Regenerative
& Resilient Design
image of Studio Cobe's Vision

The construction industry accounts for 40% of Global Carbon Emissions. We are committed to reducing our impact by delivering buildings that have regenerative, resilient and sustainable outcomes.

We believe in designing functional, friendly and beautiful spaces that have a lighter impact on the earth and contribute to vibrant, healthy communities.

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OUR PRINCIPLES FOR REGENERATIVE DESIGN

1. Energy Efficiency

Identify realistic steps that can be taken to improve your project’s carbon footprint. We aim to achieve Carbon Neutral status for all our projects, with our aspirations set to creating a pathway to Energy Positive architecture (buildings that create more energy than they consume).

Key Considerations:

- Energy consumption throughout the construction process

- Installing highly efficient, all-electric appliances

- Generating and storing energy on site through solar systems and battery storage

- Detailing for air-tightness to reduce the need for mechanical heating and cooling

2. Water Efficiency

Explore opportunities to create Water Positive architecture (buildings that create more usable water than they consume).

Key considerations:

- Water collection systems: sourcing fresh water directly from the environment

- Grey water treatment systems: using treated waste water to flush toilets and water gardens.

- Reducing dependency on town water through on site water capture and storage.

- Installing water saving fixtures and fittings to reduce overall consumption.

3. Reduce, Reuse & Recycle

Plan ahead to avoid the creation of unnecessary construction waste.

Key Considerations:

- Choosing to repair instead of replace

- Repurpose products and materials through reuse or resale.

- Provide for easy on-site waste sorting during construction and occupancy.

- Preference materials which are locally sourced and are easily recycled.

4. Passive Solar Design

Design buildings that self-regulate temperature with little to no mechanical intervention.

Key Considerations:

- Orienting spaces for optimal solar control: shaded in summer, sunny in winter

- Selecting materials that provide effective insulation suited to the climate zone

- Allowing air movement for passive cooling in summer: strategic placement of operable windows can release hot air and draw in cool air.

5. Connection to Landscape

Prioritise connection to the natural environment to regulate our internal rhythms.

Key Considerations:

- Planting native gardens that support local wildlife and biodiversity

- Planning internal spaces around privacy and key views both inwards and outwards

- Connecting occupants to daylight and landscape appropriate to the changing seasons: summer shading and winter sunshine

6. Design for Disassembly

Consider construction techniques which allow non-destructive disassembly. This ensures that materials can be reused and/or recycled with minimal waste at the end of their life.

Key Considerations:

- Avoid glued applications: join materials using methods which allow disassembly such as screws, nails and dowels.

- Modular elements: designing with standardised measurements to allow for future repair or replacement of parts of the whole.

- Create opportunities to easily adapt floorplans to suit changes in lifestyle.

LIVING BUILDINGS

Living buildings are regenerative in nature; they produce more resources than they consume and elevate the health and wellbeing of their occupants.

Living buildings connect people to sunlight, clean air, natural beauty, renewable resources, and contribute to vibrant communities.

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Net Positive design

- Net Zero carbon emissions

- Energy consumption

- Orientate the building effectively - location considerations (temperature, climate, wind, orientation)

- Select thermally appropriate materials to assist in creating passive heating & cooling solutions

- Consider design details appropriate to air tightness where relevant

- Consider natural ventilation systems

- Integrate solar panels, solar material & battery where appropriate

- Solar hot water

- Specify low energy appliances

- Connect house to providers of 100% green energy

Thermal Comfort

- Thermally appropriate material choices – create house that passively heat & cool themselves

- Appropriate materials can retain heat during cooler months & reduce heat during warmer months

- Materials chosen appropriately for the building location & climate

- Design & detail the materials into the building appropriately, creating air tightness where required, and ventilation where required