Creating for Tomorrow

Sustainability and longevity are key aspects that determine the end result of each project as well as its functionality and impact on communities. Therefore, we focus on space and human synergy in all our project designs. Architectural details and materials are selected with care to ensure the ultimate harmony of the building, the environment and the people.

2L Approach - Build to Endure

Principles we use

Guided by sustainability principles, we implement passive design strategies, leverage BIM technology, and adhere to LEED and BREEAM standards. Emphasis on project longevity and harmony with its surroundings shapes our architectural and engineering solutions, which are designed to endure throughout the project’s life cycle.

Why it is important

We are shaping a more harmonious future through sustainable solutions in architecture and engineering. By focusing on energy efficiency and reducing our environmental footprint, we create spaces that enhance the quality of life for the communities and offer enduring value.

Redefining the process

Sustainability is at the core of our architectural and engineering processes. By analyzing the object's surroundings, the potential for renewable energy, and selecting environmentally friendly materials, we craft solutions that enhance functionality and longevity. Closely collaborating with our clients, we develop strategies prioritizing energy efficiency, environmental footprint reduction, and eco-positive impact.

Highlighted Projects

Industrial

We are proud to have designed the Pon.Bike Lithuania facility, which has been awarded the BREEAM International New Construction certificate with an Excellent rating. This recognition marks a significant milestone, as it is the first industrial building in the Baltic States to receive this prestigious certification. Achieving this standard reflects our commitment to sustainable and innovative design, made possible by the expertise and dedication of our entire team at 2L Architects & Engineers, led by 2L Founding Partner Julius Lapinskas.

  • Responsible selection of materials

  • Future adaptability

  • Human-centric decision making

Educational

A modern school will address the damaged education infrastructure and accommodate 720 pupils and 180 kindergarteners. It will include a dual-use shelter and innovative education spaces, creating a second home for children. The school will be the first A energy class school in Ukraine, meeting zero emission standards and ensuring sustainability and biodiversity protection. All necessary energy is gained from renewable energy sources, including 100 kW geothermal power for heating and cooling, 0.5MW solar panels for electricity. During tree years, parallely with our pro-bono the design process, variouse workshops, initiatives and presentations for the stakeholders were implemented.

  • Setting a precedent for sustainable practices
  • Long term community involvement
  • Responsibility for the future
Public

The upcoming Longevity Center in Klaipėda, set to begin construction in 2025, is designed as an urban oasis that harmonizes architecture with human well-being. Encompassing 5,000 m², the center aims to redefine the relationship between built environments and longevity-focused healthcare by integrating nature, light, and materials that enhance physical and mental health. The architectural approach prioritizes sensitive design solutions that respect human perception, fostering tranquility, balance, and functionality. Thoughtful spatial planning ensures seamless transitions between indoor and outdoor areas, encouraging movement, relaxation, and social interaction. With sustainability at its core, the project incorporates energy-efficient systems, biophilic elements, and carefully selected materials to create a holistic space that nurtures both the body and mind.

  • Energy-efficient and passive design
  • Biophilic integration for well-being
  • Sustainable, non-toxic materials