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EUINet Research WP 1

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Inner circle of the research -university partners in the project SIG 1 ... country reports will depict the panorama of engineering education at national level. ... – PowerPoint PPT presentation

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Title: EUINet Research WP 1


1
EUI-Net ResearchWP 1
  • Coordinator
  • Transilvania University Brasov
  • Romania

2
Partners in the research
  • Inner circle of the research -university
    partners in the project SIG 1 and SIG2
  • Outer circle of the research
  • All partners other than universities which are
    interested in tuning the educational system with
    the labor market requirements. They will
    participate the research in gathering data and
    will be kept informed with the progress of the
    research.

3
The aims of the research
  • To analyze the structure of engineering education
    system in Europe, concerning the engineering
    domains related to industry1 mainly the
    similarities concerning the length of studies,
    content of curricula, the proportions of
    compulsory, semi-optional and elective modules.
  • To identify the generic and specific competences
    and skills required by each engineering domain at
    European level.
  • To analyze the way universities prepare the
    graduates at the first and second cycle level for
    the requirements of the labor market, in terms of
    competences and skills tuning engineering
    education with professional requirements.
  • 1 In the following pages, by engineering
    education we will refer to engineering domains
    related to industrial sector.

4
The aims of the research
  • To identify the perspectives on ECTS in
    engineering education in different countries.
  • To identify the perspectives on teaching and
    learning, assessment, performance and quality in
    different countries.
  • To present good practice examples for curricula
    development in different engineering domains.
  • To identify points of convergence and common
    understanding in educational structures,
    contents, actual teaching and learning in
    different countries in the field of engineering
    education.
  • To suggest improvements for the curricula in
    different engineering domains.
  • 1 In the following pages, by engineering
    education we will refer to engineering domains
    related to industrial sector.

5
The methodology used will be similar to the
TUNING methodology
  • Consultation of the academics, graduates,
    employers and other stakeholders concerning the
    general and specific competences and skills
    required by the engineering domains for the fist
    and second cycle.
  • Definition of academic and professional profiles
    for engineers.
  • Translation of the generic and specific
    competencies and skills into desired learning
    outcomes.
  • Suggestions for translation of the learning
    outcomes into curricular contents (knowledge,
    understanding and skills) and structures (modules
    and credits).
  • Suggestions and proposals for defining approaches
    to teaching and learning, evaluation and quality
    assurance.

6
Types of questionnaires and targets
7
Practical approach has to be decided
  • There are 2 possible kinds of approaching the
    issue of engineering education for the industrial
    sector
  • By country the contributor has to portray the
    educational system related to industrial
    engineers in his / her country for the first and
    the second cycle in the end all country reports
    will depict the panorama of engineering education
    at national level.
  • By engineering domain each contributor has to
    synthesize the information about a specific
    industrial engineering domain in all European
    countries involved in the project.

8
The book on the research will be similar to the
TUNING REPORT1 and will contain
  • The coordinator's report on generic skills,
    specific competences, perspectives on ECTS,
    approaches to teaching and learning, assessment,
    performance and quality, general conclusions and
    recommendations.
  • The country contributors' reports
  • Best practice examples in engineering education
    curricula
  • Appendix I the questionnaires used
  • Appendix II length of studies / industrial
    engineering domains or / country and industrial
    engineering domain.
  • 1 Gonzalez, J., Wagenaar, R. eds. (2003).
    Tuning Educational Structures in Europe. Final
    Report. Phase One. University of Deusto
    University of Groningen.

9
The research team will be structured as
following
  • Joint general coordinators from Transilvania
    University and .
  • Area (country) / engineering domain coordinators
    to be decided according to the type of approach.

10
The research coordinators will have the following
responsibilities
  • To synthesize the data gathered from the survey.
  • To do the statistical analysis of the data.
  • To write a report on the required general skills
    and specific competencies as seen by the
    employers, graduates and academics.
  • To assemble and articulate the country / domain
    reports and prepare the final version of the
    manuscript for publishing.
  • To do the final checking for the English
    language, considering the necessity of having a
    homogenous presentation the most of the
    contributors are not native English speakers.

11
Contributions from each country
  • A short report on the engineering education
    system in each country, including the following
    information (and others, if considered
    necessary)
  • The state of the art in introducing the Bologna
    three cycle structure in engineering education
  • Bachelor - 180 / 240 ECTS (3-4 years),
  • Master - 90 /120 ECTS (1,5 2 years),
  • Doctoral degree 180 ECTS (3 years).
  • Number of engineering domains existing in each
    country
  • Number of disciplines / modules for each main
    engineering domain for the first and second cycle
  • Examples of compulsory, semi-optional and
    elective modules in different domains of
    engineering.
  • Examples of credit distributions between
    compulsory, semi-optional and elective modules.
  • Examples of curricula innovations (good practice
    cases)

12
Specific instrument to be developed for the
country contributors' research
  • In accordance to the type of approach decided!

13
Issues to be decided concerning the EUI-Net
research
  • Type of approach by area (country) / engineering
    domain?
  • Country / domain contributors the research team
  • Format of the country / domain reports (type of
    information to be gathered)
  • Deadlines
  • Flowchart of the research book publishing
  • Steps to be taken
  • Timing
  • Responsibilities
  • Second coordinator for the English checking of
    the final version of the manuscript
  • Time and place for the workshop on analysis of
    the industrial related curricula.
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