Digital Architecture Nowadays

Digital Architecture is a area of engineering which is embedded on the use of digital media in coming up with architectural designs. It is the believed to be the modern and distinct way of questioning and modeling in architecture. This technique uses laptop modeling, imaging, simulation, and programming in order to come up with virtual forms that will subsequently result in physical structures.
This paper researches on the relationship digital structure have with the past, present architecture and its future implications. The find out about starts by analyses of the previous of this genre of engineering that is taking the shape of evolution of this field, it starts offevolved by revisiting how historical tendencies of thought and outcomes reshaping the industrial world has evolved and its interaction with life and environment, emerging issue, aesthetics, cultural significance and societal reflection, and finally importance of digital architecture.Historical Survey of Digital ArchitectureDigital architecture is a concept that was ventured into a long time ago but got limited by underdevelopment in the technology thus the idea could not be implemented. Jeffrey Kipnis, (2013) stated that the purported new architecture is not new because it had earlier been explored in Europe. He, however, agree to the fact the new generation of software use and computing process in the creation of designs in coming up with the new artifact is actual evolvement. The philosophy surrounding digital architecture arose from Giles Deleuz; whose concepts and ideas shaped the emergent paradigm of digital architecture (Marsolo et al., 2015.Evolution of digital architecture was geared by architects Peter Eisenman and Greg Lynn who started exploring the new folding in architecture, drawing from Deleuz’s philosophical ideas. From the mid-1990s, the introduction of computer use in this field took root. The spread and development of digital space skyrocketed and expanded the range of exploration dramatically.The present architects use software designed by them and use advanced methods of computation to create, visualize complex designs. The powerful computational development makes it easier to set up and develop new designs which respond to technological advances and conform to its environment of innovation. New innovation designs are set up to achieve structural and environmental performances which initially were taken to be post-optimization processes. Digital architecture has emerged to be the latest style in forms and design generation (Chang, Moleta & Park, 2016).Emerging Trends in Digital ArchitectureThe digital creation of architecture has improved the designing process in the architectural world to an impressive level. However, almost none of these new developments keep focusing on an emerging issue of building evaluation. Computers use in building assessments nearly has had no the parallel effect, or drawn the same level of attention, computer utilized in the design process (Marsolo et al., 2015). There is a larger preference to the focus on computation for design than to reflection to what the industry can do to evaluate designs. A survey of 29 mid-sized firms in American architecture in 2015, Julie Hiromoto revealed that “post-occupancy evaluation is currently rare” because of the “design team time and cost required to produce meaningful results.” Even though designers evaluate performance designs very rarely, increasing pressure has mounted on their side to create designs which perform. The increasing pressure seems to come from governments, clients, and society to attain economic, sociological and environmental performance targets (Ling, 2015). Therefore the emerging trend is that digital architect takes a shorter time to study their completed projects. Hence they don’t comprehensively understand the effects of design decisions as a result of previous projects, positioning them into a difficult state to forecast the potential future decisional risks. As a result of heuristic which seems to be forward focused only, predicting the longer term impacts of the use of our designs is difficult.Aesthetics and Ethics in Digital ArchitectureIn the words of Stelare, the informational era overload emphasis is no longer on freedom of ideas but rather freedom of form. We are in the end philosophy and human psychology. Human ought to recede into their past. The architect’s confidence with regard to imagining which contributes to new sociability forms and future community formations is also diminishing in the development of postmodernism. However, the discipline of digital architecture is not possible to conceive in isolation, or without a sociopolitical order. What a come back to natural systems is taking shape to generate considerable interest amongst the experimental digital, architects (Picon, 2010).The challenge in aesthetics and ethics is the concern for architects’ contribution their own architectural problems which have been debated upon since inauguration of the discipline. Professional regulations are supposed to be designed in order to secure the discipline’s integrity and address the emergent problems of innovative design and propositions. There should be a link between aesthetics and ethics (Chang, Moleta & Park, 2016). Cultural Significance and Societal Reflection of Digital ArchitectureDigital development has to enable people to unlock their own potential, abilities and direct towards perfection and an improved life. The social aspect involves aspects of the mutual relationships between human beings, health and education services, advances in social welfare, cultural development, and poverty alleviation and equality (Ling, 2015).Fig 1: A digital architectural impression of a new building Source: http://www.careerindia.com/courses/unique-courses/what-is-digital-architecture-015089.htmlSocietal view on the significance of digital architecture calls for public-private sector integration of plans to foster the growth of the society in both qualitative and quantitative manner.It requires, therefore, proper government planning and private sector participation to provide economic foundations to boost wealth creation of all social classes. These cases that will result in societal members building intelligent buildings of a longer lifetime, a higher efficiency that promote suitability and the least environmental impact. In a societal perspective saving, cultural identities in architecture are significant. The conceptual updating, cultural and physical elements of societies in relation to the needs of future and present generations are paramount. Quality improvement in buildings is a welcomed idea, though (Thomas & Oxstrand, 2015).The digital architecture ultimate goal is to come up with a four-dimensional model that incorporates all of the required information for designing a digital production along with planned information required for the setting of a project. This information source provides architects a platform to act as the information link between construction industries players and professions. ConclusionDigital Architecture is a field of engineering which is embedded on the use digital media in coming up with architectural designs. It is the believed to be the modern and distinct way of thinking and modeling in architecture. It is a concept that was ventured into a long time ago but got limited by underdevelopment in the technology thus the idea could not be implemented. However, almost none of the many digital developers of this new paradigm of architectural developments keep focusing on an emerging issue of building evaluation. Digital architecture has integrated digital architects, designers and digital intellectuals in the application of modern digital technologies towards linking design and construction of modern architectural projects that are efficient, attractive and environment-friendly. Technological advancement has increased the designing intelligence and approach to architectural science. This has led to objectively actualized visionary plans in the architectural world. ReferencesChang, T. W., Moleta, T. J., & Park, D. (2016). COMPUTATIONAL DESIGN in the past, present and future of digital architecture. Automation in Construction, 72, 1-2.Ling, H. H. (2015, June). Study on Digital Architecture Design Methods. In Measuring Technology and Mechatronics Automation (ICMTMA), 2015 Seventh International Conference on (pp. 1047-1050). IEEE.Marsolo, K., Margolis, P. A., Forrest, C. B., Colletti, R. B., & Hutton, J. J. (2015). A digital architecture for a network-based learning health system: integrating chronic care management, quality improvement, and research. eGEMs, 3(1).Picon, A. (2010). Digital culture in architecture. Birckhäuser, Basel.Thomas, K., & Oxstrand, J. (2015). Digital Architecture Requirements. INL/EXT-15-34696, Rev. 0.