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dt_faul_2016_lavin

Alunos do presente, salas do passado

Avaliação e adaptação tecnológica das salas de aula de design para o século XXI

Name
Luis Lavin
Year
2016
Institution
Lisbon School of Architecture Universidade de Lisboa
Supervisors
Carlos Figueiredo, Ernesto Figueiras
Discipline
Product Design
Scope
Design Education
Taxonomy
Epistemology
Type
Theoretical
Language
Portuguese
Wordcount / Pagecount
95,900 / 274
Joint supervision
No

Technological assessment and adaptation of design classrooms for the 21st century

Research Process (5 methods)

1. Literature review N = x
Exploratory Qualitative

x

2. Case study N = 3
Generative Both

Design courses information

3. Observation N = Unspecified
Generative Both

Design students of three courses

4. Questionnaire N = 310
Generative/Evaluative Qualitative

Group of design students

5. Expert panel N = Unspecified
Generative/Evaluative Qualitative Participatory

Group of experts

Knowledge Transfer & Exchange

Knowledge Exchange (PhD Process): Produced with input

IK&T Academia Design Practice Society
Context Yes No No
Vision No No No
Means No No No

Recommendations (5)

R347 Artifact, System & Service Design Process & Organization Priority: High

Redesign product-design classrooms as flexible active-learning environments with modular height-adjustable tables, quickly adjustable chairs, inclusive wheelchair-accessible stations, generous circulation, and storage for tools and materials.

Scope:
Meso → Macro
Time Horizon:
Medium
Evidence Strength:
Indicative
Feasibility:
Medium
R348 Artifact, System & Service Design Resourcing & Sustainability Priority: High

Provide dense, reconfigurable power and network infrastructure - via wall and floor technical channels, floor boxes, or semi-towers - so portable devices can be used anywhere in the room without constraining seat choice.

Scope:
Meso
Time Horizon:
Medium
Evidence Strength:
Indicative
Feasibility:
Medium-High
R349 Artifact, System & Service Design Evaluation, Monitoring & Impact Priority: High

Adopt zoned LED and daylight-responsive lighting systems with intuitive local controls, so projection, whiteboard use, paper-based work, and screen-based work can coexist without glare or loss of visual comfort.

Scope:
Meso
Time Horizon:
Medium
Evidence Strength:
Indicative
Feasibility:
Medium
R350 Artifact, System & Service Design Process & Organization Priority: Medium-High

Integrate centralized thermal control and classroom technologies that support device-to-device and room-to-device interaction, collaborative work, and future portable or emerging design tools.

Scope:
Meso → Macro
Time Horizon:
Medium
Evidence Strength:
Indicative
Feasibility:
Medium
R351 Evaluation, Monitoring & Impact Methodological Priority: High

Extend the study across institutions and disciplines, examine furniture ergonomics and alternative portable-device forms, incorporate lecturer interviews, and test the cost-effectiveness and learning impact of classroom retrofits.

Scope:
Meso → Macro
Time Horizon:
Medium → Long
Evidence Strength:
Exploratory
Feasibility:
Medium