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dt_faul_2012_fernandes

Novos materiais e técnicas aplicadas ao bordado de Castelo Branco no design têxtil e de vestuário

Name
Ana Fernandes
Year
2012
Institution
Lisbon School of Architecture Universidade de Lisboa
Supervisors
Manuela Figueiredo, Isabel Gouveia
Discipline
Fashion Design
Scope
Innovation
Taxonomy
Praxiology
Type
Theoretical/Practical
Language
Portuguese
Wordcount / Pagecount
87,500 / 250
Joint supervision
No

New materials and techniques applied to Castelo Branco embroidery in textile and clothing design

Research Process (7 methods)

1. Literature review N = x
Exploratory Qualitative

x

2. Questionnaire N = 7
Exploratory Qualitative

Embroiderer

3. Workshop N = 7
Generative Both Participatory

Embroiderer

4. Design project N = 1
Generative Participatory

Design project with professional designer Maria Helena Cardoso

5. Interview N = 1
Exploratory Qualitative

Professional designer Maria Helena Cardoso

6. Design project N = unspecified
Generative Design process

Clothing design project

7. Prototyping N = unspecified
Generative/Evaluative Design process

Clothing prototypes

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 (5)

R49 Artifact, System & Service Design Methodological Priority: High

Optimize the needle-punched nonwoven production process so the new supports achieve higher cohesion and resistance—especially by testing higher needle density per surface area and other process adjustments—thereby improving suitability for Castelo Branco embroidery.

Scope:
Meso
Time Horizon:
Medium
Evidence Strength:
Indicative
Feasibility:
Medium-High
R50 Artifact, System & Service Design Theoretical & Conceptual Priority: Medium-High

Investigate alternative textile-support technologies—other than conventional woven fabrics and needle-punching—to identify viable bases for applying Castelo Branco embroidery in textile and fashion design.

Scope:
Meso → Macro
Time Horizon:
Medium → Long
Evidence Strength:
Exploratory
Feasibility:
Medium
R51 Artifact, System & Service Design Resourcing & Sustainability Priority: High

Test other sustainable textile materials—potentially including artificial fibers—with higher resistance than discontinuous silk (anafaia), both for the support base and for the material used to produce the embroidery itself.

Scope:
Meso
Time Horizon:
Medium
Evidence Strength:
Indicative
Feasibility:
Medium-High
R52 Artifact, System & Service Design Dissemination & Knowledge Mobilization Priority: Medium-High

Develop new applications of the resulting materials and techniques in textile and fashion design beyond women’s clothing, extending the innovation to other product categories and user groups.

Scope:
Meso → Macro
Time Horizon:
Short → Medium
Evidence Strength:
Indicative
Feasibility:
High
R53 Methodological Artifact, System & Service Design Priority: High

Create improved methods for stabilizing and transferring motifs onto nonwoven supports—such as temporary reinforcements/interlinings and mold-based motif transfer—to overcome the difficulties observed when using horizontal frames and when marking designs directly on the surface.

Scope:
Meso
Time Horizon:
Short → Medium
Evidence Strength:
Indicative
Feasibility:
High