Review of relevant renewable energy technologies; Home Energy efficiency; Passive solar design: solar gain, shading; Photovoltaic panels; Solar hot water heating systems; Ground source heat pumps; Micro wind technologies; Micro CHP technologies; Sun path diagrams and degree day calculations; Estimation of heating, ventilation, lighting and power requirements; Audit of existing plant and determination of special service needs; Working patterns and typical working environment; Establishment of client acceptance criteria; Materials and techniques to construct a light industrial unit; Passive solar design principles in practice; High thermal mass domestic dwellings; Heat recovery systems; Air reticulation systems; Domestic insulation materials and methods; Architectural Design Guidelines; Lighting: Natural, Artificial; Ventilation: Natural, Artificial; Building envelope; Thermal comfort; Water: fixtures, collection, sewerage; Measuring Sustainability; BREEAM & Eco homes; ISBEM; NCM; Computer codes for accessing building performance; Sustainable Building Materials; Rammed earth structures; Cob structures; Clay and stone buildings; Lime, straw, timber; Recycled materials; Sustainable Construction Techniques; Lightweight timber; Heavyweight; Eco-minimalist; Emerging Hybrids; Zero (fossil) Energy Developments; The ZED Wheel; The 21 Steps; Project image; Private amenities; Renewable energy technologies; Housing densities; Carbon balance; Building physics.