Facade & Architectural Engineering | BrickBolt

Facade & Architectural Engineering

The Challenge

Building facades must balance competing demands:

• Aesthetic Intent – architects envision distinctive, market-differentiating designs
• Structural Performance – wind loads, seismic forces, and thermal stresses
• Constructability – achieving vision within fabrication and erection constraints
• Durability – weather tightness, thermal performance, material longevity
• Cost Control – managing complex, often custom, systems within budget
• Building Integration – coordinating facade with structural frame, MEP systems

Untethered facade design risks cost overruns, construction delays, and field modifications. Integrated structural-architectural engineering ensures vision, performance, and buildability align.

Our Solution

BrickBolt provides integrated facade and architectural steel engineering that enables design intent while ensuring structural integrity and constructability. We deliver:

• Cladding Support Design – secondary framing optimized for architectural aesthetic
• Connection Engineering – architectural elements coordinated with building frame
• Wind Load Assessment – aerodynamic analysis and load definition
• Thermal & Movement – expansion accommodation and compartmentation design
• Durability Strategy – material selection and detailing for climate resilience
• Constructability Coordination – phasing, sequencing, and logistics optimization

Detailed Capabilities

Cladding & Secondary Framing

Material Options:

• Metal panel systems (aluminum, steel, composite)
• Natural stone and masonry cladding
• Brick, tile, and ceramic systems
• Unitized curtain walls
• Timber or hybrid material facades

Structural Design:

• Secondary steel framing optimization
• Connection design for lateral loads
• Support bracket and anchor point design
• Gravity load paths and tributary areas
• Wind pressure distributions and suction zones

Integration Strategy:

• Coordination with primary structural grid
• Accommodation of structural movement
• Interface design with windows and joints
• Flashing and water management integration

Architectural Steel Elements

Feature Structures:

• Atrium and void framing
• Canopies, overhangs, and parasols
• Balconies, terraces, and platforms
• Stairs, ramps, and sculptural elements
• Signage and lighting support structures

Connection Design:

• Custom moment connections for architectural continuity
• Minimalist and concealed connection strategies
• Accommodation of large deflections or movements
• Integration with building skin and waterproofing

Wind & Aerodynamic Analysis

Wind Load Determination:

• Wind tunnel studies for complex geometries
• Pressure coefficient analysis for facade surfaces
• Peak gust and dynamic response considerations
• Direction-dependent load cases

Fatigue & Vibration:

• Wind-induced vibration assessment
• Component fatigue life evaluation
• Damping strategies for tall or slender elements

Thermal & Movement Management

Thermal Performance:

• Thermal breaks in metal framing
• Insulation integration and air sealing
• Condensation risk mitigation
• Building thermal mass integration

Movement Accommodation:

• Differential expansion between cladding and frame
• Seismic drift and structural sway
• Creep and long-term deflection
• Joint design and movement allowances

Industries & Building Types

• Office & Corporate – high-rise and commercial headquarters
• Hospitality – hotels, resorts, and landmarks
• Retail – flagship stores and mixed-use developments
• Residential – apartments and luxury developments
• Cultural – museums, galleries, and performance venues
• Data Centers – specialized facade thermal and acoustic performance
• Industrial – manufacturing and warehouse aesthetic cladding

Software & Analysis Tools

• Wind Tunnel Testing: Physical and CFD modeling
• FEA: Thermal bridging analysis, stress analysis
• CAD Detailing: Tekla, Revit, AutoCAD for facade coordination
• Cost Modeling: Material quantities and pricing
• Visualization: 3D renderings for constructability review

Project Workflow

1. Architectural Vision – Understand aesthetic intent and performance goals
2. Feasibility Study – Material options, wind load implications, cost ranges
3. Design Development – Detailed framing, connections, and specifications
4. Coordination – Integration with structural frame and MEP systems
5. Fabrication Support – Shop drawing development and constructability review
6. Installation Guidance – Field support and quality assurance

Why Choose BrickBolt

• Architect-Friendly – We enable vision while ensuring performance
• Buildable Designs – Fabrication and erection expertise embedded
• Integrated Approach – Structural-architectural-MEP coordination
• Cost Awareness – Aesthetic optimization without budget surprises
• Fast Delivery – Experienced team with established workflows

Ready to Engineer Your Architectural Vision?

Whether designing a signature facade, optimizing acoustic or thermal performance, or solving complex building skin challenges, we bring structural rigor to architectural aspiration.

Request a consultation:

• Email: support@brickboltengineers.com
• Phone: +353 89 9819675
• What we need: Architectural vision, material preferences, wind location, budget targets