IZMIR RESIDENTIALS HALKAPINAR

Izmir, Türkiye
2019

Designed as part of a competition for a mixed-use residential development in Halkapınar, Izmir, this project redefines urban density through a balance of proportion, nature, and human scale. The master plan strategically positions high-rise towers and horizontal blocks to ensure unobstructed views of the sea and surrounding green spaces, anticipating potential future high-rise developments in adjacent parcels. 

Project Detail
Client
Confidential
Sector
Residential
Status
Unbuilt
Disicipline
Architecture, Interior Design

Design Approach 

 

The mass configuration consists of: 

  • Two asymmetric towers, each rising 37 floors, maximizing landscape and sea views. 
  • Lower horizontal blocks, designed to extend greenery through courtyards and facades, creating a seamless connection between nature and living spaces. 

At the core of the project, a continuous green zone connects courtyards, terraces, and façades, integrating nature into every level of development. This approach ensures: 

  • A dynamic, breathing façade, featuring wooden openings within a grid system to enhance natural ventilation and daylight access. 
  • A flexible façade modulation, balancing solid and transparent surfaces to optimize privacy, shading, and visual connectivity. 

By merging architecture with landscape, the project creates a living environment that is adaptable, open, and environmentally conscious. 

Climate-Responsive Design 

 

The layout and massing of the development are guided by sun path analysis and site orientation, ensuring optimal light and shade balance throughout the year. Key strategies include: 

  • Shaded and well-lit spaces, created through strategic mass placement, preventing excessive heat gain. 
  • A central social facility and swimming pool, positioned in the least shaded area, maximizing sun exposure for recreational spaces. 
  • Canopies and shaded courtyards, designed to cool outdoor spaces, enhancing thermal comfort in Izmir’s warm climate. 

Through thoughtful climate adaptation, this project establishes a sustainable, energy-efficient, and livable urban environment. 

A sustainable residential development integrating architecture, landscape, and climate-responsive design in Izmir.
Design Development through Sections and Massing
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A New Benchmark for Residential Developments in Izmir 

 

This project offers a forward-thinking approach to residential living, where architecture, sustainability, and urban integration create a dynamic and connected community. By prioritizing green spaces, passive design strategies, and flexible urban planning, it sets a new standard for sustainable development in Izmir. 

Urban Access and Equity 

 

The design also rethinks thresholds and accessibility: 

  • An elevated ground level is restructured to ensure visibility and access 
  • A new public platform lift bridges level differences between the street and main entrance 
  • Vehicular access is rerouted from Ayazağa Caddesi to Bilim Sokak, removing conflict zones 
  • Retail areas are made more accessible through strategic floor adjustments 

This ensures that the building becomes not just open to the city, but also to everyone in it. 

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Material and Atmosphere: Istanbul Inside 

 

The interior material palette reflects a language of soft modernism, grounding users in calmness and tactility. Across all spaces, the materials echo a theme: locality, honesty, elegance. 

  • Natural stones, satine stainless surfaces, and tactile wood panels 
  • Warm lighting designed to mimic natural daylight transitions 
  • Acoustic comfort prioritized through ceiling and wall treatments 
  • Office zones furnished with locally produced pieces from Nurus, Koleksiyon, Ersa 

Each material decision carries a sense of Istanbul — crafted, layered, and respectful of complexity. 

“A room is not a room without natural light.”   — Louis Kahn 

A Sustainable Upgrade with Lasting Value 

 

Rather than a new build, this project exemplifies sustainable transformation by working within existing volumes and reducing embodied carbon. Added to that: 

  • Passive shading and daylight design improve energy efficiency 
  • Operable windows and ventilation strategies reduce HVAC dependency 
  • Energy-efficient lighting and water fixtures selected throughout 
  • Use of low-maintenance, durable materials for long-term resilience 

This approach models an urban future where renovation is revolution. 

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