Ways to Study and Research Urban, Architectural and Technical DesignT.M. de Jong, D.J.M. van der Voordt IOS Press, 31 dec 2005 - 560 pagina's How can we develop a scientific basis for architectural, urban and technical design? When can a design be labelled as scientific output, comparable with a scientific report? What are the similarities and dis-similarities between design and empirical research, and between design research, typological research, design study and study by design? Is there a need for a particular methodology for design driven study and research? With these questions in mind, more than forty members of the Faculty of Architecture of the Delft University of Technology have described their ways of study and research. Each chapter shows the objectives, the methodology and its implementation in search for a deeper knowledge of design processes and an optimal quality of the design itself. The authors - among them architects, urban planners, social scientists, lawyers, technicians and information scientists – have widely differing backgrounds. Nevertheless, they share a great deal. The central focus is a better understanding of design processes, design tools and the effects of design interventions on issues such as utility, aesthetics meaning, sustainability and feasibility. |
Inhoudsopgave
Preface | 7 |
Introduction | 11 |
Languages | 15 |
Criteria for scientific study and design | 19 |
Naming and Describing | 33 |
Design research and typology | 87 |
Evaluating | 149 |
Modelling | 179 |
Programming and Optimising | 263 |
Technical Study | 321 |
Design Study | 387 |
Study by Design | 453 |
| 507 | |
| 527 | |
| 531 | |
Overige edities - Alles bekijken
Ways to Study and Research: Urban, Architectural, and Technical Design Taeke M. de Jong,T. M. de Jong,D. J. M. van der Voordt Gedeeltelijke weergave - 2002 |
Ways to Study and Research: Urban, Architectural and Technical Design Taeke M. de Jong,D. J. M. van der Voordt Geen voorbeeld beschikbaar - 2005 |
Veelvoorkomende woorden en zinsdelen
activities aesthetic analysis applied approach architect architectural design architecture aspects basis building centre characteristics combinatorics components concept connections construction context creative criteria cultural decision Delft design methods design process design research design study designerly determined drawing effects elements empirical environment evaluation ex ante example existing experience façade figure floor formulated function housing HVAC idea important insight installations instance integration interpretation Jean Nouvel Jong Le Corbusier logic material mathematical means methodology morphological analysis Netherlands norms object optimisation organisation perspective possible pre-supposes problem programme of requirements Randstad realised reality relation representation rôle Rotterdam rules scale scenarios scientific Sick Building Syndrome situation solution space spatial specific stage structure study by design surface technical techniques tion typological urban urban design urban planning variables Velsen Vitruvius Voordt

