Pejcinovic, L. Zurk, M. Siderius, M. Holtzman, D. Duncan, R. Bass, R. Kravitz, J. Morris Electrical and Computer Engineering

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Page 1: Curriculum (re)development in electrical and computer engineering v3

Curriculum (re)development in electrical and computer engineering programs

B. Pejcinovic, L. Zurk, M. Siderius, M. Holtzman, D. Duncan, R. Bass, R. Kravitz,

J. MorrisElectrical and Computer Engineering

Page 2: Curriculum (re)development in electrical and computer engineering v3

Classroom in 1910

Page 3: Curriculum (re)development in electrical and computer engineering v3

1930

Page 4: Curriculum (re)development in electrical and computer engineering v3

1960

Page 5: Curriculum (re)development in electrical and computer engineering v3

1990

Page 6: Curriculum (re)development in electrical and computer engineering v3

2012

Page 7: Curriculum (re)development in electrical and computer engineering v3

So, you want to (radically) change your curriculum?

• WHAT

• WHY

• HOW

• Why should you care and join us?

Page 8: Curriculum (re)development in electrical and computer engineering v3

WHAT

Identify and transform at least one ECE course on each level of study for

a total of 4-5 courses

Use tested and practical techniques, suitable to our environment

Use this experience to transform the rest of the curriculum

Page 9: Curriculum (re)development in electrical and computer engineering v3

WHY

• Plenty of research we can radically improve our students’ learning

• Many effective pedagogical approaches have been proposed and tested, but adoption of these methods in engineering is sporadic

• Engineering is very well suited for many techniques involving problem-solving and project-based learning

Page 10: Curriculum (re)development in electrical and computer engineering v3

Opportunities and challenges

Research Based Instructional Strategies (RBIS)

• Active Learning• Case-Based Teaching• Collaborative Learning• Concept Tests• Cooperative Learning• Inquiry Learning• Just-In-Time Teaching• Peer Instruction• Problem-Based Learning• Service Learning …

• Faculty know about RBIS but:

• 25% discontinue their use• 25% use only 1-2 RBIS• Lack of continued support

for adopters

• “… engineering faculty members indicate that time to apply these approaches is the largest barrier to use.”

Page 11: Curriculum (re)development in electrical and computer engineering v3

HOW

• Stages:1. In depth analysis of learning outcomes,

2. Catalogue available teaching best-practices (both in general and specific to a given course),

3. implement these in a classroom

4. assess the results

5. Tightly integrate curriculum across years

Page 12: Curriculum (re)development in electrical and computer engineering v3

HOW

• Investigate and implement (1st year):

– Flipped-classroom approach

– Electronic portfolios

– Proficiency testing

– In-class active learning

– …

• Document and share

• Expand to the rest of the curriculum (2nd year)

Page 13: Curriculum (re)development in electrical and computer engineering v3

Join us if

• You are facing similar challenges and want to implement similar curriculum-level changes

• You want to find out how well these techniques work in practice and learn from our mistakes

• You can provide feedback from your experience