Design and aesthetics
Collaborating with architects to develop facade concepts, producing detailed drawings and models, and selecting materials for durability and appearance.
Structural analysis
Modelling how the facade will perform under wind, seismic, and thermal loads, ensuring it remains safe and stable throughout its life.
Thermal and weather performance
Addressing insulation, ventilation, and waterproofing, and integrating glazing or shading systems to manage heat loss and solar gain.
Regulatory compliance
Ensuring designs meet fire safety, building regulation, and environmental standards, and reviewing plans to confirm compliance throughout delivery.
Project coordination
Working closely with architects, structural engineers, and contractors to integrate the facade design with the wider building, managing costs and specification.
Quality assurance
Overseeing fabrication and installation, carrying out site inspections and testing to confirm the completed facade meets the design specification.
Complex or high-performance facades
New buildings with ambitious glazing, cladding, or curtain wall systems benefit from dedicated facade engineering input alongside the architect.
Refurbishment or recladding
Recladding or refurbishing an existing envelope often involves complex interfaces with the existing structure that a specialist can resolve.
Leaks, condensation, or energy loss
Where an existing facade is underperforming, a facade engineer can diagnose the cause and design an effective remedy.
Multi-storey buildings
Taller buildings face greater wind loads and access challenges, making specialist facade input increasingly important as height and complexity rise.
Exposed or coastal sites
Buildings facing high winds, salt spray, or driving rain need a facade designed specifically for that exposure, not a generic specification.
Energy efficiency targets
Where thermal performance matters to a project's overall energy strategy, a facade engineer can optimise glazing ratios, shading, and insulation.
Concept review
Reviewing the architect's design intent and identifying the performance requirements the facade will need to meet — structural, thermal, acoustic, and visual.
System and material selection
Evaluating facade systems and materials against performance, cost, and buildability, narrowing down to a preferred approach.
Detailed design and modelling
Producing detailed drawings and running structural and thermal models to confirm the facade will perform as intended under real conditions.
Specification and procurement
Preparing technical specifications for tender, and supporting the evaluation of specialist facade contractors and fabricators.
Fabrication and installation oversight
Reviewing shop drawings, inspecting fabrication, and checking installation on site to confirm the completed facade matches the design and specification.
Note: site inspection frequency during installation is often a separate fee — confirm this when agreeing scope.Degree in engineering, architecture, or a related field
Membership of the Society of Facade Engineering (SFE)
Chartered status with a relevant body (e.g. IStructE, ICE, CIBSE)
Knowledge of building physics and materials science
Experience with structural and thermal modelling software
A portfolio of comparable facade projects
Continuing Professional Development (CPD) obligation
Professional indemnity insurance
Practising in the Channel Islands
Local considerations
The Channel Islands' coastal climate presents particular challenges for facades — salt corrosion, high winds, and driving rain demand careful material selection and detailing that a facade engineer experienced in island conditions will anticipate. Granite and traditional construction methods common on the islands also bring specific interface challenges when integrating modern facade systems.
Exposed coastal sites in particular benefit from a facade strategy designed for the specific wind and weather conditions of the location, rather than a generic mainland specification.