Structural steel framing
Modeling and detailing steel members and connections within the residential structure.
LOCATIONMountain Village, Colorado, USA
CLIENT / FABRICATORWestern Slope Iron & Supply
STRUCTURAL & MISCELLANEOUS STEEL285 tons detailed by Anatomic
Project overview
Steel detailing for a hybrid mountain residential development.
Highline Residences is a condominium development in Mountain Village, Colorado, and the community’s first new condominium project in more than a decade.
Working with Western Slope Iron & Supply, Anatomic provided structural steel and miscellaneous metals detailing for a building combining steel framing, extensive timber construction, and complex architectural roof forms.
The project required close coordination with the engineer and Shaw Construction as concrete work progressed on site, while roof framing and stair details continued to develop.
285
Tons detailed
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Project team and technical details
- Project
- Highline Residences
- Location
- Mountain Village, Colorado, USA
- Client / Fabricator
- Western Slope Iron & Supply
- Structural Engineer
- POD
- General Contractor
- Shaw Construction
- Detailing Year
- 2024
- Detailing Software
- Tekla Structures
- Scope
- Structural steel and miscellaneous metals detailing
DETAILING SCOPE
Structural steel and miscellaneous metals across a hybrid structure.
The detailing package covered steel components integrated with timber framing, complex roof areas, and stair systems.
Steel-to-timber coordination
Resolving interfaces between structural steel, wood framing, and miscellaneous metals.
Complex roof geometry
Detailing framing across multiple roof slopes, elevations, and changing connection conditions.
Stair steel and miscellaneous metals
Developing stair details through RFIs, engineering reviews, and successive revisions.
TECHNICAL COMPLEXITY
Coordination and detailing challenges.
Steel releases during concrete pours
Concrete construction was already underway during the early detailing phase. Critical steel information had to be issued quickly to support work progressing on site.
Hybrid steel and timber construction
Extensive timber framing required coordination of steel members, connections, elevations, and miscellaneous metal components across different structural systems.
Changing roof planes and elevations
Multiple roof slopes and elevation changes created complex framing intersections and steel-to-timber interfaces that required careful three-dimensional coordination.
Repeated stair engineering revisions
Stair framing generated numerous RFIs and several rounds of engineering review and recalculation. The detailing model was updated as these conditions were resolved with the engineer and contractor.
Project animation
Explore the project in motion.
PROJECT OUTCOME
Keeping detailing aligned with active construction.
Highline Residences required the detailing team to respond to an accelerated construction schedule while coordinating steel, timber, complex roof framing, and evolving stair details.
Close communication with the fabricator, engineer, and contractor supported timely steel releases and resolution of technical issues as the project progressed.