Traffic Engineering & Safety
Traffic engineering and safety shape the movement of people, goods and equipment through communities, industrial sites and major commercial centers. From public roadway networks to heavy industrial campuses and high-capacity venues, effective traffic solutions balance mobility, safety, access and operational performance.
Why Traffic Engineering & Safety Matter
Transportation challenges today extend beyond congestion. Agencies and private owners must manage changing traffic volumes, evolving multimodal demands, heavy-haul movements, complex site access and heightened safety expectations — often within constrained rights-of-way and active environments.
The Burns & McDonnell Advantage
We help public agencies and private-sector clients plan, analyze and implement systems that improve safety while supporting efficient movement at every scale.
Our integrated approach to traffic engineering and safety connects planning, analysis, design and implementation into a cohesive strategy. Our traffic engineers work alongside planners, designers and construction teams from the outset, so operational goals, constructability, budget considerations and risk mitigation align at the outset of project development.
Our construction teams partner directly with traffic and safety teams to inform cost estimates, evaluate phasing strategies, assess work zone impacts and enhance constructability before projects move forward. This collaboration improves cost certainty, reduces schedule risk and supports safer, more efficient implementation.
By engaging at the outset, we help align safety goals with funding strategies, regulatory requirements and long-term transportation plans. Advanced modeling tools and data-driven analysis allow us to identify operational risks, capacity constraints and safety conflicts before they affect construction or long-term operations.
Planning, Studies & Safety Analysis
Strong safety outcomes begin with understanding how people use the transportation system. We provide comprehensive traffic and operational studies for public and private clients, including corridor studies, safety analyses, traffic impact studies, parking and access evaluations, heavy-haul routing studies, site access planning and capacity modeling.
By integrating safety analysis with long-range planning, communities can prioritize investments, pursue funding and move from reactive fixes to proactive, systemwide safety strategies.
Engineering & Multimodal Safety
Traffic engineering must balance mobility, safety and operational efficiency within constrained rights-of-way conditions. Our designs improve access and circulation while supporting safety for all users through traffic calming, pedestrian and bicycle facilities, streetscape enhancements and intelligent transportation systems.
We prioritize conflict reduction at intersections, driveways, loading zones and transition points, where vehicles, freight and pedestrians interact most often. Signal timing optimization, leading pedestrian intervals, advanced detection and access management strategies help reduce conflicts while maintaining system efficiency.
Industrial Access, Heavy Haul & Site Logistics
Complex industrial projects require more than traditional roadway design. We support large-scale manufacturing and energy facilities, and other industrial developments with heavy-haul routing analysis, turn movement simulations, haul route coordination and site-specific transportation safety plans.
Our teams evaluate traffic control plans, lane impacts, staging areas, workforce parking and construction access points to protect both the public and on-site personnel. Early modeling and agency coordination help facilitate approvals, minimize cost and schedule impacts, and improve constructability.
Large-Event & Venue Traffic Planning
High-attendance facilities such as stadiums, campuses and major activity centers require detailed analysis of pedestrian flow, vehicle access, parking demand and crowd circulation. We model peak arrival and departure conditions to support safe and efficient movement before, during and after major events, enhancing user experience and public safety.
Comprehensive Safety Strategy & Implementation
Safety is not limited to construction phases; it is a systemwide priority that spans planning, design, operations and policy. We support agencies in developing comprehensive safety programs, including Safe Streets for All initiatives, safety action plans and data-driven crash analyses to identify systemic risk factors and high-injury networks.
Through advanced analytics and predictive modeling, we evaluate crash patterns and roadway conditions to guide targeted safety investments that reduce serious injuries and fatalities.
We design and implement safety improvements across diverse environments, aligning roadway geometry, speed management and multimodal design with operational realities. In dynamic transportation systems shaped by emerging technologies and changing travel patterns, we support safety strategies built to endure and adapt over time.
Aligning Engineering With Behavior
Well-informed traffic engineering decisions influence driver behavior, operating speeds, pedestrian safety, freight efficiency and site logistics. When roadway geometry, access design, queuing capacity and user expectations are aligned, communities and facilities function more predictably, safely and efficiently. When these elements are not aligned, operational bottlenecks, safety conflicts and delivery risks increase.
Strategic traffic planning helps owners shift from reactive fixes to proactive management, improving safety outcomes, enhancing site access and supporting operational performance.
