Andrea Javůrková
student
FAST VUT - Faculty of Civil Engineering, Brno University of Technology, Department of Architecture
Czech Republic
Architecture
The main idea behind the design was to create a space where people can meet, create, be themselves, and spend the whole day in peace. In other words, to ensure… more
Omar Harb
advisor
Phoenicia University
Lebanon
As an architect and founder of Omar Harb Architects & Associates, my work centers on creating… more
Feedback: Multipurpose Building Križanke
This project presents a well-thought-out and sensitive approach to urban infill, creating a dynamic multipurpose building that aims to foster community, enhance urban space, and integrate with its surroundings.
The project idea is exceptionally strong, focusing on creating a flexible and inviting space for meeting, creation, and individual peace. Your commitment to respecting the existing urban fabric and continuing the street line is commendable, and the building's role in noise-proofing to protect open exterior areas is a clever design solution. The integration of a diagonal connecting road and passage to link street space with green areas is a brilliant move, promoting natural pedestrian flow and hinting at a future seamless connection to an adjacent park. This forward-thinking approach to urban greening and microclimate improvement, along with creating a special viewpoint, truly elevates the project beyond just a building.
The project description effectively details the functional separation by floor, emphasizing flexibility through movable partitions and independent access via an exterior staircase. This foresight allows for diverse uses and adaptable rental options. The specific programming, from the inviting ground-floor café and bistro (open across two floors for the café) to the co-working space, yoga studio, and exhibition areas on upper floors, caters to a wide range of needs. The inclusion of essential supporting facilities like kitchenettes, restrooms, and reception areas on each floor demonstrates a thorough understanding of operational requirements. The emphasis on both internal and external vertical circulation ensures accessibility and independent functionality.
From a technical information perspective, the design is robust and well-considered. The reinforced concrete column support system with a rigid core provides a strong and durable framework. The detailed description of floor thicknesses, underfloor heating, and various flooring types (polyurethane, vinyl, ceramic tiles, cleaning matting) shows attention to specific functional needs and user comfort. The integration of plasterboard ceilings to conceal ductwork and wiring, along with a ground-to-water heat pump, indicates a commitment to modern building systems and energy efficiency. The extensive green roof for storm water management and microclimate improvement is a significant sustainable feature, and the design of roof drains to retention basins for irrigation is highly practical. Finally, the material choices for interior and exterior openings (solid wooden doors, aluminum construction with triple glazing, glass handrails) contribute to both functionality, safety, and aesthetic appeal.
To further enhance this robust project, consider elaborating on the thermal performance and specific energy-saving strategies related to its envelope in the context of the local climate. While the green roof and heat pump are noted, detailing how aspects like the façade's glazing ratio, shading elements (beyond just massing), and insulation values contribute to minimizing energy consumption and maximizing occupant comfort throughout the year would significantly strengthen the project's technical depth and sustainability credentials.