Our services
Sustainability Masterplanning
Our multidisciplinary team combines low-carbon energy strategies with comprehensive sustainability frameworks for regenerative development. A cost-effective, integrated approach aligns with your ambitions, timelines, and budgets, enhancing planning and investment frameworks while offering strategic advice and innovative technical solutions.
Tailored & Innovative Approach
We understand each site’s constraints, opportunities, and aspirations – delivering bespoke, creative solutions to complex design challenges from individual buildings and assets to major masterplans.
Future Proofing
As an experienced senior team, we deliver solutions that can adapt to the future needs of our stakeholders, anticipating changing climate conditions, evolving energy systems, and community requirements.
Supporting Planning Applications
We support your application through to approval, with the wider Expedition team helping to create an evidence base that gains pre-planning stakeholder and investment support.
Specialisms
Low carbon energy strategies
- Energy-positive development strategies
- Renewable energy landscape integration
- Smart grid and storage integration
- Shared ownership models
Flood risk assessment & management
- Developing defence designs, considering, and anticipating challenges
- Integrating flood defences with landscape proposals
- Blue-green infrastructure solutions
Sustainable drainage strategies
- Strategies that integrate with landscape and placemaking
- Biodiversity integration
Sustainable & regenerative strategies
- Developing sustainability frameworks to support masterplans
- Community facilities design
- Community Needs Assessments
- Stakeholder Engagement Strategies
Circular economy & operational waste strategies
- Developing Circular Economy Policies and Strategies
- Circular Economy Statements for planning
- Local material sourcing strategies
- Shared Asset and Facility Strategies
Microclimate & 3D parametric modelling
- Supporting spatial masterplan development and 3D massing
- Assessing performance against environmental and wellbeing criteria