SRSC Udaipur Tripura

The proposed Sub-Regional Science Centre is situated in Udaipur, Tripura, near the Gomati River. This analysis outlines the key site characteristics that influence the design and functionality of the centre.

Location

The site is located in Udaipur, Tripura, and spans an area of 3.67 acres. It is conveniently accessible by public transport, making it a prime location for community engagement and educational outreach.

Elevation

The elevation of the site is 22 meters above sea level, which contributes to its unique geographical context and potential views of the surrounding landscape.

Climate Conditions

The average temperature in Udaipur ranges from 19.6°C to 30.5°C, indicating a generally warm climate suitable for outdoor activities. The region experiences an average annual rainfall of 2146mm, characteristic of a tropical savanna climate.

Vegetation

The site's vegetation features an interspersion of bamboo and cane forests alongside deciduous and evergreen flora, contributing to the area's biodiversity and ecological health.

Seismic Considerations

Located in Seismic Zone 5, the site is subject to high seismic risk, necessitating careful structural considerations in the design and construction of the science centre.

Flood Risk

Proximity to the Gomati River introduces a risk of flooding, particularly along the river edge. This factor must be addressed in the planning to ensure safety and accessibility during the monsoon season.

Micro-climate Impact

The site shares a boundary with a proposed Nature Park, which is expected to impact the micro-climate of the area positively. This integration can enhance the natural environment surrounding the science centre.

Topography

The site is characterized by a fairly flat topography with nominal contours, providing a suitable foundation for the construction of the science centre and its associated facilities.

The design concept for the Sub-Regional Science Centre in Upaipur, Tripura, emphasizes a harmonious integration with the surrounding environment while creating an engaging and educational space for visitors. The following key design principles have been established to guide the development of the centre.

Public Space Creation

The project aims to create a larger public space on the western banks of the Gomati River, extending the city’s activity across the bridge. This initiative seeks to enhance community interaction and promote scientific literacy.

Integration of Spaces

There will be an appropriate integration of the Nature Park, Science Centre, and riverfront, creating a seamless connection between these elements. This holistic approach aims to foster a sense of unity and promote environmental awareness.

Architectural Form

The design features proportionately graded introvert volumes for science installations. This architectural form not only serves functional purposes but also enhances the aesthetic appeal of the centre.

Contextual Design

The architectural image derives context from the surrounding environment, employing a play of volumes, light, and shadow. This design strategy enhances the visitor experience and complements the natural landscape.

Contemporary Design Details

Contemporary design details will be incorporated to enhance the quality of space within the science centre, ensuring that it meets modern standards while remaining inviting and engaging for all visitors.

Cohesion with Environment

The design emulates the coherence found in one of Tripura's rock-cut temples, creating a distinctive man-made environment that harmonizes with the rocks and vegetation around it. This thoughtful integration promotes a strong connection between the built and natural environments.

Interactive Environment

To foster an interactive science environment, embossed surface effects featuring portraits of famous scientists will adorn the walls of the science museum. This feature aims to inspire curiosity and engagement among visitors, making science more accessible and relatable.

The site layout for the Sub-Regional Science Centre in Upaipur, Tripura, is designed to enhance functionality, accessibility, and integration with the surrounding natural environment. The layout reflects a thoughtful approach to site planning that prioritizes visitor experience and environmental sustainability.

Main Entrance

The main entrance to the complex is strategically located from the east, providing easy access for visitors. Additionally, there is a subsidiary entrance specifically for the auditorium complex, ensuring efficient movement within the site.

Division of Science Centre

The Science Centre is broadly divided into four key areas:

• Main exhibition area
• Visitors’ activity area
• Exhibit Development Laboratory and office
• Outdoor science park

Proximity to Water

Positioned on the eastern side of the site, the Gomati River plays a crucial role in the layout. The proposed Nature Park is located on the northern side, further enhancing the ecological context of the science centre.

Future Expansion

The layout is designed to accommodate future expansion, allowing for the integration of the science park with the nature park, which will enhance biodiversity in the area.

Path Network Integration

The existing path network has been utilized and integrated into the proposed layout, providing entrances to the main exhibition halls and a subsidiary entrance for the auditorium and children's activity centre.

Parking Arrangement

To ensure a clear visual aesthetic, two-wheeler parking has been proposed in one corner of the site, eliminating visual obstruction of the main building. This thoughtful placement enhances the overall site experience.

Flood Preparedness

Recognizing the flood risk posed by the proximity to the Gomati River, adequate space has been left near the riverfront to accommodate potential flooding during monsoons, ensuring the safety and accessibility of the science centre.

Pedestrian Network

The design of the science park and pedestrian pathways blends harmoniously with the natural landscape, encouraging visitors to explore and engage with both the built and natural environments.

The functional layout of the Sub-Regional Science Centre in Upaipur, Tripura, is designed to create an efficient and engaging environment for visitors. This layout strategically organizes spaces to facilitate various functions while ensuring a seamless flow throughout the centre.

Building Structure

The proposed building is single-storeyed, promoting accessibility and ease of movement for all visitors.

Floor Planning

The floor plan has been envisaged as two distinct areas:

• The main exhibition hall, which includes a dedicated entrance lobby and a toilet block.
• An auditorium and children’s activity hall connected through a subsidiary lobby.

Exhibition Halls

The exhibition halls feature truncated pyramids on varying heights, topped with skylights that create a unique visual ambience. This architectural design enhances the spatial experience and encourages exploration.

Exhibit Development Area

The exhibit development area includes a loading and unloading deck located on the northern side of the building, facilitating efficient logistics for exhibits and materials.

Spatial Zoning

The building is zoned into public, semi-public, and private areas, which are integrated through common lobbies. This zoning strategy allows for a flexible use of space while maintaining a clear distinction between different functions.

Spatial Experience

The entire building is raised on a higher plinth, adding to the spatial experience and providing a sense of elevation that enhances views and accessibility.

Corridor Design

The lobbies create an interesting linear corridor for common gathering within the building, promoting social interaction and community engagement among visitors.

The movement and circulation design of the Sub-Regional Science Centre in Upaipur, Tripura, focuses on facilitating easy navigation for visitors while promoting accessibility and engagement with the various spaces within the centre. The layout encourages a fluid experience throughout the site.

Entrance Accessibility

The main entrance, located from the east, provides direct access to the science centre, ensuring that visitors can easily enter and explore the facility. The subsidiary entrance for the auditorium complex further enhances circulation for specific events and activities.

Pathway Integration

The design effectively integrates existing pathways with new routes, creating a cohesive network that guides visitors to key areas such as the main exhibition hall, visitors’ activity area, and outdoor science park.

Lobby Functions

Common lobbies serve as central gathering points, facilitating movement between public, semi-public, and private spaces. This design encourages social interaction while maintaining clear pathways to different functional areas.

Spatial Flow

The linear corridors created by the lobbies allow for intuitive navigation, leading visitors through the centre’s various exhibits and activities. The layout is designed to promote exploration and discovery, enhancing the overall visitor experience.

Outdoor Connections

The integration of outdoor pathways with the science park enhances circulation by providing visitors with opportunities to engage with the natural environment. This design encourages walking and exploration beyond the indoor spaces of the centre.

Accessibility Considerations

Accessibility is a key consideration in the movement and circulation design. Pathways and entrances are designed to accommodate all visitors, including those with disabilities, ensuring that the science centre is welcoming and inclusive.

Future Expansion and Flexibility

The circulation plan allows for future expansion of the centre and the integration of additional features, providing flexibility for the evolving needs of the community and the centre’s programming.