Regenerative Design

Creating Ecosystems

LIFE Hamburg’s Holistic Approach

Project

  • LIFE Hamburg

Theme

  • Regenerative Design

Size

  • 12,000 m²

Lead

  • Valerie Kerz
  • Laurent Dubuis

Project Team

  • Daniele Colombati
  • Ioannis Foulakis
  • Daniel Podrasa
  • Magdalena Kraska
  • Wassef Dabboussi
  • Maria Pachi
  • Moritz Rumpf

Competition Team

  • Laurent Dubuis
  • Daniele Colombati
  • Semyon Bondarenko
  • Ioannis Foulakis
  • Courtney Jones

Location

  • Hamburg, Germany

Typology

  • Educational Space
  • Workplace

Status

  • Competition
  • 1st Prize

Collaborators

  • Cityplot / Leonie Woidt-Wallisser
  • Project Management: SMV
  • Structural Engineering: Schlaich Bergermann Partner
  • Climate Engineering: Transsolar
  • MEP: TechDesign
  • Fire: Brand+
  • Landscape: Henning Larsen Landscape
  • Façade: Priedemann Fassadenberatung GmbH
  • Building Physics: Müller-BBM
  • Cost: Emproc

Year

  • 2019

Client

  • House of Life GmbH

Partner

  • Tobias Wallisser

Recognitions

2020
International Architecture Award

Project

  • LIFE Hamburg

Location

  • Hamburg, Germany

Year

  • 2019

Typology

  • Educational Space
  • Workplace

Theme

  • Regenerative Design

Client

  • House of Life GmbH

Size

  • 12,000 m²

Status

  • Competition
  • 1st Prize

Lead

  • Valerie Kerz
  • Laurent Dubuis

Project Team

  • Daniele Colombati
  • Ioannis Foulakis
  • Daniel Podrasa
  • Magdalena Kraska
  • Wassef Dabboussi
  • Maria Pachi
  • Moritz Rumpf

Competition Team

  • Laurent Dubuis
  • Daniele Colombati
  • Semyon Bondarenko
  • Ioannis Foulakis
  • Courtney Jones

Collaborators

  • Cityplot / Leonie Woidt-Wallisser
  • Project Management: SMV
  • Structural Engineering: Schlaich Bergermann Partner
  • Climate Engineering: Transsolar
  • MEP: TechDesign
  • Fire: Brand+
  • Landscape: Henning Larsen Landscape
  • Façade: Priedemann Fassadenberatung GmbH
  • Building Physics: Müller-BBM
  • Cost: Emproc

Partner

  • Tobias Wallisser

Recognitions

2020
International Architecture Award

What if the holistic application of permaculture could open up new perspectives in the architectural realm, transforming spaces into vivid landscapes of lifelong learning? At ‘LIFE Hamburg,’ a purpose-built educational campus, a CO₂-negative, self-sufficient architecture of diverse, nature-inspired spaces forms one continuous landscape cultivating the best conditions for absorbing knowledge at all ages.

LEARNING FROM NATURE

The philosophy of permaculture, first emerging in the 1970s, suggests that the dynamic interactions between humans, plants, soil, and animals create a holistic ecosystem where each element holds equal importance under the values of ‘earth care, people care, and fair share.’ This healthy equilibrium has become out of balance, induced partly by increasingly urban communities where high-rise populations compete for soulless green patches.

Especially in cities, inhabitants are often more detached from the meaning, rhythms, and benefits of nature. Therefore, education on permaculture is vital to the protection of our earth. This is why LAVA’s design for LIFE Hamburg, a future-oriented campus for lifelong, self-determined learning, materializes those values in an educational facility for 800 children and 800 adults, designed in collaboration with Cityplot, an urban agriculture collective that advocates restorative practices in landscape ecology and social systems.

Wrapped up in this design is the collaborative power of permaculture and intergenerational learning, which brings environmental intelligence back to urban communities at all levels of society. For children, learning about the origins of food, identifying plants, insects, and animals to understand their role in the ecosystem, and even digging in the soil can cultivate strong, lasting bonds with the environment; and for older people, gardening outside can encourage activity, increase social connections and improve mental health. In addition, LAVA and Cityplot premeditated how the wider, extended neighborhood could benefit, designing features such as community-facing gardens to welcome them.

“Our intention was a living landscape for intergenerational learning fusing architecture, technology, and permaculture.”

VERTICAL LANDSCAPE

Aligned with the vision of permaculture founder David Holmgren’s principles of collaborating with nature, not against it, to reduce waste and replenish resources, LAVA’s design considers landscape and architecture, interior and exterior, energy creation and use cohesively, resulting in a three-level infinity loop-shaped building that overlaps mutually serving functions. The ecological vision extends from the choice of building materials to the continuous language of landscape, the nurturing approach of care, how biodiversity inhabits the façade as home, and how renewable energy is activated in an experiential aspect.

This organic experience is spatially manifested through fluid external and internal relationships, much like the social and environmentally configured layout of LAVA’s IGMet Akademie project. Abundant fresh air and daylight infuse the indoor classrooms, with edible planting flowing into the outdoor classrooms. Visible water management systems and the rooftop photovoltaic garden improve awareness about renewable resources while feeding the activities of the building. “Instead of a building, we master-planned a manmade ecosystem where relationships are cooperative, supporting the shared purpose to restore and revive natural cycles, rather than depleting them,” says LAVA Partner Tobias Wallisser.

“The design approach is rooted in cross-disciplinary collaboration, conscious decision-making, efficient digital design, and community research.”

PERMACULTURE INSPIRES DESIGN

This ‘landscape building’ is rooted in the theories of American futurist David Thornburg, who promotes a variety of spatial typologies in an educational context to improve the retention of knowledge, the enhancement of creativity, and the quality of connections. “We combined Thornburg’s differentiative approach with our nature-inspired design approach,” explains Wallisser. “Correspondingly, the central agora, split levels, and spacious staircases linking the two main parts of the building provide fertile ground for conversations beyond classrooms and across age groups inspired by the surroundings.”

Thornburg recognizes three archetypal ‘Cavendish’ learning spaces: the campfire, cave, and watering hole, based upon the acts of collaboration, retreat, and learning, each appealing to the unique traits of individual learning styles. At LIFE Hamburg, expressive classrooms avoid homogeneity with varying levels of brightness, openness, planting, and connections to the exterior framed with environmental counterparts: the ‘mountain peak’ is a place for inspiration, the ‘watering hole’ encourages conversation, ‘sand pits’ invigorate study and experiments; the ‘campfire’ hosts group lectures; while the ‘cave’ cultivates quiet introspection.

Permaculture observes the patterns of nature and society while valuing the importance of diversity for ecosystem strength. This inspired Cityplot to employ a series of biophilic patterns based upon waves, spirals, cells, branches, and nests, informing branching architectural layouts, wave-shaped balconies, and honeycomb ceilings. Rhythm and variation continue with diverse garden typologies and planting systems; a healing garden, a vegetable and fruit patch, a children’s garden, and a ‘kinder garden’ facilitate outdoor lessons, while in balance, other plots prioritize nature, encouraging observation only.

“The three-level infinity loop-shaped building presents architecture and landscape as continuous and functions overlap to serve mutually beneficial environmental and social purposes.”

CREATING A HOLISTIC ORGANISM

In partnership with Transsolar, LAVA established a CO₂ negative energy concept, where a comprehensive study ensured the embodied emissions associated with construction were canceled out by the use of low-carbon materials such as timber and glue laminated timber, resulting in the building’s materialization as a ‘carbon store.’ “Employing digital design, we enlarged the dimensions of the building whilst decreasing the overall material usage, including reducing the concrete and cement required for the basement and cores,” adds Wallisser. In terms of its operation, the building supplies its entire energy demand, reduced to a minimum with the lowest technical effort, through a combination of photovoltaics, a groundwater heat pump system supported by waste heat, battery storage, and passive design, including insulation and shading.

“By embedding environmental education into the design, we seek to influence a more sustainable culture for the community beyond the building.”

The intelligence of ecosystems guides the design of the building—as Frank Lloyd Wright once said, “Study nature, love nature, stay close to nature. It will never fail you.” From its daily life to the broader impact its creation has on the economy and the community, nothing about this architecture, neither natural nor man-made, could be viewed in isolation, demonstrating the intrinsic, networked relationship between humans and the environment. This approach shifts architecture to ‘whole system’ thinking, where even education is embedded at every opportunity to contribute to a brighter future: “To reach a truly balanced system, an ecological approach cannot be sustained unless a culture is created simultaneously. Educational institutions play an important role in helping us understand how to be accountable for our actions and recognize the interconnectedness with all living things,” concludes Wallisser.

Our book What If (2022, Birkhäuser) features this project.