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04/26/23 No. 1 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Results and comments of the questionnaireNew Approach in Technology Training
Walter E. Theuerkauf TU Braunschweig
Thomas Langkau Universität Duisburg-Essen
04/26/23 No. 2 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Topics of the presentation
• Remarks about the questionnaire • Technology Education activities in school• Methods of imparting technology Education• Vocational Guidance (Job Orientation)• Relation and cooperatiom with trade and industry• Teacher Training• Contents of Technology Education in public schools• Conclusions of the results and proposals for the development of the modules for technology Education
04/26/23 No. 3 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Description of the interview
Items: Response 32Uncompleted 2No response 64Total 98
Population:Prof.. and Lecturer 20 9Students 55 16Teacher 9 5Enterprises 8 2Other Organizations 6 0Total 98 32
Comments about the results: - Construction of the Questionnaire - Hypothesis of the interview - Choice of the participants - Validity of the results - Consequences
Interpretation and comparison
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04/26/23 No. 4 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
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Participation on the interview
04/26/23 No. 5 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
. Questionaire Nr Item Yes No No idea Q1/P5 Technology Education should be conducted in an understanding focused
on visual arts . 10 12 12
Q2/P1 Technology Education should be conducted focused on a structuralist teaching approach.
12 11 10
Q3/P2 Within the scope of Technology Education, conferences introducing vocational fields should be organized for vocational guidance.
27 2 3
Q5/P12 A Technology Education teacher should use tables, instead of desks according to group works in classroom and workshop environments.
25 3 4
Q6/P7 A Technology Education program should be designed in knowledge, skills and attitudes dimensions.
22 1 9
Indefinite Questions
04/26/23 No. 6 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
. Questionaire Nr Item Yes No No idea Q1/P7 Studies that introduce the vocations included in Technology Education
should be performed by guidance and pschological consultants, instead of Technology Education teachers
13 14 7
Q1/P8 Two hours of course a week are enough for teaching processes at primary education level of Technology Education.
16 11 7
Q2/P1 Technology Education should be conducted focused on a structuralist teaching approach
12 11 10
Q2/P7 Technology Education should stress on using the communication language of technical drawing..
15 11 7
Q3/P6 Within the scope of Technology Education, for vocational guidance, students should be requested to select one of the jobs from a given job list and to defend it based on grounds in an approach that “every job is important”.
12 8 12
Q3/P7 Within the scope of Technology Education, for vocational guidance, students should be taught in practice how they should act in front of events which may be encountered in real life, such as application for a job, request for electricity or telephone connections etc.
17 11 4
Q5/P13 A Technology Education teacher should apply a “U” order in classroom placement so as the teacher’s table to be in the middle and students’ desks to be around it, in order to facilitate that the students interact and communicate face to face with one another and with the teacher.
12 13 7
Q6/P6 In raising a Technology Education teacher, an artistic dimension should be included as well as a technological understanding.
17 8 7
Q6/P8 A Technology Education program should be focused on acquiring technological culture
12 10 10
Responses indicating no clear position of experts
04/26/23 No. 7 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Presentation of the results
Statistical Analysis of the interviewQuestionnaire did not correspond with the standards of the „Deutschen Gesellschaftfür Evaluation e.V.” (http://www.degeval.de)
Choice of the population is only concentratedat one University (Uni Duisburg/Essen)
There are no distinguishing marks which can be interpreted, because the number of the res-ponses are less.
Consequence:The responses have no validity to make a statement about Technology Educationin Germany
Comparison with projects as followsDevelopment of Standards for TechnologyEducation (VDI, DGTB)
Development of a core-curriculum for „Beruf,Haushalt, Technik und Wirtschaft (GATWU)
Mathematics, Informative, Science and Tech-nology (MINT). A project to lead pupils toscience and engineering professions
BA/MA programs and structures whichwere defined by the VDI and accreditedby Accreditation agency
Validity:Nearly all persons at the universities, which are involved with TE take part in one of these projects
04/26/23 No. 8 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Technology Education activities in school I (Praxis)
. Questionaire Comparison Nr Item Yes No No idea Remarks P1 Technology Education activities should be primarily
conducted in classroom environment instead of workshop environment
28 5 1 Results include two uncompleted questionaires
P2 Technology awareness and technology literacy acquisitions, which are of the teaching functions of Technology Education, should not be seen possible through traditional work training programs
20 4 10
P3 Technology Education should be considered to be part of general education in its existing application manner
30 2 2
P4 Technology Education should not be conducted without applications based on the projects where knowledge is transformed into practice
29 1 4
P5 Technology Education should be conducted in an understanding focused on visual arts
10 12 12
P6 Technology Education should be given only in primary education, instead of giving it in pre-school, secondary and higher education
1 33 0
04/26/23 No. 9 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Technology Education activities in school II (Praxis)
. Questionaire Comparison Nr Item Yes No No idea Remarks P7 Studies that introduce the vocations included in
Technology Education should be performed by guidance and pschological consultants, instead of Technology Education teachers
13 14 7
P8 Two hours of course a week are enough for teaching processes at primary education level of Technology Education
16 11 7
P9 Technology Education and computer training should be given in the processes that complement one another
31 1 2
04/26/23 No. 10 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Technology Education activities in school III (Praxis). Questionaire ComparisonNr Item Yes No No idea RemarksP11 Technology Education should be performed by
more than one teacher in primary education, as itcontains different branches of knowledge
19 10 5 Sachunterricht
P12 Classroom environments are sufficient to achievetraining acquisitions targeted by TechnologyEducation
2 31 1
P13 Technology Education is conducted far away fromits function which introduces the qualities ofworking life
7 15 12
P14 Technology Education should be conducted in amanner to cover primary education, secondaryeducation and higher education as well, startingfrom pre-school period, in an understanding andprocess continuing lifetime
32 0 2
P15 Though Technology Education contains differentbranches of knowledge, it should be conducted byuniform teachers
26 5 3
04/26/23 No. 11 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Technology Education activities in school (Praxis)
Technology as subject in different levels (stage) of general school
PrimaryTechnology as disciplineTechnology with Science, History e.g.
Junior High SchoolDesign and TechnologyTechnology as disciplineArbeitslehre (Technology, Economic, Home Economics, Job Orientation)Science and TechnologyScience
Senior High SchoolCooperation of the disciplines Mathematic Informatic Science and TechnolgyScience
04/26/23 No. 12 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Methods of imparting technology Education I. Questionaire Comparison Nr Item Yes No No idea Remarks P1 Technology Education should be conducted focused on a
structuralist teaching approach 12 11 10 Results include
uncompleted result P2 General quality small vocational practices, in addition to knowledge,
should also be included in Technology Education to bring forth vocational interests and talents of the students
32 1 0
P3 Technology Education should concentrate on cooperative learning 22 6 0 P4 Technology Education should include project studies which could be
performed both individually and in groups 33 0
P5 Technology Education should include trip and observation activities to ensure integrity between the school and the environment
33 0 0
P6 Technology Education should include designing, obtaining numerical results, preparing graphics and teaching procedures
31 1 1
P7 Technology Education should stress on using the communication language of technical drawing
15 11 7
P8 Technology Education should include cost determination studies 23 4 6 P9 In Technology Education, survey trips should be organized in order to
observe vocational developments in site 31 2 0
04/26/23 No. 13 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Methods of imparting technology Education II
. Questionaire Comparison Nr Item Yes No No idea Remarks P10 In order to be informed of technologies, all kinds of machines,
models, products, projects and parts, which ensure that technology is known better, should be brought to school or their similars should be examined
26 4 3 Content
P11 In Technology Education, in order to be able to participate in the technological process, the applications which provide interaction among the school, working life, and the environment should be directed from the classroom to the society and working life
31 0 2 Content
P12 In Technology Education, in order to develop technological information and skills, not only oral expressions should be used, but also making graphics, technical drawings, diagrams, plans,projects and designs should be focused on, in teaching and learning processes
33 0 0 Content
P13 In Technology Education, in order to be able to use problem-solving methods effectively, students should be given exercises where they could use their own individiual designing, planning and application capabilities, instead of giving them problems with solutions
30 1 2 Content
P14 In Technology Education, practical subjects such as the discovery of electricity, its generation, its illuminating and heating effects, calculating electric power (watt) cost etc. should be taught
31 2 0 Content
04/26/23 No. 14 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Methods of imparting technology Education
Theories about imparting TechnologyTechnology
General Technology (Wollfgramm, Rohpohl)Different Approaches (Mehrperspektivischer Ansatz)Work Orientation (Arbeitslehre)Design (Shaping) ApproachCybernetic ApproachTechnology as Application of Science
Method for Technology instructionComplete ActionTheory of forming a productExperimentsCase studies
Theory of instructionProblemsolving
Constructivisme
04/26/23 No. 15 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Vocational Guidance (Job Orientation) I
. Questionaire Comparison Nr
Item Yes No No idea Remarks
P1 Within the scope of Technology Education, business trips should be organized for vocational guidance
30 0 2
P2 Within the scope of Technology Education, conferences introducing vocational fields should be organized for vocational guidance
27 2 3
P3 Within the scope of Technology Education, vocational working environments and conditions should be introduced for vocational guidance
25 4 3
P4 Within the scope of Technology Education, vocation-related jobs and works should be introduced by means of professionals to be invited to school for vocational guidance
24 5 3
P5 Within the scope of Technology Education, guidance files related with physical and intellectual development of the students should be prepared for vocational guidance
23 3 6
04/26/23 No. 16 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Vocational Guidance (Job Orientation) II
. Questionaire ComparisonNr Item Yes No No idea RemarksP6 Within the scope of Technology Education, for
vocational guidance, students should be requested toselect one of the jobs from a given job list and todefend it based on grounds in an approach that “everyjob is important”.
12 8 12
P7 Within the scope of Technology Education, forvocational guidance, students should be taught inpractice how they should act in front of events whichmay be encountered in real life, such as applicationfor a job, request for electricity or telephoneconnections etc.
17 11 4
P8 Within the scope of Technology Education, forvocational guidance, types of interests which wouldallow the students to know their own fields of interestshould be determined in an approach of
9 3 20
04/26/23 No. 17 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Vocational Guidance (Job Orientation) Organizations, which impart job information
Employment exchangeAdvisory board
EnterprisesPractical Training
InformationSelections Tests (Suitability)
Schools (All disciplines, priority “Arbeitslehre”)Capability for vocational training and for studies at an University Job information with competencies as follows
• to make individual successfully decisions to find an employment and a profession and shaping application to get a job• to analyze and assess developments in the industry and Trade, concerning the change of qualifications. • to develop an individual concept to choice a profession
(Standards and Contents)
04/26/23 No. 18 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Relation and cooperation with trade and industry I
. Questionaire Comparison Nr Item Yes No No idea Remarks P1 The development process of technology should be
included in Technology Education for adaptation to industry
20 5 7
P2 The development process of technology should be included in Technology Education for adaptation to industry
13 16 3
P3 Within the scope of Technology Education, a reciprocal training interaction should be established between small and medium-size industrial enterprises and Faculties of Education for adaptation to industry
14 8 10
P4 Within the scope of Technology Education, educational processes intended for acquiring general technologic information, skills and attitudes should be followed for adaptation to industry
22 3 7
P5 Within the scope of Technology Education, a current and live information center, introducing possibilities and conditions of employment in industry, focused on “technology education and its industrial connection” should be established over Internet, for adaptation to industry
23 6 3
04/26/23 No. 19 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Relation and cooperation with trade and industry II
. Questionaire Comparison Nr Item Yes No No idea Remarks P6 Within the scope of Technology Education, studies related with
industrial products quality certificates should be conducted to facilitate adaptation to industry
15 10 7
P7 Within the scope of Technology Education, studies focused on industrial vocational standards should be conducted to facilitate adaptation to industry
19 6 7
P8 In Technology Education, studies introducing changes in production systems should be conducted
24 5 3
P9 In order to adapt Technology Education to industry, coordinated contributions by labor-employer organizations, industrial establishments and educational institutions should be provided
16 6 10
P10 In order to adapt Technology Education to industry, it should be ensured that school is integrated into industry and working life
14 6 12
04/26/23 No. 20 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Relation and cooperation with trade and industry Interest of Industry
Development of key qualificationsSituation is a lack of skilled workers and engineers
Pupils should be gained for the enterprisePupils should selected for their suitability
Interest of SchoolsPartnerships to support the schools in different waysTeacher to make experience about industry and tradeSupport by experts and by the equipment
RealizationPracitical training for pupilsCooperation in realization of projects
Other partners of cooperationSocial institutions, Vocational Schools, Universities
04/26/23 No. 21 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Teacher Training I. Questionaire ComparisonNr Item Yes No No idea RemarksP1 The development process of technology should be
included in Technology Education for adaptation toindustry
20 5 7
P2 The development process of technology should beincluded in Technology Education for adaptation toindustry
13 16 3
P3 Within the scope of Technology Education, a reciprocaltraining interaction should be established between smalland medium-size industrial enterprises and Faculties ofEducation for adaptation to industry
14 8 10
P4 Within the scope of Technology Education, educationalprocesses intended for acquiring general technologicinformation, skills and attitudes should be followed foradaptation to industry
22 3 7
P5 Within the scope of Technology Education, a current andlive information center, introducing possibilities andconditions of employment in industry, focused on“technology education and its industrial connection”should be established over Internet, for adaptation toindustry
23 6 3
04/26/23 No. 22 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Teacher Training II
. Questionaire ComparisonNr Item Yes No No idea RemarksP6 A Technology Education teacher should prepare a
medium to take advantage of other disciplinary fields(such as science, math, tecnical drawing etc.) ineducational operations such as calculating, obtainingnumerical conclusions, drawing and writing groundsin project studies
28 2 2
P7 A Technology Education teacher should know theprinciples of planning, placing and arranging physicalrooms such as workshops, labs, offices etc. relatedwith technological training
28 3 1
P8 A Technology Education teacher should cause thestudents to conduct studies that develop theirvocational skills and attitudes for the purpose ofimproving their individual work abilities and theirself-confidence
30 0 2
04/26/23 No. 23 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Fundamentals• Mathematical and physical foundations of technical systems• Fundamentals from humanities: philosophy and history of
engineering• Economic fundamentals, management processes• Theory of technical systems and processes• Construction science (CAD-CAM)
Teacher Training: Bachelor/Master Program Didactics
• fundamentals of the teaching process• didactics of technological education• teaching and learning methods of technological education• curriculum development, planning teaching and evaluation in
technological education• practical training in the subject of technological education at school
04/26/23 No. 24 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Material-converting systems• Civil engineering constructions• Basic methods of production and process engineering• Product design and development
Energy-converting systems• Constructions of electrical and mechanical engineering• Systems of energy conversion and transmission • Electric drive systems
Information-converting systems• Control and closed loop control• Systems of information processing and transmission• Process data recording and processing
Socio-technical systems• Urban construction and traffic planning, taking ecological
aspects into account• Work systems and their consequences for changes in
qualification.
Discipline Technology
04/26/23 No. 25 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
. Questionaire Comparison Nr Item Yes No No
idea Remarks
P1 A Technology Education teacher raising program should contain fields of learning "Electric-Electronic".
31 0 1
P2 A Technology Education teacher raising program should contain fields of learning "Computer ".
31 0 1
P3 A Technology Education teacher raising program should contain fields of learning "Control ".
32 0 0
P4 A Technology Education teacher raising program should contain fields of learning "Energy" .
32 0 0
P5 A Technology Education teacher raising program should contain fields of learning "Construction".
28 2 2
P6 A Technology Education teacher raising program should contain fields of learning "Wood Working".
27 4 1
P7 A Technology Education teacher raising program should contain fields of learning "Metal".
32 0 0
P8 A Technology Education teacher raising program should contain fields of learning "Machine".
30 1 1
P9 A Technology Education teacher raising program should contain fields of learning "Plastic".
26 2 4
Contents of Technology Education in public schools I
04/26/23 No. 26 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
. Questionaire Comparison Nr Item Yes No No idea Remarks P10 A Technology Education teacher raising program
should contain fields of learning "Graphic". 16 10 6
P11 A Technology Education teacher raising program should contain fields of learning "Seramic".
12 8 12
P12 A Technology Education teacher raising program should contain fields of learning "Textile".
9 13 10
P13 -A Technology Education teacher raising program should contain fields of learning "Transport".
24 3 5
P14 A Technology Education teacher raising program should contain fields of learning "Novrishment".
12 13 7
P15 A Technology Education teacher raising program should contain fields of learning "Financing".
12 7 13
P16 A Technology Education teacher raising program should contain fields of learning "Mechatronic".
24 2 6
P17 A Technology Education teacher raising program should contain fields of learning "Automotive".
21 6 5
P18 A Technology Education teacher raising program should contain fields of learning "Environment".
30 1 1
P19 A Technology Education teacher raising program should contain fields of learning "Journalism".
2 23 7
Contents of Technology Education in public schools II
04/26/23 No. 27 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Contents of Technology Education in public schools
Competencies as follows:Pupils should be able to act and communicate technologically.Pupils should be able to analyze technical artifacts and processes.Pupils should be able to assess technical Systems and processes
StandardsEleven Standards (similar to other standards USA, e. g. )
ContentsNot discipline oriented. Subject centered (GATWU). Acting fields(VDI)
Important points/themes concerning reality of Life
04/26/23 No. 28 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Teildomänenkompetenz TECHNIK
Die Kompetenz, sozio-technische Systeme und Prozesse, auch inihrer Wechselwirkung mit Natur und Gesellschaft, zu beurteilen,zu nutzen und zu gestalten.
Kompetenz StandardsTechnisch handelnund kommunizieren.Dies erfordert einVerständnis für dieStruktur technischenHandelns, dieBeherrschung vonfachpraktischenGrundfertigkeiten sowiedie Grundkenntnis dertechnischenFachsprache.
1. Die Struktur technischer Handlungen in derProduktgenese erklären, anwenden und begründen.
2. Allgemeine Methoden zum Aufbereiten technischerProbleme kennen und anwenden- technisches Probleme beschreiben.- Lösungsideen entwickeln und darstellen.- Lösungsvarianten vergleichen und bewerten.- Lösung realisieren.
3. Grundfertigkeiten im Umgang mit ausgewähltentechnischen Stoffen, Werkzeugen, Apparaten,Maschinen und Geräten erklären und sach-,sicherheits- und umweltgerecht ausführen.
4. Methoden technischer Kommunikation unterBeachtung gültiger Normen und Verwendung vonmultimedialen Mitteln anwenden- technische Dokumentationen interpretieren- technische Sachverhalte adressatengerechtdarstellen.
Standards Technology Education II
04/26/23 No. 29 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Standards Technology Education IITeildomänenkompetenz TECHNIK
Die Kompetenz, sozio-technische Systeme und Prozesse, auch in ihrer Wechselwirkung mit Natur und Gesellschaft, zu beurteilen, zu nutzen und zu gestalten.
Kompetenz Standards Technische Sachsysteme und Prozesse analysieren. Dies erfordert die Systematisierung und Darstellung der Prozesse und Systeme zum Stoff-, Energie- und Informationsumsatz sowie deren Verkettung zu Technologien.
1. Verarbeitungs- und Gebrauchseigenschaften ausgewählter technischer Stoffe beschreiben, vergleichen und hinsichtlich ihrer zweckorientierten Verwendung begründen.
2. Technische Prozesse in Systemen des Stoff-, Energie- und Informationsumsatzes erklären und ihren Zweck (Transport, Wandlung, Speicherung) begründen.
3. Struktur und Funktion von Systemen des Stoff-, Energie- und Informationsumsatzes erklären und anwenden.
4. Historische und gegenwärtige Entwicklungslinien technischer Systeme (Vernetzung, Automatisierung, Organisationsformen) analysieren und bewerten.
Technische Systeme und Prozesse bewerten. Dies erfordert die Berücksichtigung der Wechselwirkungen zwischen Technik, Mensch, Natur und Gesellschaft.
5. Verwendungsentscheidungen für technische Systeme und Prozesse unter technikspezifischen, ökonomischen, ökologischen und sozialen Kriterien ( (zum Beispiel Funktionalität, Aufwand-Nutzen, Ressourcenschonung, Sicherheit, Ergonomie, Handhabbarkeit, Design, Wartungsaufwand, Störanfälligkeit) analysieren, erklären, beurteilen und bewerten.
6. Qualität eigener Arbeitsergebnisse bewerten sowie Möglichkeiten der Qualitätsverbesserung entwickeln.
7. Wechselwirkungen zwischen technischem Wandel und veränderten gesellschaftlichen und natürlichen Lebensbedingungen aus unterschiedlichen Betrachtungsperspektiven verstehen und bewerten.
04/26/23 No. 30 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Field of Contents Real life Orientation
Technology in enterprisesTechnology in private sphereInfluence of technical change
Beruf
TechnikHaushalt
Wirtschaft
andere Lernbereiche / Fächer
Handeln in arbeitsrelevanten Lebenssituationen
Integration of disciplinesTechnologyEconomicsJob OrientationHome Economics
04/26/23 No. 31 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
Significance of the questionaire
Development of Technology in GermanyScience and TechnologyOrientation about JobsInformatics and Technology
Design of the modules for Technology EducationCompetencies as basis for a curriculumStandards for Technology Education
Module as part of the BA/MA programsModules has to be placed and acknowledgedStudent exchange
Conclusion
Proposal:
Module 1 “Fundamentals of Technology”
Module 2 “Technical Systems and Processes”
Module 3 "Nature, Man, Technology & Society"
Module 4 “ Information and Communication”
Module 5 "Didactics of teaching Technology in public schools
04/26/23 No. 32 /Theuerkauf TU BS
Larissa Greece
Technische Bildung und InformationstechnologieTU Braunschweig
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