A Living Lab for Flow

A Living Lab for Flow: An architectural meta exploration on the optimal mental state for well-being

Shenoy, Rohan (TU Delft Architecture and the Built Environment)

van de Pas, R.R.J. (mentor)
van Dooren, E.J.G.C. (mentor)
van der Meel, H.L. (mentor)
Tanović, S. (graduation committee)
Mulder, André (graduation committee)

Delft University of Technology

Architecture, Urbanism and Building Sciences | Explorelab

AR3EX115

2022-11-02

This Master's thesis project is conceived in two parts.

The first part is the research project and is titled <<The Art of Acquiring Flow>> where the study assesses an architect’s ability to experience ‘design flow’, during the ideation phase, based on the type of design tool utilized. In order to test the hypothesis, I conducted a workshop with a group of MSc architecture students. The students were asked to engage in two design conditions: where they sketch with analogous tools and where they sketch with digital tools. The comparison of these two conditions was based on an EEG and protocol analysis. The results indicate that the use of analogous sketching tools led to a ‘richer’ and prolonged ‘design flow’ experience that was non-tool focussed. The study provides insights into why analogous sketching is an essential activity during conceptual ideation and why it should be emphasized as a tool in design education going forward.

The second part is the design project and is titled <<A Living Lab for Flow>> where the design thematically focuses on the notion of flow in the emerging context where creativity and working deep have become the most valuable skill sets in our society. We spend, on average, more than 90% of our time indoors and with that being the case, the psychological and physiological impact of spaces on our well-being are critical aspects that can be explored. Thus, the design project is conceived as a neuroarchitecture research center where research is conducted on how spatial settings can feed and nurture the brain.

AR3EX115
Neuroarchitecture
Flow
Positive Psychology
Evidence Based Design
Living Lab
Sketching
Design tool
Research Centre
Delft
Neuroscience
Croquis
Protocol Evaluation
EEG Analysis
Brain
Timber Construction
Cast Glass

http://resolver.tudelft.nl/uuid:e40f0ef6-7f7e-431c-9782-e8bd0a6c6d00

52.005482, 4.370748

Student theses

master thesis

© 2022 Rohan Shenoy