A large wooden rocking horse sculpture anchors the interior of a renovated 1936 school building, seamlessly blending red brick and engineered timber to create a multifunctional space for equine education and community engagement.
5 key facts about this project
01
Renovation of a 1936 school building integrates original features with modern design elements.
02
A prominent wooden rocking horse sculpture serves as a central interactive exhibit.
03
Use of red brick and engineered timber enhances sustainability and aesthetics.
04
Flexible spaces accommodate various community functions and artist workshops.
05
Outdoor exhibition areas connect visitors to the surrounding biosphere reserve.
General keywords
The Omuli Museum of the Horse is an architectural project located in the North Vidzeme Biosphere Reserve, situated 4 kilometers from the Latvia-Estonia border. This transformation of a historical school building, constructed in 1936, represents a significant investment in local culture and heritage. It aims to educate visitors on the relationship between humans and horses in Latvia, serving multiple functions including a museum exhibition space, guest accommodations, and artist workshops.
The design of the museum respects the original structure while introducing modern interventions that enhance functionality without compromising historical integrity. The approach combines local architectural traditions with innovative materials and design solutions. This careful balance is evident in every aspect of the project, from layout to material selection.
Architectural Integration of Historical Context
One of the distinct features of the Omuli Museum is its commitment to maintaining historical elements while adapting the space for modern use. The incorporation of red brick for the exterior walls connects the building to the local architectural heritage. Furthermore, the design retains key historical attributes of the school, allowing the museum to act as a cultural and educational midpoint. Unique design strategies include the large wooden rocking horse sculpture in the central atrium, serving both as an interactive piece and a focal point that draws visitors' attention.
The arrangement of spaces within the museum is designed for flexibility. Areas are dedicated to workshops, exhibitions, and guest housing, allowing for diverse activities and functions within the same building. This versatility enhances community engagement by providing a venue for various artistic and educational programs.
Sustainable Design Choices
Alongside its historical and functional goals, the Omuli Museum prioritizes sustainability in its architectural design. The project integrates environmentally friendly technologies such as solar panels and rainwater collection systems, providing both energy efficiency and ecological sensitivity. The strategic use of glass plays a significant role in enhancing natural light within the building, which further promotes energy efficiency while creating a pleasant atmosphere for visitors.
The thoughtful integration of landscaping connects the museum to its natural surroundings, allowing for outdoor exhibitions and spaces for contemplation. This approach emphasizes the museum's role not just as a repository of knowledge but as a hub for community interaction and appreciation of nature.
For further details on the architectural design, plans, and sections of the Omuli Museum, readers are encouraged to explore the project presentation. Understanding the architectural ideas and specific designs within the project provides a deeper insight into the functionality and aesthetic choices made throughout this significant design endeavor.
The design of the museum respects the original structure while introducing modern interventions that enhance functionality without compromising historical integrity. The approach combines local architectural traditions with innovative materials and design solutions. This careful balance is evident in every aspect of the project, from layout to material selection.
Architectural Integration of Historical Context
One of the distinct features of the Omuli Museum is its commitment to maintaining historical elements while adapting the space for modern use. The incorporation of red brick for the exterior walls connects the building to the local architectural heritage. Furthermore, the design retains key historical attributes of the school, allowing the museum to act as a cultural and educational midpoint. Unique design strategies include the large wooden rocking horse sculpture in the central atrium, serving both as an interactive piece and a focal point that draws visitors' attention.
The arrangement of spaces within the museum is designed for flexibility. Areas are dedicated to workshops, exhibitions, and guest housing, allowing for diverse activities and functions within the same building. This versatility enhances community engagement by providing a venue for various artistic and educational programs.
Sustainable Design Choices
Alongside its historical and functional goals, the Omuli Museum prioritizes sustainability in its architectural design. The project integrates environmentally friendly technologies such as solar panels and rainwater collection systems, providing both energy efficiency and ecological sensitivity. The strategic use of glass plays a significant role in enhancing natural light within the building, which further promotes energy efficiency while creating a pleasant atmosphere for visitors.
The thoughtful integration of landscaping connects the museum to its natural surroundings, allowing for outdoor exhibitions and spaces for contemplation. This approach emphasizes the museum's role not just as a repository of knowledge but as a hub for community interaction and appreciation of nature.
For further details on the architectural design, plans, and sections of the Omuli Museum, readers are encouraged to explore the project presentation. Understanding the architectural ideas and specific designs within the project provides a deeper insight into the functionality and aesthetic choices made throughout this significant design endeavor.
