Scaler’s vision of a modern experiential learning center meant creating a space that bridged classroom instruction with real-world, interactive experiences. They envisioned an experience center where students could actively collaborate and apply technical skills within an environment designed to mirror high-tech workspaces. However, the existing building presented challenges due to limited space and a traditional layout. By collaborating with Rubenius, Scaler sought to transform this into a multi-purpose space focused on experiential learning, flexibility, and eco-friendly design.
Rubenius Interior Wellbeing took a holistic approach to help Scaler achieve its vision. Here’s how they transformed a compact, traditional building into a high-tech experience learning center:
In traditional academic settings, fixed layouts can limit students' ability to engage in collaborative and hands-on learning. To support Scaler’s experiential learning goals, Rubenius designed flexible zoning that enabled smooth transitions between group sessions, lectures, and independent study. Modular furniture, mobile partitions, and adaptable layouts allow students to configure the space based on the activity. This design ensures the experience center remains functional and adaptable, fostering engagement and creativity.
A primary component of Scaler’s experience learning center was to bridge academic theory with real-world tech applications. Rubenius embedded energy-efficient LED lighting, interactive displays, and smart occupancy sensors to create a tech-centric atmosphere. Concealed wiring and clean aesthetics were integrated, supporting Scaler’s goal to create an experiential design center that mirrors industry workspaces. This interactive design provides students with an industry-ready experience that aligns with the needs of a rapidly evolving tech landscape.
With simultaneous sessions happening across the experience learning center, Rubenius placed high importance on acoustic optimization. By installing Ekcel Septum acoustic materials, with high Sound Transmission Class (STC) ratings of up to 50, they minimized sound interference, creating a productive environment where multiple sessions can take place without distraction. This attention to acoustic control supports the experience center’s functionality as a multi-purpose space, promoting a focused and interactive learning environment.
Aligned with Scaler’s sustainability goals, Rubenius emphasized resource-efficient design across the experience center. By repurposing existing components like lighting fixtures, HVAC systems, and mini circuit breakers (MCBs), they achieved a remarkable 55% material savings. Rubenius also used low-VOC finishes and particle boards made from recycled dust, lowering the carbon footprint of the project and reducing waste. This commitment to sustainability supports Scaler’s mission to create an eco-conscious experiential design center that prioritizes environmental responsibility.
Beyond functionality, Rubenius wanted to ensure the space promoted inclusivity and a vibrant community atmosphere. The final layout encourages collaboration, creativity, and exploration, allowing students to engage in hands-on, real-world projects in a welcoming setting. Through interactive design elements, Rubenius created a multi-purpose space where all students, regardless of background, can participate, experiment, and innovate. This inclusive design supports Scaler’s goal of creating a holistic experience learning center.
The newly designed Scaler Innovation Lab has become a model of experiential education in India, combining multi-purpose spaces with sustainable, interactive design. Thanks to Rubenius’ comprehensive approach, the experience center provides adaptable layouts that allow students to transition seamlessly between collaborative projects, lectures, and focused study.
The high-performance acoustic solutions implemented by Rubenius ensure minimal sound interference, creating an environment conducive to productivity and collaboration. Additionally, sustainable practices, from energy-efficient technology to eco-friendly materials, reinforce Scaler’s dedication to environmental responsibility. This experiential design center exemplifies a forward-thinking approach to education, setting a benchmark for other institutions.
The partnership between Scaler School of Business and Rubenius Interior Wellbeing has set a new standard for experiential learning centers. Through sustainable practices, advanced technology, and adaptable spatial design, Rubenius has created an immersive, future-ready experience center where students can learn, innovate, and prepare for industry challenges.
By merging real-world experience with sustainable, interactive design, Rubenius has helped Scaler create a multi-purpose space that inspires creativity and collaboration. This transformation moves beyond traditional academic settings, offering a holistic learning experience that aligns with the dynamic demands of today’s tech industry. For more information like this visit rubenius.in
Rubenius created a flexible, tech-integrated, and eco-conscious multi-purpose space that allows Scaler students to engage in hands-on, collaborative projects within an experience center that mirrors industry environments.
Rubenius implemented sustainable practices by repurposing existing materials, using low-VOC finishes, and incorporating recycled particle boards, all of which contributed to a significant reduction in waste and the project’s carbon footprint.
Rubenius integrated interactive elements such as smart displays, modular furniture, and acoustic optimization to create an immersive environment that enhances engagement and fosters collaboration, supporting experiential learning.
Acoustic control ensures minimal sound interference, allowing various sessions to occur simultaneously. This is critical in a multi-purpose space where focused, collaborative, and interactive learning needs to coexist.
The center’s real-world tech features, flexible layouts, and interactive design simulate industry environments, preparing students to transition smoothly from academic settings to professional workspaces.
It combines high-tech integrations, sustainable practices, and flexible zoning, creating an inclusive environment where students can actively engage in experiential learning, setting it apart from traditional academic spaces.
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