EEWS begins its Design Assist phase by mapping out the panel layout for the project. We segregate each facade into optimally sized panels based on architectural design criteria, aesthetic expectations, crane capacity, structural loading requirements, material transitions, and shipping logistics.
EEWS’s systems are custom built to the needs and goals of each project, so next we identify and develop typical details. This critical step is rooted in collaboration and allows for our experienced designers and the project team to select the optimal system components needed to fit the structural, aesthetic and budgetary constraints of the project, and agree on how the critical design conditions will be handled. This attention to detail enables us to produce high quality shop drawings, installation guides, and CNC outputs directly from our BIM environment.
To meet energy efficiency goals, EEWS evaluates the thermal performance of its systems using advanced simulation tools to assess insulation continuity, R-values, U-factors, monitor LEED goals, and identify thermal bridging risks across joints, fasteners, and support structures.
Throughout the Design Assist phase, our skilled design team builds various prototypes. This hands-on approach allows our team to work through potential manufacturing issues, select optimal components, and develop a system that is highly efficient and can be manufactured with high efficiency.
Before full-scale production, we build and test full-scale mockups of our system and panels to verify performance. These controlled tests evaluate air, water penetration, thermal performance, and structural resilience, ensuring both exterior wall panel prefabrication and system fabrication meet or exceed project goals and standards. This allows our team to identify potential improvements before manufacturing begins and guarantees quality assurance. This step is especially critical for ensuring compatibility between the wall system and elements like windows, louvers, and sunshades. These integrations are engineered in-house by our experienced design team and tested for reliability so that we can deliver an integrated facade solution where glazing, wall, and accents perform as a unified, high-performance system – not as separate components.
EEWS begins by modeling the building geometry in Revit, which forms the digital backbone of our design development and sets the stage for accurately planning the integration of the exterior wall system. We capture building dimensions, slab edges, façade offsets, structural grids, identify structural clashes, and design nuances with a high degree of accuracy. This virtual model facilitates collaboration with the team by eliminating data silos and consolidating building information into one easy-to-view tool.
Building on the structural analysis done during the Design Assist phase, EEWS uses advanced modeling tools to simulate loading conditions including wind, seismic, dead loads, deflection, stress distribution, anchorage performance, and building movement. The framing of each panel and its’ connections to the building structure are particularly selected based on its conditions, ensuring that every EEWS panel is structurally robust, code compliant, and will perform safely and durably over the life of the building.
Collaboration does not end with Design Assist. EEWS coordinates with trades throughout the project, allowing us to seamlessly integrate openings and other necessary components into our prefabricated systems. This allows us to facilitate smoother on-site installation, minimize field adjustments, and maintain a superior level of quality control.
EEWS’s attention to detail extends beyond the shop floor; our panel installation sequences are designed to maximize logistical and production efficiency. Our panels are delivered as needed in sequence, ready for immediate install- controlling the flow of materials and minimizing site congestion and its associated hazards. Precisely scheduled out, it also allows our team to effectively monitor progress and maintain project timelines.
Structural analysis provides validation for each component of EEWS’s systems. We use advanced modeling tools to simulate loading conditions — including wind, seismic, dead loads, deflection, stress distribution, anchorage performance, and building movement — to ensure every EEWS panel is structurally robust, code compliant, will perform safely and durably over the life of the building.
To meet energy efficiency goals, EEWS evaluates the thermal performance of its systems using advanced simulation tools to assess insulation continuity, R-values, U-factors, monitor LEED goals, and identify thermal bridging risks across joints, fasteners, and support structures.
EEWS begins by modeling the building geometry in Revit, which forms the digital backbone of our Design Assist services and sets the stage for accurately planning the integration of the exterior wall system. We capture building dimensions, slab edges, façade offsets, structural grids, identify structural clashes, and design nuances with a high degree of accuracy. This virtual model facilitates collaboration with the team by eliminating data silos and consolidating building information into one easy to view tool.
To meet energy efficiency goals, we evaluate the thermal performance of all Exterior Wall Systems using advanced simulation tools. We assess insulation continuity, R-values, U-factors, and identify thermal bridging risks across joints, fasteners, and support structures.
Our team provides recommendations for insulation types, placement strategies, and integration of air/vapor barriers within the Exterior Wall Panels. This ensures continuous thermal protection, reduces energy loss, and supports LEED or local green building certifications. Thermal analysis is also vital for interior comfort, condensation control, and envelope longevity.
Detailing is where Design Assist comes full circle. Every component of the Exterior Wall Panels — from connections and gaskets to clips, sealants, and finishes — is modeled to fabrication-level detail. These precision models enable us to produce shop drawings, installation guides, and CNC outputs directly from our BIM environment.
We ensure all elements are coordinated with the building geometry and adjacent systems. Whether it’s a transition to roofing, slab edge detail, or louver frame, we model the interfaces carefully to support airtight, watertight, and structurally sound assemblies. This level of detail helps eliminate RFIs, reduces field labor, and ensures that Exterior Wall Systems are delivered and installed exactly as intended.
The process begins by modeling the full building geometry using BIM (Building Information Modeling). This 3D model forms the digital backbone of our Design Assist services and sets the stage for accurately planning the integration of Exterior Wall Panels. We capture building dimensions, slab edges, façade offsets, structural grids, and design nuances with a high degree of accuracy.
This virtual model also acts as a single source of truth, fostering collaboration and eliminating data silos. It allows us to coordinate effectively with the design and construction teams, ensuring the Exterior Wall Systems are tailored to the building’s structure, movement, and layout. Modeling early reduces misalignment, catches potential conflicts, and supports fast, accurate updates throughout the design phase.
Mapping the panel layout is one of the most critical tasks in the Design Assist workflow. We break down each facade into strategically sized Exterior Wall Panels based on crane capacity, structural requirements, material transitions, and shipping logistics. This layout ensures the panels are as complete as possible before arriving onsite — often incorporating cladding, waterproofing, insulation, and fenestration in a single assembly.
Every Exterior Wall System layout is tailored for optimal constructability while maintaining the architectural design. We identify efficient break lines, joint locations, and alignment strategies that minimize onsite labor and reduce the potential for errors. This early layout stage is also key to sequencing installations and coordinating interface points with adjacent trades.
Many Exterior Wall Panels feature integrated components like windows, vents, and louvers. We conduct a comprehensive analysis of these elements to ensure they are structurally supported, weathertight, and thermally efficient. During this process, we evaluate rough opening dimensions, attachment points, drainage paths, flashing details, and barrier continuity.
All components are coordinated with the base Exterior Wall Systems to guarantee compatibility. This includes checking for tolerance conflicts, anchoring integrity, and aesthetic alignment. Our goal is to eliminate the need for on-site modification, resulting in a prefabricated product that fits together seamlessly and performs flawlessly under real-world conditions.
Structural analysis provides engineering validation for each component of the Exterior Wall Systems. We use advanced modeling tools to simulate loading conditions — including wind, seismic, dead loads, and building movement — to ensure every Exterior Wall Panel is structurally robust and code-compliant.
This analysis also includes testing for deflection, stress distribution, anchorage performance, and overall system stability. Our engineers review connection points and develop reinforcement strategies where needed, helping eliminate field-level failures and delays. This step provides owners, architects, and general contractors with peace of mind that the Exterior Wall Panels will perform safely and durably across the life of the building.
To meet energy efficiency goals, we evaluate the thermal performance of all Exterior Wall Systems using advanced simulation tools. We assess insulation continuity, R-values, U-factors, and identify thermal bridging risks across joints, fasteners, and support structures.
Our team provides recommendations for insulation types, placement strategies, and integration of air/vapor barriers within the Exterior Wall Panels. This ensures continuous thermal protection, reduces energy loss, and supports LEED or local green building certifications. Thermal analysis is also vital for interior comfort, condensation control, and envelope longevity.
Detailing is where Design Assist comes full circle. Every component of the Exterior Wall Panels — from connections and gaskets to clips, sealants, and finishes — is modeled to fabrication-level detail. These precision models enable us to produce shop drawings, installation guides, and CNC outputs directly from our BIM environment.
We ensure all elements are coordinated with the building geometry and adjacent systems. Whether it’s a transition to roofing, slab edge detail, or louver frame, we model the interfaces carefully to support airtight, watertight, and structurally sound assemblies. This level of detail helps eliminate RFIs, reduces field labor, and ensures that Exterior Wall Systems are delivered and installed exactly as intended.
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Frequently asked questions asked by our clients regarding our fabrication services.
Design Assist is a collaborative project delivery method that integrates architects, engineers, and builders early in the design phase to optimize exterior wall systems. This approach ensures accurate modeling, efficient fabrication, and seamless installation, enhancing overall project efficiency.
BIM provides a detailed 3D model of the building’s geometry, facilitating precise planning and coordination of exterior wall panels. It helps identify potential conflicts early, ensuring that the panels align perfectly with the building’s structure.
Integrating components such as windows and louvers during the Design Assist phase ensures structural support, weather tightness, and thermal efficiency. This integration streamlines installation and enhances the performance of the exterior wall system.
Early mapping of panel layouts considers factors like crane capacity, structural requirements, and shipping logistics. This strategic planning ensures that panels arrive on-site ready for installation, reducing labor and potential errors.
EEWS Design Assist approach offers a unified team from design through installation, ensuring efficiency, accuracy, and timely delivery of exterior wall systems. Their in-house Revit-certified designers and collaborative process lead to enhanced performance and long-term success.
Our collaborative process unites one experienced team from design through installation. In-house Revit-certified designers ensure every detail is carefully planned and executed. Early alignment on goals and continuous design and budget feedback keep projects on track. This streamlined approach eliminates inefficiencies and delivers reliable, high-quality results.
Our panelized enclosure system reduces on-site labor and shortens the project timeline, cutting labor costs. Pre-engineered and assembled off-site, it eliminates material storage, site congestion, and waste. Fewer trades are needed on-site, creating a cleaner, safer work environment. This streamlined process also lowers the risk of accidents and boosts site efficiency.
Our panelized systems provide superior thermal, moisture, and air performance through a continuous, high-quality enclosure. Assembled in a controlled facility, components like AVB, windows, and louvers are installed with precision. A single expert team handles multiple trades, reducing gaps and delays. This process also simplifies inspections and ensures consistent quality.
Prefabricated panel systems greatly speed up the building enclosure process. Off-site fabrication in a controlled environment allows for faster dry-in and earlier interior work. This reduces weather delays and shortens the overall schedule. It’s an ideal solution for projects with tight timelines or phased occupancy.
Our system features fully coordinated, engineered interfaces for seamless integration of all enclosure components. Key details are resolved during design and fabrication, avoiding on-site conflicts. This approach minimizes field adjustments and ensures consistent quality. The result is a unified, high-performing building envelope from day one.
Prefabricated enclosure systems streamline logistics by reducing the volume of material delivered to and stored on-site. With just-in-time delivery and panels arriving in sequence, site congestion, waste, and handling are minimized. This controlled flow of materials supports cleaner, safer job sites and simplifies coordination among trades. The result is a more efficient, organized construction process that aligns with modern lean building practices.
When design allows, increasing opaque wall areas with prefabricated systems can greatly improve thermal performance. Fewer unitized joints enhance energy efficiency and air-tightness. These systems also offer broad cladding flexibility, giving architects more design freedom. In this case, the prefabricated enclosure is over four times more energy efficient than a traditional glass curtain wall.
From cladding, to integration, and components.
