Frequently Asked Questions


What does SEAD do?

Steamboat Engineering And Design, Inc. (SEAD) analyzes, designs, and details the structural systems of buildings.  The structural systems include the members that support the roof, floor, and wall framing as well as the foundation that supports the entire building.  SEAD evaluates the capacity of the members so that they can properly support the snow, live and dead loads imposed on the building, as well as the lateral loads from wind and/or seismic.  SEAD designs structures for optimal performance while also being mindful to not "over-engineer" structures or create excessive costs and materials. 


Why choose SEAD?

SEAD has decades of experience engineering buildings in Steamboat and the surrounding areas and specifically designs for local soils, design loads, climate, and appropriate construction methods.   SEAD exerts extra effort during the design phase to detail the construction documents, saving time and money for contractors and clients during construction.   SEAD is committed to detailed drawings.  We consistently receive feedback from contractors that our attention to detail in the design process allows owners exceptional cost savings during construction.  We aim to work as a collaborative and constructive team with clients, architects, builders, and other trades on every project. With a team approach, our goal is to produce the best result for all parties involved.

How long does the design take?

The timing depends on many factors including SEAD's scheduled queue of projects, the scope of work for the project, and how often design changes are requested during the design process.  SEAD prefers to be realistic with our estimated schedule to provide a more reliable outcome.  Contact us to discuss the approximate timing for your specific project.  

How much will it cost?

SEAD estimates our fees based on the anticipated scope of work of the project and the anticipated work involved to complete the project.  Contact SEAD for a personalized estimate for your project.