Review of Minimalistic Architecture

The escalating global population density, coupled with finite land availability, has necessitated the development of efficient and sustainable architectural solutions, particularly within urban contexts. Minimalist Architecture presents a compelling paradigm to address these challenges through its core tenets of simplicity, functionality, and judicious utilization of space. This empirical investigation aims to conduct a comprehensive analysis of Minimalist Architecture's principles and applications in the design of residential and commercial structures. By employing a multifaceted approach encompassing historical influences, theoretical frameworks, and contemporary case studies, the research strives to demonstrate the potential of Minimalist Architecture to navigate the complexities arising from land scarcity and population growth. Fundamental to this architectural style is the integration of basic geometric forms, reduction of extraneous elements, and prioritization of efficient spatial planning, thereby facilitating the creation of structures that optimize functionality within confined footprints. Furthermore, the study explores the synergistic incorporation of cutting-edge technologies and sustainable practices into Minimalist Architecture, underscoring its adaptability and flexibility to accommodate evolving needs and environmental conditions. Through a critical examination of existing critiques and practical limitations, the research seeks to provide insights into potential solutions to overcome these challenges, ultimately positioning Minimalist Architecture as a viable and forward-thinking approach to address the pressing global issues of land scarcity and population growth

Authors

Publication Details

Journal
International Journal of Research Findings in Engineering Science and Technology
Published
2024-11-28
DOI
https://doi.org/10.48028/iiprds/ijrfest.v6.i1.09
Primary Topic
Architecture and Computational Design
Type
article
Field-Weighted Citation Impact
0.00
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article

Review of Minimalistic Architecture

I. O. Ogbonnaya, G. C. Alozie, C. G. Aneke
International Journal of Research Findings in Engineering Science and Technology
Architecture and Computational Design
article

Review of Minimalistic Architecture

I. O. Ogbonnaya, G. C. Alozie, C. G. Aneke
article en

Abstract

The escalating global population density, coupled with finite land availability, has necessitated the development of efficient and sustainable architectural solutions, particularly within urban contexts. Minimalist Architecture presents a compelling paradigm to address these challenges through its core tenets of simplicity, functionality, and judicious utilization of space. This empirical investigation aims to conduct a comprehensive analysis of Minimalist Architecture's principles and applications in the design of residential and commercial structures. By employing a multifaceted approach encompassing historical influences, theoretical frameworks, and contemporary case studies, the research strives to demonstrate the potential of Minimalist Architecture to navigate the complexities arising from land scarcity and population growth. Fundamental to this architectural style is the integration of basic geometric forms, reduction of extraneous elements, and prioritization of efficient spatial planning, thereby facilitating the creation of structures that optimize functionality within confined footprints. Furthermore, the study explores the synergistic incorporation of cutting-edge technologies and sustainable practices into Minimalist Architecture, underscoring its adaptability and flexibility to accommodate evolving needs and environmental conditions. Through a critical examination of existing critiques and practical limitations, the research seeks to provide insights into potential solutions to overcome these challenges, ultimately positioning Minimalist Architecture as a viable and forward-thinking approach to address the pressing global issues of land scarcity and population growth

International Journal of Research Findings in Engineering Science and TechnologyVol. 6(1)
Openalex Percentile: Top 70%
Architecture and Computational Design
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