Omar Harb

advisor

Phoenicia University

Lebanon

As an architect and founder of Omar Harb Architects & Associates, my work centers on creating… more

Project Evaluation – Olga Nesterova: Residential Complex in Tomsk
Olga Nesterova’s design for the residential complex in Tomsk thoughtfully addresses the need to create a modern, comfortable, and environmentally sustainable living environment away from the city center. The project’s focus on integrating housing with ample recreational and green spaces is commendable, as it aims to foster a high quality of life for residents by balancing privacy, community, and connection to nature.

The central placement of large recreational areas—including stadiums, basketball and volleyball courts, parks, and playgrounds—creates a vibrant heart for social interaction and outdoor activities. Strategically arranging the buildings to shield these spaces from river winds and ensuring low-rise heights to avoid overshadowing demonstrates sensitivity to local climate and site conditions.

The generous allocation of green spaces (over 82,000 m²) further supports environmental sustainability, enhancing residents’ wellbeing through contact with nature and contributing positively to the urban ecosystem. The clear division of pedestrian sidewalks and vehicular highways indicates careful planning of movement and safety within the complex.

Areas for Improvement:

While the recreational and green spaces are well-integrated, providing more detailed information on how these spaces accommodate year-round use—especially during harsh Siberian winters—would strengthen the project’s resilience.

Incorporating sustainable building technologies and energy-efficient systems could be more explicitly highlighted to align fully with environmental sustainability goals.

Enhancing connectivity to nearby urban amenities or public transportation options would improve accessibility for residents, especially given the complex’s distance from the city center.

Considering diversity in housing typologies and mixed-use elements could promote a more dynamic, socially diverse community.

Conclusion:

This residential complex presents a thoughtful, human-centered approach to suburban living in Tomsk, balancing private and communal needs while prioritizing environmental and climatic considerations. With additional focus on winter usability, energy strategies, and urban connectivity, the project could set a strong example for sustainable residential design in similar contexts.

Winter Usability:
Given Tomsk’s cold climate, consider designing recreational and green spaces that remain usable and comfortable during winter months — such as covered walkways, heated seating areas, or winter gardens.

Energy Efficiency:
Integrate renewable energy systems (solar panels, geothermal heating) and high-performance insulation to enhance building sustainability and reduce residents’ energy costs.

Transportation & Connectivity:
Improve access to public transportation or shared mobility options to better connect the complex with the city center and surrounding areas, reducing car dependency.

Mixed-Use Elements:
Incorporate small commercial or community facilities within the complex to serve daily needs locally—like cafes, shops, or daycare centers—making the neighborhood more self-sufficient.

Diverse Housing Options:
Introduce varied housing types (e.g., apartments, townhouses) to accommodate different family sizes, ages, and income levels, encouraging a socially diverse community.

Seasonal Landscaping:
Use native, hardy plants and landscaping that provide year-round visual interest and support local biodiversity, even in harsh winter conditions.