Proposed art museum and exhibition centre in Nairobi

Jomo Kenyatta University of Agriculture and Technology, School of Architecture and Building Sciences, Department of Architecture

Project idea

CONCEPT-IMAGEABILTIY.
The project places significant emphasis on the concept of imageability, aiming to create a memorable, recognizable, and enduring impression on the user. Imageability pertains to the visual and sensory characteristics of architectural design and how individuals perceive and recall buildings. This concept heavily relies on imagery and aligns with the workings of the human visual system. As individuals move through environments, such as the streets of Nairobi, visual stimuli are received by the eye, processed in the visual cortex, and then either retained or discarded. These essential processes are sequentially abstracted to inform the creation of a compelling form in the design.

Project description

PROJECT DATA.
PROJECT TITLE: PROPOSED ART MUSEUM AND EXHIBITION CENTRE IN NAIROBI.

CLIENT: National Museums of Kenya (NMK)
LOCATION: The selected site for this report is located at Central Car Park, a Parking lot located in Nairobi/Block 28(CBD), Nairobi City, Kenya.
YEAR: 2023.
AREA: 3924 M2
PROJECT OVERVIEW.
The proposed art museum and exhibition centre in Nairobi is designed with a primary emphasis on creating an institution that serves as a captivating, memorable, and recognizable landmark within the cityscape. Addressing Nairobi's cultural deficiency, the project aims to establish a dynamic space that celebrates diverse forms of artistic expression. It endeavours to transcend local boundaries and become an iconic symbol of cultural richness, not only for Nairobi but also for the entire continent. By prioritizing the creation of lasting experiences, the museum seeks to forge emotional connections with visitors, offering immersive engagements with art that leave indelible impressions. Through innovative architectural design that seamlessly blends traditional Kenyan motifs with contemporary principles, the museum stands as a beacon of sustainability and cultural heritage preservation. It aspires to inspire creativity, foster dialogue, and spark new ideas among artists, scholars, and the public, positioning itself as a dynamic hub for cultural exchange and exploration. With a vision for global recognition and acclaim, the museum aims to assert Nairobi's prominence in the global cultural landscape, drawing visitors and accolades from around the world.

Technical information

other considerations taken in designing the project include:
1. Contextual Appropriateness: Situated at the junction of Kenyatta Avenue and Uhuru Highway, the site offers optimal visibility and accessibility, enhancing its cultural significance as a hub for artistic expression. Its 3.3-acre expanse allows for sustainable development and potential expansion, fostering environmental considerations and inclusivity. The transformation of the site into a cultural institution promotes urban regeneration and community engagement, complemented by innovative additions like the cable car system and underground tunnel connecting to the Nairobi Gallery.
2. Sustainability: The project integrates various sustainable practices, including pigmented cement for façade finishing, lightweight steel struts with ETFE fabric panels, Sensitile terrazzo tile finishes, and naturally ventilated exhibition domes. These efforts contribute to energy efficiency and environmental quality, emphasizing a commitment to responsible construction and design.
3. Socio-Economic Impact: By manipulating form and light, the project fosters memorable experiences, driving increased footfall, revenue, and economic growth while positioning Nairobi as a global hub of creativity and innovation. The site's iconic form establishes it as a landmark, further elevating the city's global status and stimulating economic development and cultural exchange.
4. Creative Use of Materials: The project incorporates innovative materials such as a crisscrossing diagrid structure and ETFE fabric panels, maximizing structural integrity and energy efficiency while minimizing material waste. Computer-generated precision coding ensures optimal fit and utilization, while the dome-shaped facade offers opportunities for digital art and commercial display utilization.