777 East 17th Ave – Denver, CO

777 East 17th Ave – Denver, CO | Landmark Project

The 777 East 17th Ave – Denver, CO project represents a significant urban development in Denver’s Uptown area and demonstrates the importance of coordinated structural engineering, structural steel detailing, BIM modeling, fabrication documentation, and construction planning. The property at 777 E. 17th Ave is currently associated with the Kenyon residential community, while project records describe the development as a multi-residential project at this address. Public project information identifies the development as a five-story, multi-unit residential building.

Located in the Capitol Hill/Uptown area of Denver, the project reflects the evolution of an urban site where new residential development must respond to architectural, structural, transportation, neighborhood, and construction considerations. The address also has a notable history: the former building at 777 E. 17th Ave dated to 1910, and the site became part of a proposed five-story residential redevelopment.

From a structural steel detailing perspective, 777 East 17th Ave – Denver, CO demonstrates how accurate digital modeling and construction documentation can support the development of a modern urban residential facility.

Urban Residential Development in Denver

Denver’s growing urban environment requires residential projects that make efficient use of available sites while providing comfortable, functional, and durable spaces for residents. The 777 East 17th Ave development reflects this type of urban construction, with the current Kenyon community offering studio, one-bedroom, and two-bedroom residences at the address.

Architectural and Structural Coordination

A modern multi-residential building requires close coordination between architectural layouts and the structural system. Floor plans, exterior walls, openings, circulation areas, vertical transportation, balconies, amenity spaces, building services, and other components must work together within the structural framework.

Efficient Structural Framing

The structural framing must provide the required strength and stability while allowing architects to develop practical residential floor plans. Efficient framing can help accommodate repetitive apartment layouts while supporting common areas and specialized spaces.

Supporting Urban Construction

On a constrained urban site, structural coordination becomes particularly important. Construction access, adjacent properties, existing infrastructure, material delivery, and installation sequencing can all influence how structural components are fabricated and erected.

Structural Engineering and Steel Detailing

The structural engineering and detailing process for a project such as 777 East 17th Ave begins with a careful review of engineering drawings, architectural documents, specifications, structural plans, and project requirements.

Structural Steel Detailing Workflow

Structural steel detailers translate engineering design information into detailed fabrication and erection documentation. Beams, columns, braces, plates, connections, supports, and other steel components must be accurately represented.

Accurate Structural Member Information

Each structural component requires appropriate dimensions, locations, material specifications, piece marks, and connection information. Consistent documentation helps fabricators understand exactly how individual components are intended to be manufactured.

Construction-Ready Documentation

Accurate detailing creates a practical connection between structural engineering and construction. Fabricators and contractors can use coordinated information to support manufacturing, delivery, assembly, and field installation.

3D Structural Modeling and BIM Coordination

A detailed 3D structural model provides an important digital representation of the building’s framing system. For a multi-story residential development, the model allows project teams to visualize structural components across multiple floors and review how different framing conditions interact.

Building Information Modeling

BIM-based structural modeling can incorporate beams, columns, braces, plates, connections, framing assemblies, and other structural components within a coordinated digital environment.

Improved Structural Visualization

Three-dimensional modeling allows engineers, architects, detailers, fabricators, and contractors to review the structural system before fabrication. Complex intersections and difficult framing conditions can be examined from multiple viewpoints.

Early Issue Identification

Digital coordination can help identify potential conflicts before they become fabrication or construction problems. Addressing issues during the modeling stage can reduce rework and field modifications.

Multi-Story Residential Structural Coordination

A multi-story residential building requires careful coordination between floor levels. Structural elements must remain vertically and horizontally coordinated as the building rises from the foundation through the upper floors and roof.

Floor-to-Floor Framing Coordination

Beams, columns, braces, openings, shafts, stairs, and other structural elements must align correctly between levels.

Vertical Structural Continuity

Accurate modeling helps maintain continuity between structural members across multiple floors and provides a clear reference for fabrication and erection teams.

Coordinating Repetitive Residential Framing

Residential buildings often include repeated floor layouts. Consistent detailing of similar framing conditions can improve fabrication efficiency while reducing the potential for discrepancies.

Structural Steel Shop Drawings

Structural steel shop drawings are essential for converting the approved structural design into fabrication-ready information.

Fabrication Documentation

Shop drawings can include:

• Beam dimensions
• Column dimensions
• Member sizes
• Material specifications
• Plate dimensions
• Bolt locations
• Weld requirements
• Hole locations
• Stiffener details
• Piece marks
• Assembly information

Accurate Steel Fabrication

Detailed shop drawings help fabricators manufacture steel components according to engineering requirements. Clear documentation also improves communication between the detailing team and fabrication facility.

Supporting Efficient Manufacturing

Accurate member information and coordinated connection details can help fabricators produce components efficiently and reduce the possibility of manufacturing errors.

Structural Steel Erection Drawings

After fabrication, structural steel must be installed according to the coordinated structural system. Erection drawings provide field teams with the information needed to locate and install individual members.

Field Installation Information

Erection documentation can identify:

• Grid references
• Member locations
• Elevations
• Piece marks
• Member orientations
• Framing layouts
• Connection references
• Installation information

Efficient Steel Erection

Clear erection drawings help field crews understand where each member belongs and how it relates to surrounding structural components.

Construction Sequencing

A coordinated structural model can support erection planning by providing a visual reference for member locations and framing relationships.

Connection Detailing for Residential Structures

Structural connections are an essential part of steel construction. For a multi-story residential development, connection details must be coordinated with floor framing, columns, braces, architectural openings, and other building components.

Detailed Steel Connections

Connection documentation may include:

• Beam-to-column connections
• Bolted connections
• Welded connections
• Base plates
• Gusset plates
• Stiffeners
• Connection plates
• Angles
• Bracing connections
• Support assemblies

Practical Connection Design

Accurate connection detailing helps ensure that structural components can be fabricated and assembled efficiently.

Coordinating Bolts and Welds

Careful coordination of bolts, welds, plates, stiffeners, and structural members reduces discrepancies between engineering documents and fabrication requirements.

Architectural and MEP Coordination

A residential development contains numerous systems that must work together within the available building envelope. Structural framing must coordinate with mechanical, electrical, plumbing, fire protection, architectural finishes, ceilings, doors, windows, and other systems.

Structural and Building Services Coordination

Mechanical and electrical systems may require dedicated spaces within ceilings, walls, corridors, utility rooms, and other areas. Structural components must be positioned to accommodate these requirements.

BIM Clash Detection

A coordinated 3D model can help identify potential conflicts between structural framing and building services before fabrication and installation.

Reducing Construction Rework

Early identification of clashes provides project teams with an opportunity to resolve problems before they result in costly field modifications or installation delays.

Urban Site and Construction Coordination

The 777 East 17th Ave – Denver, CO project is located in an established urban environment. Urban construction introduces additional coordination requirements related to site access, surrounding buildings, transportation, deliveries, and construction sequencing.

Site-Constrained Construction

Construction activities within an urban neighborhood require careful planning to maintain efficient material movement and safe installation practices.

Steel Delivery and Handling

Structural steel components must be fabricated, transported, delivered, and handled in a manner that supports the project’s construction sequence.

Efficient Erection Planning

Coordinated erection documentation can help construction teams plan member installation and reduce unnecessary handling or delays.

Quality Control in Structural Steel Detailing

Quality control is essential throughout the structural detailing process. Models and drawings must be reviewed carefully to ensure that structural information is accurate and consistent.

Structural Model Review

Quality-control procedures can include checking:

• Member dimensions
• Structural elevations
• Grid locations
• Framing relationships
• Connection information
• Material specifications
• Piece marks
• Bolt and weld details
• Model-to-drawing consistency

Accuracy Before Fabrication

Detailed checking helps identify potential discrepancies before steel reaches the fabrication stage.

Reliable Construction Information

Consistent quality control provides fabricators, contractors, and erectors with greater confidence in the structural documentation.

Constructability and Preconstruction Planning

Constructability is a major consideration for multi-story residential projects. Structural components must be detailed with fabrication, transportation, handling, lifting, and erection requirements in mind.

Practical Steel Detailing

Clear member identification, accurate dimensions, practical connections, and coordinated drawings can support a more efficient construction process.

Reducing Field Modifications

Resolving structural and coordination issues before fabrication can help reduce changes at the jobsite.

Supporting Efficient Project Delivery

Preconstruction modeling provides an opportunity to review structural conditions and improve coordination before physical construction progresses.

Modern Digital Construction Workflow

The 777 East 17th Ave project demonstrates the value of modern digital workflows in structural engineering and steel construction.

Benefits of BIM-Based Detailing

A coordinated BIM workflow can provide:

• 3D structural visualization
• Improved interdisciplinary coordination
• Clash detection
• Accurate fabrication information
• Erection planning
• Construction documentation
• Reduced rework
• Improved communication

Centralized Structural Information

A coordinated structural model provides project participants with a common reference for reviewing framing and connections.

Improving Communication

Digital coordination helps maintain consistent information between structural engineers, architects, detailers, fabricators, contractors, and erection teams.

Residential Functionality and Long-Term Performance

The current Kenyon community at 777 E. 17th Ave provides residential spaces designed around modern urban living, including studio, one-bedroom, and two-bedroom floor plans. The property also includes community-oriented amenities and work-oriented spaces such as conference rooms and independent work pods.

Functional Residential Spaces

Modern residential construction must balance efficient floor plans with comfort, durability, accessibility, and building performance.

Supporting Resident Needs

Structural framing provides the foundation for the architectural layouts and helps accommodate the building’s residential and shared-use requirements.

Durable Building Performance

Accurate structural detailing, fabrication, and erection contribute to the long-term performance of the building structure.

Landmark Significance of 777 East 17th Ave

The address has a distinctive place within Denver’s built environment. Historical records indicate that the previous structure at 777 E. 17th Ave dated to 1910. In 2020, the site was associated with a proposed five-story, 132-unit apartment development, and Denver city staff identified the former structure as potentially eligible for historic designation.

From Historic Site to Modern Residential Development

The evolution of the property illustrates how urban sites can transition from older commercial buildings to contemporary residential environments.

Preserving Context Through Development

New construction within established neighborhoods requires attention to architectural character, surrounding development, streetscape relationships, and community context.

Modernizing an Established Denver Location

The project represents the broader transformation of Denver’s urban residential landscape and the increasing importance of efficient multi-family housing development.

Rydberg Engineering Structural Steel Detailing Expertise

For Rydberg Engineering, the 777 East 17th Ave project represents the application of structural steel detailing, BIM coordination, 3D modeling, connection detailing, and construction documentation to a modern urban development.

Comprehensive Structural Detailing Services

A coordinated structural workflow can include:

• Structural steel detailing
• 3D structural modeling
• BIM coordination
• Shop drawing preparation
• Erection drawing preparation
• Connection detailing
• Fabrication documentation
• Construction coordination
• Quality control

Engineering-to-Fabrication Coordination

Connecting structural engineering requirements with fabrication-ready documentation helps create a more efficient transition from design to construction.

Precision-Driven Detailing

Accuracy at every stage helps ensure that structural components are properly coordinated, clearly documented, and ready for fabrication and installation.

Internal Resource – Structural Steel Detailing Services

For more information about structural steel detailing, BIM modeling, fabrication drawings, connection detailing, and construction documentation, explore Rydberg Engineering’s Structural Steel Detailing Services page.

External Resource – City and County of Denver

For additional information about Denver’s planning, development, building, and urban design resources, visit the official City and County of Denver website.

Conclusion – 777 East 17th Ave Denver Landmark Project

Ultimately, the 777 East 17th Ave – Denver, CO project demonstrates how structural engineering, structural steel detailing, BIM, 3D structural modeling, fabrication documentation, connection detailing, and construction coordination can contribute to the successful delivery of a modern urban residential development.

The project is particularly notable because of the evolution of the site from an older 1910 building to a modern multi-residential development. Public records identify the current property at the address as Kenyon, while project information documents the development as a multi-residential project.

From structural framing and BIM coordination to shop drawings, erection documentation, connection detailing, and quality control, every stage of the structural detailing process contributes to accurate and efficient construction.

The use of 3D structural modeling provides project teams with greater visibility into the building’s framing system and allows potential coordination issues to be addressed before fabrication. This is particularly valuable for multi-story residential construction, where repetitive floor layouts, vertical structural continuity, building services, and architectural requirements must remain coordinated throughout the project.

Accurate steel shop drawings and erection drawings also provide essential information for fabricators and field teams. By maintaining consistency between engineering documents, structural models, fabrication drawings, and erection documentation, project participants can work from reliable information throughout the construction process.

The project also demonstrates the importance of constructability within an urban environment. Efficient fabrication, transportation, material handling, and steel erection require careful planning when construction takes place within an established neighborhood.

For Rydberg Engineering, 777 East 17th Ave – Denver, CO represents the application of structural steel detailing, BIM services, 3D structural modeling, connection detailing, fabrication documentation, preconstruction coordination, and construction documentation to a landmark urban development.

Through precision-driven structural detailing and modern digital coordination, complex structural requirements can be transformed into practical information that supports fabrication, erection, and long-term building performance. The project demonstrates how technology, engineering expertise, and careful coordination can help deliver efficient and reliable structural solutions for modern residential construction in Denver.

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