Distributed Microsystems Laboratory - PowerPoint PPT Presentation

About This Presentation
Title:

Distributed Microsystems Laboratory

Description:

Alumni drop-out rate at Univ of Washington is high in engineering ... 'Savvy' Sessions offered in extra-curricular interactive format to randomly ... – PowerPoint PPT presentation

Number of Views:24
Avg rating:3.0/5.0
Slides: 14
Provided by: Mani77
Learn more at: http://labs.ece.uw.edu
Category:

less

Transcript and Presenter's Notes

Title: Distributed Microsystems Laboratory


1
Distributed Microsystems Laboratory
Empowering the Engineering Undergraduate In the
Era of Economic Globalization Linda Lee,
Graduate Research Assistant Lisa Hansen, Graduate
Research Assistant Denise Wilson, Associate
Professor Department of Electrical
Engineering University of Washington
2
Empowering The Undergraduate In the Era of
Economic Globalization
  • Our Story
  • Relevance
  • Empowerment
  • Economic Globalization
  • Motivation
  • Structure of Study
  • Results
  • Survey
  • Interview
  • Conclusion
  • Acknowledgements

3
Empowering The Undergraduate Our Story
  • Context
  • Lack of alumni connection is a major concern at
    college/department level
  • Objective
  • Improve students ability to make their own lives
    (and careers) better
  • ISEE/CAEE
  • A supportive, facilitating environment to start
    out research in education
  • Prompts M.Ed. Program in Cognitive Studies
    (Educational Psychology)
  • Yeah!!! With a positive attitude, lets go!
  • Ah-ha (hmmm) moments of note
  • Supporting students to greater quality of life
    and self/situational awareness is neither linear
    nor straightforward
  • We have to accept many compromises in our efforts
  • Oh, by the way, faculty peers may not be
    supportive (at first).

4
Empowering The Undergraduate Relevance
  • Empowerment student rather than
    curriculum/industry centered
  • Lack of empowerment disenfranchised from a
    group
  • Disenfranchised the prevalence of the evil
    THEY
  • Self-labeled non-participants no best
    education is possible
  • Lack of connection alumni dropout
  • Economic Globalization
  • Impacts engineers in many ways
  • Chaotic and unstable workplace engineers must
    pave their own way
  • With empowerment sustainable, creative,
    self-defined career path where lifelong learning
    skills are exercised to maintain competitiveness
  • Without empowerment spiral into unsustainable
    cycle of overwork, potential layoffs, and catch
    up to the next job
  • Paths to fulfillment increasingly require
    Empowerment along with a basket of skills
    necessary to keep pace with changing technology,
    cultural context, and marketplace demands.

5
Empowering The Undergraduate Motivation
  • Alumni drop-out rate at Univ of Washington is
    high in engineering
  • Hypothesis empowerment, fulfillment, and
    connection to the University
  • Do not improve (or decline) during the
    engineering experience
  • Are poor upon graduation
  • Additional challenge
  • Teaching empowerment skills explicitly can be
    perceived as touchy, feely and may encounter
    substantial resistance and recruitment barriers
  • Research/Curriculum Improvement Process
  • Preliminary Study
  • Define success and fulfillment from the students
    perspective
  • Evaluate barriers to connection with the
    University
  • Evaluate limits to fulfillment in the
    undergraduate engineering education
  • Offer Interventions
  • Savvy Sessions topics such as course strategy,
    personal purpose portfolio development,
    developing effective relationships with
    instructors/Tas, etc to improve self/situational
    awareness and to build confidence toward a more
    empowered approach to individual education

6
Empowering The Undergraduate Structure of Study
  • Mandatory surveys (optional consent) given to
    first year electrical engineering students in
    EE215 (Introductory Circuits)
  • Follow up surveys given to second and third year
    engineering students in EE332 (Microelectronic
    Circuits) and EE484 (Sensors Sensor Systems)
  • Savvy Sessions offered in extra-curricular
    interactive format to randomly selected group in
    surveyed section of EE215 and non-surveyed
    section.
  • Follow-up interviews with randomly selected
    students (juniors and seniors) conducted 3-6
    months after initial study/intervention.
  • Surveys
  • Collect demographic data
  • Define (in close-ended and open-ended form)
    success, fulfillment, and confidence
  • Assess areas of satisfaction and dissatisfaction
    with the curriculum.

7
Survey Results Perceptions of Experience
  • Contradicting responses were quite common!
  • 49 felt overworked
  • 24 felt insecure
  • 53 felt fulfilled
  • Many students responded with sometimes across
    all attributes, suggesting that feelings of
    uncertainty were common.

8
Survey Results Perceptions of Experience
  • Students were most ambivalent about feelings of
    frustration
  • A majority of students expressed feelings of
    fulfillment but also felt overworked.
  • This contradiction reappeared in an open-ended
    question addressing the same issue
  • Intrigued and stressed
  • Excited and confused
  • Confident and not comfortable
  • Curious and bored

9
Survey Results Gender and Demographic Variations
  • Men are three times as likely to be never
    insecure than women
  • Men are almost twice as likely as women to be
    often fulfilled
  • Caucasians are four times as likely as Asian
    students to be never insecure
  • Caucasians are almost twice as likely as Asian
    students to be often fulfilled

10
Survey Results Perceptions vs. Performance
  • 7 of 17 insecure responses were from women
  • The mean GPA of the insecure group was 3.26
    (lower than the class average), but
  • The mean GPA of women in the insecure group was
    3.5
  • This result is coincident with previous research
    studies.

11
Empowering The Undergraduate Interview Description
  • General Questions
  • Why are you interested in your field?
  • What do you plan to do after you graduate
  • Academic Experiences
  • Describe your undergraduate experience.
  • Based on your experience, what does it take to do
    well in your technical classes?
  • Fulfillment Questions
  • What does fulfillment mean to you?
  • Is fulfillment and purpose important to you?
    Explain.
  • Is what you are studying now fulfilling?
  • What is exciting about what you are doing now?
  • What is difficult about what you are doing now?
  • Empowerment Questions
  • What do you feel that you have control over in
    your technical classes?
  • What would you like to have control over in your
    technical classes?

12
Empowering The Undergraduate Interview Results
Summary
  • Major Negative Feedback
  • Overwork and
  • Lack of relationship
  • Are prevalent and major barriers to fulfillment
    in the educational process
  • Pose potentially significant barriers to
    empowerment in the workplace
  • Effective career strategy and empowerment
    REQUIRES connection!
  • General Observations
  • Students are remarkably self-aware
  • Assistance for personal/professional growth is
    inaccessible due to workload
  • Major Positive Feedback
  • Inherent fulfillment in technical course content
  • External failure is not necessarily internalized
  • General Resentment
  • Things that dont work
  • Lack of application and relationship

13
Empowering the Undergraduate In the Era of
Economic Globalization
  • About the Students
  • Women have incorrect and lower perceptions of
    themselves than men
  • Contradictory responses suggest deeper underlying
    barriers to fulfillment
  • Relationship is highly valued
  • Hostile attitude to surveys (disconnected
    inquiry) is barrier to assessment
  • About the Professors and the Curriculum
  • Connecting to students is essential
  • Technical content is highly valued
  • Extracurricular personal/professional content is
    often inaccessible
  • Less laboratory content is better than
    non-working content
  • Acknowledgements
  • This work was supported by the National Science
    Foundation grant ESI-0227558, which funds the
    Center for the Advancement of Engineering
    Education (CAEE).
Write a Comment
User Comments (0)
About PowerShow.com