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EPFL Teaching Bridge
Agenda
• Backgroud information (reference documents: text on the bachelor reform / Teaching Bridge summary / Explanation of experimental courses types / open questions)
• Teaching Bridge project
• Link with the bachelor reform
R l d bj ti f th ki• Role and objectives of the working group
• Review of open questionsp q
• Next steps and deliverables
EPFL Teaching Bridge
EPFL Teaching Bridge
Motivation/Rationale
•Real‐world scientific and engineering problems are inherently interdisciplinary y p y
➡We must help our students learn to cross pdisciplinary boundaries
• Students still need training in the disciplines to be able to bring a high level of expertise to g g pinterdisciplinary problems
EPFL Teaching Bridge
MultidisciplinarityInterdisciplinarity Disciplinary skills Highly specialized skills
Central Building Teaching Bridge
EPFL Teaching Bridge
rique
aire
Dedicated work space for interdisciplinary teams. Spacemade available for the entire duration of the project in which
Gén
ér
Transdisc
iplina
e
they will develop and execute their work.
Support and access to expertise and advice incoordinating and executing their project.
Spécifiqu
e
Disciplinair
Open access core facilities with both technical (e.g.,mechanical and electronic workshops) and scientific(microscopy, analtyical instrumentation) tools.
Stockrooms h t d t b b i t i l d
MultidisciplinarityInterdisciplinarity
Stockrooms where students can borrow basic material and equipment to execute their project.
Demonstration laboratories where students can gainhands‐on experience on different techniques and phenomena
Th satellite buildings t i t t f th t i t
via directed experiments. These spaces can also be used forvisits by the general public.
Satellite
The satellite buildings contain state‐of‐the‐art equipmentand support staff specifically dedicated to laboratory teachingto enable students to acquire domain‐specific skills.
Disciplinary skills
Use of equipment and expertise in the researchUse of equipment and expertise in the researchlaboratories and platforms to learn and perform specifictasks.
Specialized skills
EPFL Teaching Bridge
1 2 3 4 5
Disciplinary skills Disciplinary skills
Use of domain specific skillsAcquisition of domain‐specific skills
Interdisciplinarity
Working as part of an interdisciplinary team
Multidisciplinarity
Introductory laboratory:develop curiosity anddevelop curiosity and
motivation
Access to highly specific expertise and equipment
Specialized skills
EPFL Teaching Bridge
Contents to be defined . . .Infrastructure needed to support the laboratoryInfrastructure needed to support the laboratoryInfrastructure needed to support the laboratory
e s nt)
Interdisciplinarity skills Specialized skillsDisciplinary skills
m working
space
al core facilities
s and
equ
ipmen
ty s s
sciplinary team
fic and
technica
ooms (material
rt staff
ntation lab
stry*
s als a
nalysis
onics /
Electricit
rical
and
virtual
IME
tforms
ng farm
rch Labo
ratorie
s
lized
worksho
p
Interdi
Scienti
Stockro
Supp
or
Presen
Bio
Chem
is
Physics
Materi
Electro
Num
er
In situ
CMI, C
SV plat
Breedi
CIBM
Resear
Specia
Introduction to experimental methods and practices
Lab types
ki 1Disciplinary laboratoryDisciplinary projectInterdisciplinary laboratoryInterdisciplinary projects
working group 1
working group 2
Outreachworking group 3
EPFL Teaching Bridge
Next steps and milestones
October 2011 – December 2011•Meetings of the focus groups to define the contents of theMeetings of the focus groups to define the contents of the courses and the needed infrastructure
Early 2012•Producing a « cahier des charges » for the architects
Discovery Bridge:key questionskey questionsThomas RizzoDean, School of Basic Sciences
Pascal VuilliomenetChef du project
EPFL Teaching Bridge
Link with the bachelor reform
C i lCuricula
Bridge
EPFL Teaching Bridge
Agenda
• Backgroud information (reference documents: text on the bachelor reform / Teaching Bridge summary / Explanation of experimental courses types / open questions)
• Teaching Bridge project
• Link with the bachelor reform
R l d bj ti f th ki• Role and objectives of the working group
• Open questions reviewp q
• Next steps and deliverables
EPFL Teaching Bridge
Role and objectives
• Representative of section
• Definition of experimental courses to be integrated for each section
• Ensure coherence with section’s study plan
• Identification of available and needed resources
• Provide feed back to architects on new infrastructure projects• Provide feed‐back to architects on new infrastructure projects with end user perspective
EPFL Teaching Bridge
Agenda
• Backgroud information (reference documents: text on the bachelor reform / Teaching Bridge summary / Explanation of experimental courses types / open questions)
• Teaching Bridge project
• Link with the bachelor reform
R l d bj ti f th ki• Role and objectives of the working group
• Open questions reviewp q
• Next steps and deliverables
EPFL Teaching Bridge
Workgroup 2
Interdisciplinary
Interdisciplinary laboratory
Interdisciplinary projects
EPFL Teaching Bridge
Workgroup 2Interdisciplinary laboratoryInterdisciplinary laboratory Develop an understanding of interdisciplinary problems, of how to work in an interdisciplinary team, how to assign roles andwork in an interdisciplinary team, how to assign roles and communicate with the team members.
• Distinction between interdisciplinary laboratory and interdisciplinary project
Interdisciplinary projects Participate in concrete projects at the frontiers between several disciplines.
EPFL Teaching Bridge
Workgroup 2Interdisciplinary laboratoryInterdisciplinary laboratory Develop an understanding of interdisciplinary problems, of how to work in an interdisciplinary team, how to assign roles andwork in an interdisciplinary team, how to assign roles and communicate with the team members.
U d di i li kill i hi‐ Use students disciplinary skills within a group
‐ Develop interdisciplinary skills
EPFL Teaching Bridge
Open questions workgroup 2Interdisciplinary laboratoryInterdisciplinary laboratory Develop an understanding of interdisciplinary problems, of how to work in an interdisciplinary team, how to assign roles and
• Should it be mandatory or optional ?
work in an interdisciplinary team, how to assign roles and communicate with the team members.
S ou d t be a dato y o opt o a
• How can we align the study plan of different sections to ensure a ki h d l ?common working schedule?
• How can we motivate and reward the student’s participation?p p
• If optional: how do we choose the students who participate
• How can we ensure a fair evaluation of the work performed?
EPFL Teaching Bridge
Open questions workgroup 2Interdisciplinary laboratoryInterdisciplinary laboratory Develop an understanding of interdisciplinary problems, of how to work in an interdisciplinary team, how to assign roles andwork in an interdisciplinary team, how to assign roles and communicate with the team members.
• What is a reasonable number of sections to involve in one TP?
• Which section should work together?• Which section should work together?
• How should the support of the laboratory be organized?
• Should this be different from interdisciplinary projects ?
EPFL Teaching Bridge
Open questions workgroup 2Interdisciplinary projectsInterdisciplinary projects Participate in concrete projects at the frontiers between several disciplines.disciplines.
‐ Use students disciplinary skills within a group
‐ Develop interdisciplinary skills ‐ Solution oriented approach of the students ‐ Autonomy and confidence in choice
EPFL Teaching Bridge
Open questions workgroup 2Interdisciplinary projectsInterdisciplinary projects Participate in concrete projects at the frontiers between several disciplines.disciplines.
• Should it be mandatory or optional?
• What should be the level of complexity?• What should be the level of complexity?
• How can we align the study plan of different sections to ensure common working schedule?
• How can we motivate and reward the student’s participation?• How can we motivate and reward the student s participation?
EPFL Teaching Bridge
Open questions workgroup 2Interdisciplinary projectsInterdisciplinary projects Participate in concrete projects at the frontiers between several disciplines.disciplines.
• How can we select teams for a project?
• Reasonable number of sections to involve in one project?• Reasonable number of sections to involve in one project?
• Which sections should work together?
• How should the support of the projects be organized?
• How could we reinforce interaction wit SME’s?
EPFL Teaching Bridge
Agenda
• Backgroud information (reference documents: text on the bachelor reform / Teaching Bridge summary / Explanation of experimental courses types / open questions)
• Teaching Bridge project
• Link with the bachelor reform
R l d bj ti f th ki• Role and objectives of the working group
• Open questions reviewp q
• Next steps and deliverables
EPFL Teaching Bridge
Summary documents
Architecture
Chimie et G
énie
Chimique
Génie Civil
Génie électrique
et
électron
ique
Génie Mécanique
Inform
atique
Ingénierie financière
Managem
ent d
e la
techno
logie
Mathématiques
Microtechn
ique
Middle East
Physique
Science de
Matériaux
Science et ingénierie
de l'e
nviro
nnem
ent
Sciences et
techno
logies du
vivant
Systèm
es de
commun
icatio
n
Architecture
Chimie et Génie Chimique
Génie Civil
Génie électrique etGénie électrique et électronique
Génie Mécanique
Informatique
Ingénierie financièreIngénierie financière
Management de la technologie
Mathématiques
Microtechnique
Middle East
Physique
Science de Matériaux
S i t i é i iScience et ingénierie de l'environnementSciences et technologies du Systèmes de communication
EPFL Teaching Bridge
Summary documents
r 1 reak
r 2 break
r 3 reak
r 4 break
r 5 reak
r 6 r 7 reak
r 8 break
r 9
Semester
Winter b
Semester
Summer
Semester
Winter b
Semester
Summer
Semester
Winter b
Semester
Semester
Winter b
Semester
Summer
Semester
Architecture
Chimie et Génie ChimiqueChimie et Génie Chimique
Génie Civil
Génie électrique et électronique
Génie MécaniqueGénie Mécanique
Informatique
Ingénierie financière
Management de la technologie
Mathématiques
Microtechnique
Middle EastMiddle East
Physique
Science de Matériaux
Science et ingénierie de l'environnementSciences et technologies du vivant
Systèmes de communication