Design Process

A good design starts with a clear and well thought-out brief. Understanding your vision and how you want the design to enhance your life is essential, which is why time is taken to truly get to know your project aspirations before any work begins.

• Motivations: What you want your project to enable.
• Lifestyle: The way you like to live.
• Building Requirements: Considerations like family size, entertaining needs, and functionality.
• Specifics: Unique interests, hobbies, and spatial requirements that matter to you.

By understanding these key elements, the design can truly reflect your vision and serve your needs in the most meaningful way.

Every site presents its own unique opportunities and challenges. A successful design responds accurately to these factors, which is why I place great emphasis on a really thorough site analysis. This ensures a full understanding of the site’s potential and limitations, allowing the design to maximise its advantages while addressing any constraints.

Key considerations in the site analysis include:

• Climate: Temperature, humidity, and seasonal variations to optimise comfort and energy use.
• Views: Key vistas and sightlines to enhance connection with the environment.
• Prevailing Wind: Wind patterns to inform ventilation and outdoor spaces.
• Sun Exposure: Daylight and shade to optimise energy efficiency and comfort.
• Topography: Slopes and contours to inform layout and accessibility.
• Privacy: Screening and spatial planning to ensure privacy and minimise overlooking.
• Access & Circulation: Pathways and entry points for smooth movement through the site.
• Ecosystems: Existing flora, fauna and natural features to preserve or integrate.

By carefully analysing these factors, the design can be fully aligned with the site’s distinctive characteristics and surroundings.

We work closely with our clients throughout the entire design process.

• Initial Conversations: Understanding your goals, lifestyle, priorities, and the unique qualities of your project.
• Brief Development: Translating ideas and aspirations into a clear, considered design brief.
• Concept Exploration: Testing and discussing design directions together to find the right response.
• Ongoing Feedback: Refining the design through open dialogue and shared decision-making.
• Clear Communication: Providing clarity at each stage so you feel informed and confident throughout.
• Shared Decision-Making: Guiding key choices around layout, materials, and performance.
• Expectation Management: Helping align scope, budget, and outcomes to avoid surprises.

This collaborative approach ensures each home is personal, carefully considered, and aligned with both your aspirations and the realities of the site.

Harnessing the site's specific natural forces & resources - like sun, wind, and thermal mass - to prioritise the creation of healthy, comfortable spaces while also reducing energy consumption.

• Site Layout: Selecting orientation and location on site to maximise comfort while making the most of views, access, and other site opportunities.
• Solar Gain: Maximising the sun’s energy for heating.
• Shading Design: Preventing overheating through strategic shading.
• Thermal Mass: Using dense materials carefully to stabilise temperatures.
• Natural Ventilation: Promoting airflow for cooling and air quality.
• Renewable Electricity: Integrating solar, wind, and micro-hydro power where possible.
• Natural Light: Optimising daylight and reducing the need for artificial lighting.
• Off-Grid Services: Incorporating systems that enable self-sufficiency & closed cycles.
• Mechanical Additions: When the site's natural resources doesn’t fully meet energy needs, mechanical systems like heat-exchange ventilation and energy-efficient heating/cooling are incorporated.

This approach ensures each project is optimised for long-term comfort and sustainability, with minimal environmental impact.

Expertise in natural materials ensures homes perform as they should - used incorrectly, they can cause serious issues, but applied correctly, they enhance comfort, sustainability, efficiency, and aesthetics.

• Rammed Earth: Compresses raw earth into solid walls with natural texture and excellent thermal mass. Fire-resistant, durable, and low-energy when sourced locally; requires precise detailing for moisture and temperature control.
• Timber: A wide range of New Zealand timbers offers durability, character, and beauty. Suitable for structure, cladding, or finishes; sustainably sourced options available.
• Straw: Straw bales or panels provide high insulation, breathable walls, and a soft, earthy character. Rapidly renewable and low-carbon, but requires careful moisture management.
• Wool: NZ-grown wool insulation is breathable, fire-resistant, and non-toxic. Absorbs and releases moisture naturally, ideal for damp climates, and compostable at end of life.
• Stone: Local stone brings permanence and a connection to place. Durable, fireproof, and excellent thermal mass; best used locally due to transport energy.

Each design is inspired by the site’s unique natural features to complement the land it rests on, and to create seamless connections with the surrounding nature.

• Topography: Drawing from the landscape’s forms to shape the architecture.
• Materiality: Using local natural materials so the building appears to grow from the land - I have plenty of knowledge in designing with rammed earth, straw, wool, lime, native timber and stone.
• Ecology: Observing nearby ecosystems to inspire colour palettes and sensory experience.

By harmonising architecture with the land, I strive to create spaces that feel rooted in place and part of the local natural character.

Through thoughtful design, a building can greatly reduce its impact while ensuring comfort, function, and aesthetics. This is addressed in three ways.

1. Embodied Impact: Minimising the upfront environmental cost of the construction through the careful consideration of material types/sources, durability/lifespan, construction waste, and even beauty (beautiful buildings are preserved, rather than demolished).
2. Lifetime Impact: Designing for operational efficiency to reduce building's on-going impact & resource use.
3. Ecosystem Impact: Minimising the direct impact on the site's ecosystem by considering earthworks, construction phase site disturbance, surface water paths, shading, toxicity, and ecological balance.