PHD   RESEARCH    SUPERVISION   AT   tu    delft,    nETHERLAND      >>

more   to   come   soon

PHD    01:   DESIGN   INFORMATION   MODELLING   

phd   candidate:   SINA   MOSTAFAVI   (www.sinamostafavi.com)

promotor:   Prof.   KAS   OOSTERHUIS

CO-PROMOTOR:   DR.   NIMISH   BILORIA

.

Summary

This research is aimed to improve the quality of design processes through valid, systematic and innovative application of information modeling at the early stages of design processes. In this research, these processes are those that are related to formation, evaluation and analysis of built environment design projects. With this goal, three questions can guide this research: what has been done before, what can be done now and what needs to be done in near and the far future. Answering the first question needs an investigative survey of the implemented and tested processes, while reflecting on the second question needs acquiring of the technical and theoretical knowledge in the state-of-the-art, and then imply them more systematically and constructively.  Moreover, for the long run, tackling the last question requires a deep understanding of today’s potentialities, the demands in design profession and education, and the new perspective that technological advancements can draw for future. 

PHD    02:   Quantum   architecture

phd   candidate:   HAN   FENG

promotor:   Prof.   KAS   OOSTERHUIS

CO-PROMOTOR:   DR.   NIMISH   BILORIA

.

Summary:

The ever-increasing complexity of design processes fosters novel design computation models to be employed in architectural research and design in order to facilitate accurate data processing and refined decision making. These computation models have enabled designers to work with complex geometry and numeric design constraints to explore a whole new design field that is impossible to explore without computation techniques. However, most current design computation models follow an automation-oriented paradigm that only deal with strictly defined problem solving and optimisation, but fail in establishing an intuitive and interactive communication with designers. This lack of interaction leads to an unconscious rejection of non-parameterizable design factors, which, reduces design computation models to specific design problem solving tools instead of operating as active design partners. This research explores a non-deterministic design computation modelling approach derived from a discussion on quantum design paradigm, which employs real-time user interaction as the co-driver to evolve user + computation driven informed design outputs. 

Architecture design is driven by a complex network of discrete decision making processes, which,  transform, crossbreed and mutate raw design data with subjective design intention and objective design constraints. With the rapid development of design computation techniques, complex computation models have been employed to facilitate sophisticated design decision-making and data management.  These computation models have enabled designers to work with highly complex geometry and huge amount of data to explore a whole new design field that is hardly achievable without computation techniques. However, following an automation oriented design paradigm, most of current design computation models are constructed as efficient design problem solvers that clearly distinguish themselves from the rest of design decision making network. The communication with these isolated computation models heavily relying on numeric data thus fail in establishing an intuitive and efficient communication with designers, as not all subjective design intentions can be converted to parametric rules and coined into design computation models. As a consequence, with the general design focus shifting towards objective design constraints, the subjective design intention becomes further difficult to accommodate. 

This research presents quantum design paradigm as an alternative to automation oriented design paradigm, and harnesses the concept of interactive design computation modelling, which aims at rebalancing the objective design constraints and subjective design intention by means of real-time communication between designer and design computation models.
 

Underpinning:

Many, if not all, of our computation methods originate from scientific observations and abstractions of physical reality, e.g., genetic algorithm, neural network, fractal geometry and swarm logic. Quantum theory, as the most successful explanation of the particle world, has not only triggered tremendous technical improvements but also triggered an emerging scientific worldview: the quantum paradigm. Quantum paradigm advocates an interactive relationship between human beings and their physical environment, thus questioning the deterministic worldview as stated by Newtonian physics. Its implications in different social and technical aspects are profound. In order to better discuss the relevance of quantum paradigm to design computation system setup, a brief introduction to quantum paradigm in general will be necessary.

Quantum paradigm is constructed by a set of correlated philosophical reflections on the nature of the universe and our relation to it. As stated by the Wave-particle duality[1] and Heisenberg uncertainty principle, the observed reality is a statistical representation of a relative reality that has its uncertain principle derived from the irreducible fuzziness of its basic building blocks, particles. As for quantum paradigm; nothing can be said for certain about a physical system other than a probability wave function that can only be described with statistics. While any attempt to probe the configuration of a quantum system will definitely collapse its wave function. This is to say that the very act of observation is actually an interaction between the observer and the observed system that not only yields a reading of the current configuration but also reconfigures the system itself. Thus the objective belief of an absolute and deterministic reality is put into question, and replaced with a relative reality that potentially includes consciousness as a part of it.

From different interpretations of quantum reality, this research concludes quantum design paradigm with two key concepts: non-determinism and interaction. While the first one comes from intrinsic uncertainty of a particle’s state, the second comes from the way that probabilistic quantum state collapses into tangible reality. As for design computation modelling, quantum design paradigm suggests a new modelling approach that replaces linear causality with non-deterministic parallelism, which requires designer interaction to co-evolve with design/computation output.

selected   publications

• Biloria, N.; Co-Editor, Book: Hyperbody, First Decade of Interactive Architecture, Jap Sam Publishers, Netherlands, ISBN-10: 9490322091, ISBN-13: 978-9490322090, August, 2012

• Biloria, N.; Next Generation Building journal, Balthazer Science Publishers, Article: Performance

  driven generative design systems (approved for publication), 2013

• Biloria N.; InfoMatters, a multi-agent systems approach for generating performative architectural

  formations; International Journal of Architectural Computing, Issue 03, Volume 09:

  September 2011 (205 - 222)

• Biloria N.; Interdisciplinary Process Driven Performative Morphologies: A Morphogenomic

  approach towards developing context aware spatial formations; V!RUS, No.6, Nomads.usp

  journal, Creation in Processess, ISSN: 2175-974.

• Biloria, N.; Introduction article: Evolutionary computation, ACAADIA 2008, Silicone+Skin,

  ISBN: 978-0-9789463-2-6, Minneapolis, USA

•  Mostafavi, S, Morales Beltran, MG & Biloria, NM (2013). Performance driven design and

  design information exchange. In R Stouffs & S Sariyildiz(Eds.), Proceedings of the Education

  and research in Computer Aided Architectural Design in Europe (eCAADe) 2013 conference

  (pp. 117-126). Delft, The Netherlands

   

   

Underpinning:

Design processes are complex, multifaceted and in some cases vague. We can enumerate various reasons to explain this complexity or ambiguity, but among causes, the insufficiency of information, mostly at the early stages of design, might be one of the most crucial reasons. To put it in other words, designers need structured information in a way that they could formulate the design problems in relation to the demands, ideas and many other influential factors to the design.

Even before the advent of computers and advancements in digital design, we can find theoretical definitions for terms like diagram that can put an emphasis on the necessity of producing information in early representations in design processes. Description by architects and designers like this that “Diagrams are the best known and understood visual tools for the compression of information” (Berkel & Bos, 2010) or for the term graph, explanations like this that “graph is a plot of information that is not actualized in real space” (Zaera Polo, 2010) could be some of these definitions. However, these descriptions might just implicitly express a common sense of what could be information at various stages of design and we need to describe the roles and the methods of producing information more explicitly and methodically. To do so, it would be essential to study what is information modeling and the role that it has played in the ongoing dialogues of advanced digital design techniques like perforamtive design or performance driven design and Building information modeling. Means that to explore and establish novel and proper design methodology with this emphasis of producing valid and reliable information at  the early stages of design, we need to understand that what has been considered and implemented as information and information modelling in these research strands and realms of design knowledge.  

In history of application of CAD and CAM technologies, those investigations or design case studies that can be classified as performative design, could demonstrate some of the potentialities of simultaneous or parallel generation of geometry and information. Performative design, mainly tries to integrate the generative processes with performance evaluation procedures. As Oxman describes “The term performative implies that performance can in itself become a determinant and method for the creation of architectural form. In such circumstances digital design diverges from a design paradigm in which the formal manipulative skills and preferences of the designer externally control the process to one in which the design is informed by internal evaluative and simulation processes” (Oxman 2008).  From the point of view of this research and its assumptions, the crucial issue is that these evaluations or analysis need well-structured information models in correlation with the geometry. This might also draw our attention to the essential characteristics of those digital design models that can be effectively implemented in early design processes. 

In the next mentioned research domain or technology, which is BIM, the idea of information modeling, has been intensively and extensively explored and described. In definition or theory, “BIM is providing a single integrated database for visual and quantitative analysis.” (Eastman 2008) Or in another explanation, BIM as a new paradigm has changed the role of representation in architectural design processes: “computing has expanded in scope beyond representation-based documentation to now include analysis, simulation and digital fabrication. These new components allow architects to better understand and manage how their virtual ideas are realized, and to innovate or challenge traditional delivery and construction methods.” (Garber 2009). Behind these theoretical definitions, the role that BIM technologies can play at the early stages of design is still an arguable issue. This implies that considering the inherent complexities of design problems and design processes, novel and proper approaches are needed to aid architects to have informed design proposals at the early stages of design. This fact would draw our attention to the informed decision-making processes in comparison to just informed building models at design completion stages.

We can mainly define two sorts of processes for generating and modelling of informed geometries. First category would be those design procedures which involve processes of informing the geometry and which happen after finalising the design. In the second category, the design team might try to evolve the process of informing the digital design models in parallel to geometric modeling. Each of these two categories, need structured information in relation to the geometry or design model. Comparative studies between these two, and introducing and recognising the shortcomings and potentialities of them is where the focus of this research is defined.

Subsequently, regardless of the scale of the project, or how blobby or boxy the design or architecture is, there are some generic design problems for which we can explore and establish strategies and methods to enhance the quality of design processes. This can happen through improving the quality, applicability and validly of processes of informing the digital design models at various stages of design. Certainly, and as the survey of the experienced case studies demonstrate, the early stages of design are more controversial and crucial, therefore this research focuses at these stages in which the design models are more abstract while they need to get informed for better decision making and taking processes. 

iNTERESTING   LINKS

Hyperbody >> Plethora >> Echoechonoisenoise >> Robotecture >> FutureCNC >> Code.algorithmicdesign >> CreativeApplication.Net >> Responsive Architecture  >> FORM+CODE >> Amnon Owed >> RhinoFabLab >> ThinkerLog >> p5p >> Toxiclibs >> OpenProcessing >> subblue >> SJET >> suckerPunch >> Michael Hansmeyer >> Daniel Widrig >> TheCreatorsProject >> CYMATICA >> MAKE: Online >> n_e_r_v_o_u_s system.com >> THEVERYMANY >> Fluid Interface >> lustlab >> ONL >> inhabitat >> rat{LAB} >> biayna bogosian >> FORMAKERS >> Tangible media group >> kokkugia >> Asif Khan >> minimaforms >> SENSEable City Lab >> Citizen Sense >> METABODY

NEWS

>> Dr. Nimish Biloria lectures at the University of Boras, Sweden, Smart Textiles  Association >> Lecture: Inter-performing Environments >> 2015

>> Dr. Nimish Biloria co-tutoring a Bachelors Thesis course at the Delft Robotics Institute, TU Delft, The Netherlands >> 2015

>> Dr. Nimish Biloria edits the Next Generation Building Journal together with Matias del Campo >> 2015

>> Dr. Nimish Biloria invited to become a member of the OCEAN Research and Design Network >> 2015

>> Dr. Nimish Biloria delivers key note lecture at the ICON Arch conference, Konya, Turkey >> 2014

>> Dr. Nimish Biloria appointed as Scientific Reviewer

Elsevier, Journal: Automation in Construction >> 2014

>> Dr. Nimish Biloria appointed Technical Program Committee Member Smart Electronics and Communication conference >> 2014

>> Dr. Nimish Biloria delivers key note lecture at the ArcInTex Conference, Technical University Eindhoven, Netherlands >> 2014

>> Dr. Nimish Biloria interviewed by CNN International: 

Future cities and smart home applications >> 2014

>> Dr. Nimish Biloria interviewed by Fast Company Daily: Real-time interactive home environments >> 2014

>> Dr. Nimish Biloria lectures at the Smart Cities and Big Data convention, Aarhus University, Denmark >> 2014

>> Journal Publication >> Biloria. N.(2014); Architecture Institute of Korea, ISSN 1225-1666, Article: Inter-performing morphologies

>> Journal Publication >> Biloria, N.(2014); Next Generation Building journal, Balthazer Science Publishers, Article: Performance driven generative design systems, Volume 1, No. 1, 2014, ISSN 2213-4425, e-ISSN 2213-4433

>> Journal Publication >> Psyllidis, A & Biloria, NM (2014). OntoPolis: A semantic participatory platform for perfor- mance assessment and augmentation of urban environments. In s.n. (Ed.), 10th IEEE international conference on intelligent environments (pp. 140-147). Piscataway: IEEE.

>> Publication >> Achilleas Psyllidis, Nimish Biloria (2014); Intelligent environments 2014 Conference, Article accepted: Ontopolis, A semantic participatory platform for performance assessment and augmentation of urban environments, Shanghai, 2nd – 4th July 2014, China

>> Publication >> Xia X, Biloria N, Hommel B. (2014); Aesthetics and the embodied mind, Conference, Article: From film studies to interaction design

>> Dr. Nimish Biloria lectures at South East University of China, Guangzhou, China >> 2013

>> Dr. Nimish Biloria appointed Scientific Reviewer

Swiss National Science Foundation (SNSF) >> 2013

>> Dr. Nimish Biloria appointed Scientific Reviewer & Editor: Next Generation Building Journal (NGB) >> 2013

>> Dr. Nimish Biloria appointed Scientific Reviewer

47th International Architectural Science Association Conference 2013 “Cutting Edge In Architectural Science", Hong Kong >> 2013

>> Dr. Nimish Biloria serves as Organizing Committee Member ECAADE 2013, TU Delft, Netherlands >> 2013

>> Publication >> Biloria, N. (2013) Performance driven generative design pedagogy: Interfacing multi-agent simulation driven design techniques with environmental modelling methodologies in architectural education, ENHSA Conference: Computation, environment and architectural innovation, Napoli, Italy.

>> Publication >> Achilleas Psyllidis and Nimish Biloria (2013), The Adaptive City: A socio-technical interaction driven approach towards urban systems, Proceedings of the 2nd international Hybrid City Conference, Athens, Greece, ISBN: 978-960-99791-1-5, pp. 371-378.

>> Publication >> Achilleas Psyllidis and Nimish Biloria (2013), Urban Media Geographies: Interfacing Ubiqui- tous Computing with the Physicality of Urban Space, Media Cities 4 conference, May 2013, University at Buffalo, The state university of New York, USA, pp. 302-309.

>> Publication >> Mostafavi, S, Morales Beltran, MG & Biloria, NM (2013). Performance driven design and design information exchange. In R Stouffs & S Sariyildiz (Eds.), Proceedings of the Education and research in Computer Aided Architectural Design in Europe (eCAADe) 2013 conference (pp. 117-126). Delft, The Netherlands

>> Publication >> Biloria, NM & Chang, JR (2013). Hyper-Morphology: Experimentations with bio-inspired de- sign processes for adaptive spatial re-use. In R Stouffs (Ed.), Proceedings of the 31st Inter- national Conference on Education and research in Computer Aided Architectural Design in Europe (pp. 529-538)

>> Dr. Nimish Biloria interviewed by RAI, Lighthouse, Italy: Documentary series on Robotics in Europe >> 2013

>> Journal publication >> Alireza Mahdizadeh Hakak (Faculty of Architecture, TU Delft, Netherlands), Nimish Biloria (Faculty of Architecture, TU Delft, The Netherlands) and Mozhgan Raouf Rahimi (Islamic Azad University, Tehran, Iran) (2012), Journal article: Implementing Unconventional Virtual Environments for Enhancing Creativity in Architecture Pedagogy, International Journal of Virtual and Personal Learning Environments (IJVPLE), Volume 3, Issue 4, Pages: 41-52.

>> Journal Publication >> Biloria, N. (2012); Co-Editor, Book: Hyperbody, First Decade of Interactive Architecture, JapSam Publishers, Netherlands, ISBN-10: 9490322091, ISBN-13: 978-9490322090

>> Journal Publication >> Biloria N. (2012); Interactive morphologies: An investigation into integrated nodal networks and embedded computation processes for developing real-time responsive spatial systems, Frontiers of Architectural Research Volume 1, Issue 3, Pages 259–271

>> Journal Publication >> Xin Xia and Biloria Nimish (2012); A 4EA Cognitive approach for rethinking the human in Interactive Architecture, Conference Proceedings: Rethinking the Human in Techology-Driv- en Architecture, Editors: Maria Voyatzaki; Constantin Spiridonidis, ISBN: 978-2-930301-53-2

>> Publication >> Biloria, Nimish and Chang, Jia-Rey (2012), 'Digital physicality, physical Digitally,' Proceedings of the 30th eCAADe Conference, Prague, Czech Republic, HyperCell: A Bio-inspired informa- tion design framework for real-time adaptive spatial components, Volume.2, pp.573-581.

>> Publication >> Alireza M. Hakak, Biloria N (2011), New perception of virtual environments, enhancement of creativity, Proceedings of the eCAADe conference, Ljubljana, Slovenia, ISBN 978-9-4912070-

1-3, pp. 967 - 975

>> Dr. Nimish Biloria lectures at National art gallery, Vilnius, Lithuania >> 2011

>> Dr. Nimish Biloria lectures at Delft lectures on Sustainability, TU Delft, Netherlands >> 2011

>> Dr. Nimish Biloria lectures at Faculty of Architecture, Warsaw, Poland >> 2011

>> Dr. Nimish Biloria lectures at Harbin University, Faculty of Architecture, China >> 2011

>> Dr. Nimish Biloria lectures at Nanjing University, Faculty of Architecture, China >> 2011

>> Book >> Biloria, N.(2011); Author, Book: Interactive Corporate Environments: Developing real-time interactive corporate environments incorporating computational techniques [Paperback], VDM Verlag Dr. Müller Publishers

>> Journal publication >> Biloria N. (2011); InfoMatters, a multi-agent systems approach for generating performative architectural formations; International Journal of Architectural Computing, Issue 03, Volume 09: September 2011 (205 - 222)

>> Journal publication >> Biloria N. (2011); Interdisciplinary Process Driven Performative Morphologies: A Morphog- enomic approach towards developing context aware spatial formations; V!RUS, No.6, No- mads.usp journal, Creation in Process+es, ISSN: 2175-974.

>> Publication >> Alireza M. Hakak, Biloria N (2011), New perception of virtual environments, enhancement of creativity, Proceedings of the eCAADe conference, Ljubljana, Slovenia, ISBN 978-9-4912070-1-3, pp. 967 - 975

>> Dr. Nimish Biloria lectures at Empowering Infrastructure globally conference, New Delhi, India sponsored by ESSAR Steel and organized by Indian Architect and Builder >> 2010

>> Dr. Nimish Biloria lectures at Philips Research, Eindhoven, The Netherlands >> Interactive Architecture >> 2010

>> Dr. Nimish Biloria lectures at Design-Code, Dutch Design Week, Eindhoven, The Netherlands >> 2010

>> Journal publication >> Biloria, N. (2010); Interactive Environments: A Multi-disciplinary Approach towards Devel- oping Real-Time Performative Spaces, Entertainment computing – ICEC 2010, Lecture Notes in Computer Science, 2010, Volume 6243/2010, 254-261, DOI: 10.1007/978-3-642-15399-0_25, pp. 254-261

>> Journal publication >> Biloria, N. (2010); Interactive Bodies, Forward, Volume 110, ISSN 2153-7526, American Institute of Architects Publishers, USA, 2010, pp. 69-76

>> Dr. Nimish Biloria lectures at Bucharest School of Architecture, Romania >> 2009

>> Dr. Nimish Biloria serves as Session Chair

ENHSA 2013 Conference on Computation, Environment and Architectural Innovation, Napoli, Italy >> 2009

>> Dr. Nimish Biloria serves as Panelist: CHI 2009, Organic User Interfaces - From Tangible and Transitive Materials to programming reality, Boston, USA >> 2009

>> Dr. Nimish Biloria serves as Panelist: Syn_athr(0)isis event: Technopolis, Athens, Greece >> 2009

>> Journal publication >> Biloria, N, Sumini, V. (2009); Performative Building Skin Systems: A Morphogenomic Ap- proach Towards Developing Real-Time Adaptive Building Skin Systems, International Journal of Architectural Computing vol. 7 - no. 4, pp. 643-676.

Biloria, N. (2009); Performative building skin systems, IEEE Explore, Computation World 2009 conference, Athens, ISBN 978-1-4244-5166-1, pp. 119-125

>> Journal publication >> Biloria, N. (2009); Developing an interactive architectural meta-system for contemporary corporate environments, SCROOPE 19, Cambridge architecture journal, Cambridge University press, Cambridge, UK, pp. 70-80

>> Journal publication >> Biloria, N. (2009); Inter-active spaces Indian architect and builder magazine, Special issue on Digital Architecture, Jasubhai Media, Mumbai, India

>> Dr. Nimish Biloria gives Key note lecture at Key Note lecture at the IxDA, Interaction Design Association, Inter- national South America conference, Sao Paulo, Brazil >> 2008

>> Dr. Nimish Biloria's lecture is at the AEC World Expo, 361 Design conference >> 2008

>> Dr. Nimish Biloria lectures at Technologies and Construction Lecture series, Building Technology, Bouwkunde, TU Delft, The Netherlands >> 2008

>> Dr. Nimish Biloria is interviewed by the Discovery Channel >> Discovery Science Program, Documentary >> 2008

>> Dr. Nimish Biloria serves as Conference Session Chair ACADIA 08, Evolutionary computation, Minneapolis, USA >> 2008

>> Journal publication >> Biloria, N. (2008); Introduction article: Evolutionary computation, ACAADIA 2008, Sili- cone+Skin, ISBN: 978-0-9789463-2-6, Minneapolis, USA

>> Journal publication >> Biloria, N. (2008); Hyperbody, (Im) material Processes, New Digital techniques for architecture, Edited by Neil Leach and Xu Weiguo, ISBN: 9787-112-10396-6, China Architecture and Building Press, China

>> Journal publication >> Biloria, N. (2008); Non-standard performative architecture, Indian architect and builder magazine, Special issue on Innovate, Jasubhai Media publishers, Mumbai, India

>> Publication >> Biloria, N (2008) Morphogenomic Urban and Architectural Systems: An Investigation into In- formatics Oriented Evolution of Form: The Case of the A2 Highway, Silicon + Skin: Biological Processes and Computation, [Proceedings of the 28th Annual Conference of the Association for Computer Aided Design in Architecture (ACADIA) / ISBN 978-0-9789463-4-0] Minneapo- lis 16-19 October 2008, pp.152-157

>> Publication >> Biloria, N (2008) Real-time interactive corporate environments, Proceedings of 2nd Sympo- sium on Systems Research in the Arts and Humanities (SSRAH): "On Interaction/Interactivity in Music, Design, Visual and Performing Arts", Baden Baden, Germany, pp. 121-125

>> Publication >> Biloria, N (2008) Morphogenomic architecture, An investigation into informatics oriented evolution of form, Proceedings of AEC 08 Conference, Antalya, Turkey, pp. 49-58, http://www.lboro.ac.uk/cice/conferences/AEC2008/

>> Dr. Nimish Biloria lectures at University Innsbruck, Austria >> 2007

>> Dr. Nimish Biloria lectures at ITD Lecture series, Industrial Design, TU Delft, The Netherlands >> 2007

>> Dr. Nimish Biloria lectures at Goldsmith University, London, UK >> 2007

>> Journal publication >> Biloria, N. (2007); Envisioning the responsive milieu, An investigation into aspects of ambient intelligence, human machine symbiosis and ubiquitous computing for developing a generic real time interactive spatial prototype, iA#1, ISBN 978-9059730588, Episode publishers, Rotterdam, The Netherlands, pp. 22-33

>> Publication >> Biloria, N (2007) Developing an Interactive Architectural Meta-System for Contemporary Corporate Environments: An investigation into aspects of creating responsive spatial systems for corporate offices incorporating rule based computation techniques, Em‘body’ing Virtual Architecture: The Third International Conference of the Arab Society for Computer Aided Architectural Design (ASCAAD 2007), 28-30 November 2007, Alexandria, Egypt, pp.

199-212

>> Publication >> Biloria, N (2007) Adaptive Corporate Environments, CAADRIA 2007 [Proceedings of the 12th International Conference on Computer Aided Architectural Design Research in Asia] Nanjing (China) 19-21 April 2007, ISBN: 978-7-5641-0925-7, pp. 391-400

>> Publication >> Biloria, N (2007) Adaptive corporate environments, Proceedings of Sources of Architectural Form: Theory and Practice, International conference of Architecture 07, Kuwait City, Kuwait, pp. 371-391

>> Publication >> Biloria, N (2007) Spatializing real-time interactive environments, Proceedings of Tangible and Embedded Interaction (TEI 07) conference, Baton Rouge, Louisiana, USA, ISBN: 978-1-59593-619-6, pp. 215-222.

>> Journal publication >> Biloria, N. (2006); Design Informatics, Architecture Annual 05-06 TU Delft, 010 Publishers, Rotterdam, The Netherlands

>> Book publication >> Biloria, N. (2006); Inter-active spaces, A multi-disciplinary approach towards developing re- al-time performative spaces, GSM 2, TU Delft, The Netherlands, Episode Publishers, Rotter- dam, The Netherlands, ISBN: 9059730364, pp. 330-339

>> Publication >> Biloria, N (2006) Spatializing corporate dynamics, an investigation into aspects of creating responsive spatial systems for corporate offices incorporating rule based computation techniques, Proceedings of Adaptables 06 Conference, TU Eindhoven, The Netherlands, ISBN 10:90-72152-03-4, pp. 74-78

>> Publication >> Biloria, N, Oosterhus, K and Aalbers, C (2006) Design Informatics: a case based investigation into parametric design scripting and CNC based manufacturing techniques, Proceedings of Computing in Architecture / Re-Thinking the Discourse: The Second International Confer- ence of the Arab Society for Computer Aided Architectural Design (ASCAAD 2006), 25-27, April 2006, Sharjah, United Arab Emirates

>> Publication >> Biloria, N, Oosterhus, K and Aalbers, C (2006) DESIGN INFORMATICS: (A case based investigation into parametric design, scripting and CNC based manufacturing techniques), CAADRIA

2006 [Proceedings of the 11th International Conference on Computer Aided Architectural Design Research in Asia] Kumamoto (Japan) March 30th - April 2nd 2006, pp. 237-244

>> Dr. Nimish Biloria serves as Conference Session Chair CAADRIA 05, New Delhi, India >> 2005

>> Dr. Nimish Biloria serves as Conference Session Chair: Hawaii International conference for arts and humanities 05, USA

>> Journal publication >> Biloria, N. (2005); Developing concept prototypes for electronic media augmented spatial skins, Architecture Annual 04-05 TU Delft, The Netherlands, 010 Publishers, Rotterdam, The Netherlands

>> Publication >> Biloria, N (2005) Emergent Technologies and Design, Digital Design: The Quest for New Paradigms [23rd eCAADe Conference Proceedings / ISBN 0-9541183-2-4] Lisbon (Portugal) 21-24 September 2005, pp. 441-447

>> Publication >> Biloria, N., Oosterhuis, K. and Aalbers, C. (2005) Design Informatics, Smart Architecture: Integration of Digital and Building Technologies [Proceedings of the 2005 Annual Conference of the Association for Computer Aided Design In Architecture / ISBN 0-9772832-0-8] Savannah (Georgia) 13-16 October 2005, pp. 226-235

>> Publication >> Biloria, N (2005) Envisioning the responsive milieu, an investigation into aspects of ambient intelligence, machine symbiosis and ubiquitous computing for developing generic real-time spatial prototype, Proceedings of AEC 05, Conference, Rotterdam, The Netherlands, ISBN:90-8559-057-4, pp. 741-751

>> Publication >> Biloria, N, Oosterhuis, K (2005) Envisioning the RESPONSIVE milieu: An investigation into aspects of ambient intelligence, human machine symbiosis and ubiquitous computing for developing a generic real-time interactive spatial prototype, CAADRIA 2005 [Proceedings of the 10th International Conference on Computer Aided Architectural Design Research in Asia/ ISBN 89-7141-648-3] New Delhi (India) 28-30 April 2005, vol. 1, pp. 421-432

>> Publication >> Biloria, N (2005) Responsive environments, Proceedings of Hawaii International conference for arts and humanities 05, USA http://www.allconferences.com/conferences/20040223191228/

>> Publication >> Biloria, N (2004) Developing Concept Prototypes for Electronic Media Augmented Spatial Skins - An Investigation Into Biotic Processes, Material Technologies and Embedded Computation for Developing Intelligent Systemic Networks, CAADRIA 2004 [Proceedings of the 9th International Conference on Computer Aided Architectural Design Research in Asia / ISBN89-7141-648-3] Seoul Korea 28-30 April 2004, pp. 159-172.

>> Book publication >> Biloria, N. (2002); Design research work - TKTS 2000, AA (Architectural Association) Year Book 01 – 02, London, UK.