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dt_faul_2016_goncalves

Adaptive lighting as a holistic approach to public lighting

A contemporary case study in Portugal

Name
Eduardo Gonçalves
Year
2016
Institution
Lisbon School of Architecture Universidade de Lisboa
Supervisors
Ana Ferreira, Henri Christiaans
Discipline
Product Design
Scope
Lighting Design
Taxonomy
Praxiology
Type
Theoretical
Language
English
Wordcount / Pagecount
131,600 / 376
Joint supervision
No

Lighting design as a response to the sustainable development of cities and user needs

Research Process (5 methods)

1. Literature review N = x
Exploratory Qualitative

x

2. Questionnaire N = Unspecified
Exploratory Qualitative

Random sample of users

3. Experiment N = 75
Generative Qualitative Participatory

Users in urban context

4. Experiment N = 36
Generative Qualitative Participatory

Users in urban context

5. Questionnaire N = 51
Evaluative Qualitative

Lighting quality

Knowledge Transfer & Exchange

Knowledge Exchange (PhD Process): Exchange with community representatives

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

Recommendations (4)

R343 Evaluation, Monitoring & Impact Methodological Priority: High

Replicate the ALDA method in different social, cultural, and physical contexts to test transferability, identify context effects, and determine whether broader adaptive-lighting patterns emerge beyond the original Portuguese case.

Scope:
Meso → Macro
Time Horizon:
Medium → Long
Evidence Strength:
Exploratory
Feasibility:
Medium
R344 Dissemination & Knowledge Mobilization Methodological Priority: Medium-High

Develop a concise practitioner manual for the ALDA method, explaining its logic, implementation steps, data collection procedures, and analysis workflow for lighting professionals.

Scope:
Meso
Time Horizon:
Short → Medium
Evidence Strength:
Indicative
Feasibility:
High
R345 Participation, Equity & Ethics Methodological Priority: High

Apply and adapt the method for elderly users in order to identify needed adjustments for this target group and to test whether adaptive lighting improves perceived well-being and life conditions at multiple levels.

Scope:
Meso
Time Horizon:
Medium
Evidence Strength:
Exploratory
Feasibility:
Medium
R346 Artifact, System & Service Design Methodological Priority: Medium

Advance the implementation of the method in virtual environments, so adaptive-lighting scenarios can be simulated, tested, and analysed more efficiently before real-world deployment.

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