Re-shape the mountain: a co-working and co-linving space

This project represents an example of excellence in sustainable architecture and integrated design. The design idea was developed in collaboration with a grouping of professionals in the field.

Living and work spaces fit seamlessly into the urban context, respecting local urban planning parameters. With a focus on accessibility, the main entrance from the southeast is designed to fluidly connect the facility with the surrounding city fabric. The square in front serves as an Agora, fostering interaction among students, professionals and residents.

The building is conceived in two main volumes: one dedicated to public spaces, such as workshops and co-working areas, and the other to private co-living spaces. A third central volume serves as a link, integrating an interior garden that enriches the environment both aesthetically and functionally.

The project uses natural and recycled materials, such as local stone and wood, ensuring a low environmental impact. Thermal insulation is made from sustainable materials, complying with the latest energy efficiency regulations.

Photovoltaic panels on the roof and a rainwater harvesting system help reduce energy and potable water consumption. Mechanical systems are designed for efficiency and comfort, using mechanical ventilation systems and radiant floors.

The idea behind the project is to create an environment that fosters interaction, collaboration and innovation, with shared spaces that meet the needs of different user groups, from residents to professionals.

The Co-living Area is designed to accommodate researchers, artists and professionals seeking a temporary place of residence that combines comfort, functionality and opportunities for interaction. Spread over several floors, this section offers a balanced mix of private spaces and common areas.

Main features:

• Private Spaces: Independent living modules with private balconies and high-quality finishes, providing privacy and comfort for residents.
• Common areas: Shared environments such as fully equipped kitchens, lounging areas and terraces designed to encourage socialization and exchange of ideas.
• Design and functionality: Each floor is divided into well-defined spaces, alternating private and common areas, following the principle of alternating “full and empty” spaces. This approach ensures optimal space utilization and a welcoming atmosphere.

The co-working area is the creative heart of the project, designed to meet the needs of startups, freelancers and organizations seeking stimulating and technologically advanced environments to work and collaborate.

Main features:

• Immersive classrooms: Spaces designed for interactive learning and transdisciplinary training, ideal for workshops, events and seminars.
• Creative workshops: Equipped environments for arts, crafts and technology activities that encourage the expression of creativity and the development of new ideas.
• Space versatility: Coworking environments are modular thanks to movable walls and adaptable configuration systems, allowing easy transformation of spaces according to users’ needs.
• Ancillary services: A dedicated dining area and a relaxation area are integrated to enhance the work experience and encourage moments of respite and networking.

The technological aspect is one of the key pillars of the project. Through the use of advanced tools and innovative methodologies, the project integrates digitization and virtual reality to deliver precision, efficiency and quality.

Building Information Modeling (BIM) modeling has been adopted to coordinate all phases of a project, from initial conception through construction. This technology makes it possible to centralize information from each discipline-architectural, structural and plant engineering-into a single shared digital model, ensuring optimal coordination and reduction of errors or overlaps.

Virtual reality, implemented through advanced visors such as Meta Quest 2 and Meta Quest 3, enables:

• Evaluate the proportions and arrangement of spaces.
• Simulate real-life usage scenarios, optimizing the functional efficiency of environments.
• Involve future co-living and co-working users, making them part of the creative process.

The project redefines the concept of shared spaces, merging sustainability, innovation and architectural quality. Thanks to Orbyta Engineering’s vision, the facility is a role model for the future of architecture and engineering.