Technology under the aspect of labor orientation and the ...
Transcript of Technology under the aspect of labor orientation and the ...
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Technology under the aspect of labor orientation and the consequences for teacher training “
Prof. Dr. Ing. Walter E. Theuerkauf
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Prof. Dr. Ing. Walter E. Theuerkauf
TU Braunschweig
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Agenda of the presentation
• Introduction
• Global Situation of Technology Education
• Holistic view on Technology
• International definition of Competencies and Standards
• Consequences for Teacher Training
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• Consequences for Teacher Training
� Structure of Content – Important Modules
� New Learning arrangements
• Summary
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Situation of Learning Technology in School
Combination of Technology with other disciplines
Mechatronic
Bionic
Biotechnology
Nanotechnology
International terms of Technology Education
Technological Literacy
Science and Technology
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Science and Technology
Mathematic, Science, Informatics and Technology (MSIT, STEM)
Design and Technology (D&T)
Design and Engineering (D&E)……….
Situation in Germany – Different states = Different opinions
“Sachunterricht” ( Social, scientific and technical Dimensions)
Technology as discipline
Science and Technology
“Arbeitslehre” (Economy, Home Economics, Technology = Work orientated
Mathematic, Science, Informatics und TechnologyProf. Dr. Ing. W. E. Theuerkauf
TU Braunschweig
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Grade Discipline Remarks
PrimaryTechnology as discipline
Technology with Science, History and politics - Sachunterricht Cooperation
Junior High-SchoolDesign and Technology
Technology as discipline
Technology Education in Germans public schoolsIn
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Technology as discipline
Arbeitslehre (Technology, Economic, Home Economics, Job Orientation) Cooperation
Science and Technology
Science
Senior High-SchoolCooperation of the disciplines Mathematic, Informatics, Science and Technology
Cooperation
Prof. Dr. Ing. W. E. Theuerkauf
TU Braunschweig
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Product Life Cycle Management
Technical thinking and acting – Key qualificationsIn
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TU Braunschweig
Innovative thinking and developing new solutions, Calculating and designing a construction,Realization and fulfill manufacturing requirements, Logical and distributing processesEvaluative and experimental proceduresUse, maintenance and repair Careful use of our resources and ecological point of view.
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Competencies for Technology Education
Competences Description of necessary contents/ abilities
► Analyse technical
processes and
systems.
Systematic classification and description of
technical processes and systems concerning
material, energy, and information transfer
Analyzing of the structure of technical and
hybrid processes
►Apply technology. Structural understanding of how to apply
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►Apply technology. Structural understanding of how to apply
technology; basic technical skills, both
theoretically and practically.
►Communicate techni-
cal facts.
Basic knowledge of technical terms and
technical language; basic knowledge of the
documentation of technical facts
►Evaluate technical
processes and systems
Evaluate technology by taking into account
which consequences has technology, for
men, nature, and society (e. g. professions).
Prof. Dr. Ing. W. E. Theuerkauf
TU Braunschweig
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Standards of Technology. Extract of 12 Standards
No. Description
1 Product development:
• explain, apply, and give reasons for the technological
structuring of product development
2 Basis methods of approaching technological problems:
• description of technological problems
• development and description of possible solutions
• knowledge and application of the necessary mathematical
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• knowledge and application of the necessary mathematical
methods of calculation
• comparative evaluation of possible solutions
• realisation of solutions
3 Practical basic skills:
• explain and practice the appropriate, safe, and
environmentally sound handling of selected technical
materials, tools, appliances, and machines
4 ………..
Prof. Dr. Ing. W. E. Theuerkauf
TU Braunschweig
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0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
Material
Wood Working
Metal
Seramic
Plastic
Textile
Energy
Energy
Procent
Favored content to train teacher for technology (Interview)In
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Automotive
Transport
Information
Computer
Eletric_Eletectronic
Control
Mechatronic
Socio-Technology
Environment
Nourishment
Financing
Cate
go
ry yes
no idea
no
Prof. Dr. Ing. W. E. Theuerkauf
TU Braunschweig
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Fundamentals
Important modules to train teacher for technologyIn
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Socio-technology
Didactics
Information and
communication
Prof. Dr. Ing. W. E. Theuerkauf
TU Braunschweig
Technology processes
and systems
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Module 1: Fundamentals
Module 2: Technological systems and processes
Module 3: Information and communication
Module 4: Socio-technology
Module 5: Didactics
Proposal for an international Frame to train teacher for technology
Basis for the frame: “General Technology”
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TU Braunschweig
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Fundamentals
Modul Subjects
Fundamentals (M1) Fundamentals
• Mathematical and physical foundations of
technical systems
• Fundamentals in economics and business
administration in relation to technology
• Theory of technical systems and processes
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• Theory of technical systems and processes
• Fundamentals of the production
• Fundamentals of electrical and electronic
systems
• Measuring systems and processing
Technology
• Fundamentals of control technology
• Documentation in technology (e. g. CAD)
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TU Braunschweig
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Technological systems and processes
Modul Subjects
Technical Systems and
Processes (M2)
Material-converting systems
� Production processes on different
levels of complexity
• Production of different materials
( e. g. steel, copper,. )
Energy-converting systems
• Conventional and new processes
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• Conventional and new processes
for the production of energy
Infrastructure influenced by technology
• Civil and municipal requirements,
• Transportation systems for material
energy and information
• Data nets for the supply of Information
• Systems to maintain mobility
• Buildings for living and working
• Social systems e. g. healthcare
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TU Braunschweig
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1980 5 33 26 38
1991 4 27 22 49
2000 3 22 21 52
2010 2 20 23 55
30
40
50
60
Ra
te o
f e
mp
loy
ee
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th
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in %
Production
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Qu
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ficati
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High theoretical aquirementsR
ate
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mp
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se
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0
10
20
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19
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Year
Ra
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Services
Information Services
Quelle: Dostal IAB 1993, "Vier-Sektoren-Modell", Abgrenzung nach Tätigkeiten
Simple aquirements
Development of TechnologyYear
Ra
tes
of
em
plo
ye
rs i
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he
dif
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se
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Prof. Dr. Ing. W. E. Theuerkauf
TU Braunschweig
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Information and Communication
Modul Subjects
Information and
Communication
Information/communication systems
• Technical Informatic
• Systems of data processing and
transmission
• Automation of processes and systems
• Programmable Logical Controller (PLC)
• Transmission of dates (Industrial
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• Transmission of dates (Industrial
Ethernet, protocols, )
• Open and closed loop control processes
• Design and mannufacturing mechatronic
constructions
• Troubleshooting in devices and plants
• Media applications - Documantation on
website
Prof. Dr. Ing. W. E. Theuerkauf
TU Braunschweig
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Socio-technology
Modul Subjects
Socio-technology
(Nature, Technology &
Society (M3)
• Fundamentals from humanities: philosophy
and history of engineering
• Change in Technology - Historical
Dimensions and Consequences
• Economical dealing with resources
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• Economical dealing with resources
• Reduction of the pollution to save the
environment (Processing of water).
• Automation and consequences for the
global world of labor and for the needed
qualification
• Technology Assessment (TA)
Prof. Dr. Ing. W. E. Theuerkauf
TU Braunschweig
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Didactic of Technology
Modul Subjects
Didactics of Technology
(M5)
Instructional Design
• Fundamentals of the teaching process.
• Different concepts of Technology Education
• Different methods of Technological Education
(Theory of complete Action)
• Curriculum development and evaluation in
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• Curriculum development and evaluation in
technological education
• Instructional aspect to teach Technology
• Vocational guidance
• Learning Arrangement
• Practical training in the subject of
technological education at school.
• Examples to design the teaching process.
Prof. Dr. Ing. W. E. Theuerkauf
TU Braunschweig
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Legitimating for Subjects for teaching technology
Disturbed Balance in the world by the
• acceleration of industrialization
• rapid growth of the population
• worldwide malnutrition
• exploitation of reserves of raw materials
• devastation of the living space
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Basic Needs of the human being
• Work and production
• Energy as the source of our live
• Living space
• Communication and mobility
• Food and health of the human being
• Household and his implications
Technical changeKey Innovations
(Microcontroller, nanotechnology e. g.)
Prof. Dr. Ing. W. E. Theuerkauf
TU Braunschweig
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Learning arrangements
Woodworking workshop
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Mechatronic construction
Fischer - Model
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Industry
Real life arrangements – Authentic situations
World of Labor
Past Present
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TU Braunschweig
HousingNursing
World of Labor
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Summary
Vocational guidance in schools
• Labour market has ever to be seen also under global aspects
• Understanding the World of labor means understanding innovative
technology
• Understanding technology and the influence on workplaces
Consequences for teacher training are
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• Training has to impart the structure of processes and systems and their
operations
• Vocational aspects has to be an important and integrated part in the
modules for teacher training in technology.
• BA-/MA-programs has to contain not only school practicas but also
authentic confrontation with the reality to make their experience about
Key -qualifications
Prof. Dr. Ing. W. E. Theuerkauf
TU Braunschweig
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Learning TechnologyIn
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TU Braunschweig
Quelle Festo Didactic
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Thank your hospitality and your patience
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TU Braunschweig
Thank your hospitality and your patience