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Transitions to First Year Engineering Diversity as an Asset

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information technology literacy ... sharing of work tasks on a global and around the clock basis; ... interaction between programs and majors ... – PowerPoint PPT presentation

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Title: Transitions to First Year Engineering Diversity as an Asset


1
Transitions to First Year Engineering Diversity
as an Asset
  • Lyn Brodie Mark Porter
  • Faculty of Engineering and Surveying
  • University of Southern Queensland

2
Changing Demographics
3
USQ diverse student cohort, diverse outcomes
  • 76 students study externally (off campus)
  • 29 of the total student population are
    international students studying either offshore
    (22.5) or on campus (6.5)

4
Engineering and Surveying at USQ
5
Design Our Students Age.
6
Graduate Attributes
  • analytical and critical-thinking skills
  • problem-solving skills
  • independent learning skills
  • communication skills
  • information technology literacy
  • an awareness of the need for individual
    responsibility and accountability
  • an awareness that learning must be lifelong in an
    ever-changing society
  • an understanding of the social, environmental and
    cultural context of their disciplines(s).
  • ability to function effectively as an individual
    and in multi-disciplinary and multi-cultural
    teams, with the capacity to be a leader or
    manager as well as an effective team member

7
Future requirements of engineers
  • working globally in a multicultural environment
  • working in interdisciplinary, multi-skill teams
  • sharing of work tasks on a global and around the
    clock basis
  • working with digital communication tools
  • working in a virtual environment

8
Other considerations
  • developing an engineering mindset in our
    students
  • the effective integration and communication
    between our distance education students
  • interaction between programs and majors
  • staff professional development in educational
    strategies and theories.

9
Program restructure
10
Design Teaching Philosophy
  • Student centred learning
  • Students working in teams, sharing leadership
    roles and prior knowledge
  • Facilitating teams, not lecturers presenting
    facts
  • Resources provided on web, in print, and through
    academics

11
Resources
  • A course web page
  • Communication facilities through a commercial
    LMS. This provides
  • email, discussion boards and chat facilities for
    each team
  • facilities for electronic submission of final
    project reports, weekly team reports and
    individual portfolios.
  • student feedback through electronic surveys.
  • A course resource book
  • Other people students are encouraged to seek
    resources from outside the course e.g. work
    colleagues, team members etc.

12
ACHIEVEMENTS AND CHALLENGES
  • PBL in a virtual environment
  • Staff and student attitudes
  • Staff training
  • Student diversity
  • Assessment strategies
  • Learning technical knowledge - ?

13
Results
14
Increased appreciation of prior knowledge
15
Increased my problem solving skills
16
Improved transition to study
17
Conclusions
  • PBL can be effective in a virtual learning
    environment
  • Staff training and student expectations still
    need attention
  • Assessment strategies are being refined
  • Meets accreditation requirements
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