NURSING COLLEGE ASHAKTASHRAM
Located within the serene campus of the Ashaktashram Trust in Surat, the Nursing College Ashaktashram designed by NEOGENESIS+STUDI0261 is a striking example of how architecture can seamlessly integrate functionality, sustainability, and design aesthetics to enhance the learning experience. Envisioned as an extension to the existing institutional complex, this project embodies the firm’s commitment to innovative educational spaces that cater to modern-day pedagogical needs while maintaining a deep respect for environmental sustainability.
This state-of-the-art educational facility spans 41,883 sq. ft., incorporating a dynamic mix of teaching spaces, laboratories, administration offices, and interactive zones. The design’s core philosophy revolves around providing a conducive learning environment that not only supports academic excellence but also fosters a sense of community and collaboration among students and faculty.
An Intelligently Planned Layout for Seamless Functionality
The layout of Nursing College Ashaktashram has been thoughtfully designed to optimize both accessibility and usability. The architects have carefully considered the circulation patterns of students, faculty, and staff to ensure an intuitive flow throughout the building. A multi-level structure connects seamlessly with the existing building through strategically placed ramps and passageways, allowing for smooth movement between the old and new facilities. This interconnected approach enhances accessibility and inclusivity, ensuring that all users can navigate the space with ease.
On the ground floor, the design incorporates an auditorium-cum-multipurpose hall that serves as a flexible venue for gatherings, conferences, and student activities. With entrances from both inside and outside the main building, the hall functions independently without disrupting the day-to-day operations of the college. Its tiered seating arrangement ensures optimal visibility, while ergonomic spatial planning prioritizes comfort and accessibility.
The first floor houses administrative and faculty offices, strategically positioned near a grand double-height reception area that fosters an open and welcoming ambiance. Moving upwards, the second floor is dedicated to classrooms and advanced laboratories, designed to facilitate hands-on learning and skill development. This level offers visual connectivity between spaces, with passageways overlooking the reception area on one side and an open landscaped zone on the other, reinforcing a sense of openness and connectivity.
Crowning the structure, the third floor accommodates a library and computer lab, complete with an open reading zone beneath a skylight. This infusion of natural light enhances the learning environment, reducing the need for artificial illumination while creating an uplifting atmosphere conducive to focused study.
A Material Palette Rooted in Sustainability and Climate Sensitivity
One of the defining characteristics of this project is its climate-responsive design, which prioritizes energy efficiency, thermal comfort, and environmental integration. The external material palette consists of exposed concrete, glass, and brick jali, each chosen for its functional and aesthetic contribution.
The brick jali façade is a standout feature, serving as a contemporary interpretation of traditional screening techniques. This interwoven lattice structure provides multiple benefits: it allows filtered light and natural ventilation to penetrate the interiors while ensuring privacy and security. Additionally, its porous nature acts as a thermal buffer, significantly reducing heat gain—particularly from the building’s west-facing façade.
Meanwhile, the north façade features extensive glazing, strategically positioned to harness soft, diffused daylight while minimizing direct heat penetration. This careful orientation and material selection work in tandem to maintain thermal equilibrium, reducing reliance on mechanical cooling systems and contributing to overall energy efficiency.
To break the visual monotony of the façade, the architects have incorporated planter spaces, injecting greenery into the built form. These pockets of vegetation serve a dual purpose: they introduce an element of natural beauty while enhancing microclimatic conditions, further cooling the building envelope and improving air quality. This interplay between built and unbuilt spaces adds vibrancy and depth to the design, making the building feel alive and organic.
Interior Design: A Fusion of Durability and Elegance
The interior material palette is meticulously curated to balance longevity, low maintenance, and aesthetic appeal. The common areas feature Cera grey flooring, a durable and visually understated choice that establishes a neutral backdrop for the vibrant student activity that animates these spaces.
In contrast, the labs on the second floor are finished with Kota stone flooring, a material known for its robustness and ease of maintenance—ideal for high-usage educational spaces. Throughout the building, accent materials such as teak wood and grey laminate lend warmth and character, reinforcing an environment that feels inviting and conducive to learning.
Beyond materials, the design pays close attention to ergonomics and human-centric spatial planning. Classrooms are arranged to maximize natural light penetration, minimizing artificial lighting needs during daylight hours. Acoustics have also been carefully considered, with materials selected to absorb excess noise and create a focused learning atmosphere.
Landscaping and Outdoor Integration
A key aspect of the Nursing College Ashaktashram project is its seamless integration of landscape design with built spaces. The green spaces, planter pockets, and landscaped courtyards act as informal gathering zones, offering students places to interact, relax, and engage with nature between academic sessions.
One of the most visually striking features is the artwork on the common wall between the new and old structures. This carefully curated artistic intervention introduces vibrancy to the setting, counterbalancing the dominant tones of grey and earthy textures that define the material palette. This subtle yet powerful design choice underscores the architects’ sensitivity to the psychological impact of space, ensuring that the environment remains uplifting and inspiring for its users.
Sustainability Beyond Materials
Beyond material selection, the project incorporates a holistic approach to sustainability, emphasizing resource efficiency, passive climate strategies, and long-term resilience. Water conservation measures, such as rainwater harvesting systems and efficient plumbing fixtures, have been integrated to reduce water wastage and promote responsible consumption.
From an energy perspective, the reliance on natural lighting and ventilation significantly reduces electricity consumption, aligning with global best practices in green building design. Future adaptability has also been considered, ensuring that the structure can accommodate evolving educational needs without requiring extensive modifications.
A Timeless Architectural Statement
The Nursing College Ashaktashram is more than just an educational facility—it is an architectural statement that exemplifies how contemporary design principles can coexist with tradition, sustainability, and functionality. By prioritizing climate responsiveness, material innovation, and spatial connectivity, Neogenesis+Studi0261 has created a versatile and future-ready institution that will serve as a beacon for progressive architectural thought in the academic realm.
By blending form with function and aesthetics with sustainability, this project redefines what it means to design spaces that inspire, educate, and endure.
