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The structural engineering industry is experiencing steady growth, driven by ongoing commercial and residential construction, infrastructure development, and renovation projects. Increased emphasis on resilience, sustainable design, and smart building technologies, along with stringent building codes, continues to shape demand. Digitalization, particularly BIM, is enhancing efficiency and accuracy, while a focus on urban development and property investment maintains a healthy market.
Total Assets Under Management (AUM)
Construction Spending in United States
~Approximately $2 trillion (forecast for 2024)
(4.6% CAGR)
- Residential spending growth
- Non-residential spending growth
- Public construction spending growth
50 billion USD
Digital Twins create virtual replicas of physical assets, allowing for real-time monitoring, predictive maintenance, and simulation of structural behaviors throughout a building's lifecycle.
Generative Design uses AI algorithms to rapidly explore and optimize thousands of design options based on specified parameters like material efficiency, structural integrity, and cost, significantly speeding up the design process.
AI-Powered Predictive Analytics leverage machine learning to analyze vast datasets from sensors, inspections, and historical performance to foresee structural issues, optimize maintenance schedules, and enhance safety.
This bipartisan infrastructure bill, signed into law in November 2021, allocates significant federal funding for infrastructure projects across the United States, including roads, bridges, public transit, and broadband.
The IIJA will stimulate substantial demand for structural engineering services for new construction and rehabilitation projects, directly benefiting Sabio Engineering's commercial and public sector clients.
Many states, including New York, Massachusetts, and California, are continually updating their building codes to mandate higher energy efficiency standards for new construction and major renovations, impacting structural design for insulation and system integration.
These updates necessitate structural engineers to integrate energy-efficient design principles and potentially new materials, affecting design processes and requiring expertise in sustainable structural solutions.
Building codes, particularly the International Building Code (IBC) which many US states adopt or adapt, are placing increased emphasis on structural resilience against natural disasters, including updated seismic design requirements in zones prone to earthquakes.
This trend requires structural engineers to incorporate more robust and resilient design methodologies, potentially increasing design complexity and requiring advanced analysis capabilities for structures in relevant regions.
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