Engineering Solutions That Move Communities Forward

Designing the physical backbone of mobility with performance, safety, and community impact in mind.

• Roadway Design – Durable, efficient, and tailored to local context – from planning to final construction.
• Streetlight/Traffic Signal Design – Smart, safe systems that enhance visibility, efficiency, and multimodal flow.
• Safety Improvement Design – Targeted interventions that reduce crashes and protect vulnerable road users.
• Signing and Pavement Marking Design – Compliant, long-lasting visibility strategies that guide and protect all travelers.
• Subsurface Utility Design – Integrated designs that prevent conflicts and ensure streamlined delivery.
• ITS Design – Intelligent Transportation Systems that connect infrastructure with real-time data and responsiveness.
• Streetscape Design – Human-centered environments that support livability, walkability, and accessibility.
• ADA/Accessibility Design – Fully compliant, inclusive infrastructure that ensures equitable mobility for all.

Creating data-informed strategies that anticipate demand and support long-term resilience.

• Traffic Demand Modeling – Forecasting travel behavior to inform smarter infrastructure investment.
• Traffic Simulation and Modeling – Diagnosing and improving complex traffic flows with scenario-based modeling.
• Evacuation Planning and Modeling – Scalable, community-specific strategies for emergency response.
• Urban & Regional Planning – Aligning land use, policy, and mobility to support thriving communities.
• Liveability Studies – Evaluating access, equity, and quality-of-life outcomes within transportation networks.

Optimizing systems for safety, operations, and long-term performance.

• Traffic Safety Studies & Countermeasure Design – Identifying risk and applying proven design solutions.
• Warrant Studies – Determining needs for traffic control based on national and local criteria.
• Traffic Impact Studies – Assessing development effects and recommending effective mitigation.
• Pedestrian/Bicycle Planning & Design – Enhancing non-motorized access with safe, accessible infrastructure.
• Signal Timing & Optimization – Improving corridor performance with adaptive timing strategies.
• Traffic Operations Studies & Designs – Enhancing mobility and safety through intersection and corridor design.

Maximizing infrastructure value with inventory tools and actionable insights.

• Pavement Evaluation – Supporting smarter maintenance and lifecycle strategies.
• ADA Compliance Inventory – Identifying and prioritizing accessibility improvements.
• Sidewalk & Alley Condition Assessment – Evaluating pedestrian and secondary networks to strengthen multimodal connectivity.
• Guardrail & Attenuator Inventory – Managing roadside safety infrastructure for performance and compliance.
• Traffic Sign & Curbside Asset Inventory – Geolocated asset data to drive efficient capital and maintenance planning.

Enhancing design and execution through structured utility discovery, verification, and risk-informed decision-making.

• Integrated Data Collection – Leveraging survey, geophysics, and GIS to produce accurate underground utility maps.
• Stakeholder Coordination – Engaging engineers, surveyors, utility owners, and contractors to ensure complete utility insight.
• ASCE 38-Compliant Deliverables – Providing standardized documentation across four quality levels:
  
  • Quality Level A – Utility Locating: Confirming precise horizontal and vertical positions via test holes.
  • Quality Level B – Utility Designating: Mapping horizontal alignments through surface geophysical methods.
  • Quality Level C – Records + Surface Survey: Correlating visible features with documented utility records.
  • Quality Level D – Records Research: Compiling available records, as-builts, and field-based recollections.
• Proactive Utility Management – Improving project planning, safety, and delivery through early conflict identification and resolution.

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Delivering quality, safety, and accountability from groundbreaking to closeout.

• On-site Inspection – Providing real-time field oversight aligned with project standards and client goals.
• Material Testing – Verifying performance and compliance through lab-certified processes.
• Scheduling & Project Controls – Keeping projects on time, within budget, and aligned with stakeholder priorities.
• Construction Documentation – Maintaining accurate records for accountability, reporting, and regulatory compliance.
• Maintenance of Traffic and Traffic Control – Ensuring safe and effective maintenance-of-traffic during construction.
• Constructibility Review – Proactively mitigating risk before construction begins.

Turning complex data into powerful, actionable insights for agencies, planners, and the public through custom-built platforms.

• Enterprise Tools & APIs – Building scalable, integrated solutions for operational efficiency.
• GIS & Mapping Platforms – Creating spatial tools that drive smarter planning and analysis.
• Public-Facing Mobile Apps – Connecting travelers with real-time transportation information.
• Advanced Traveler Information Systems (ATIS) – Communicating conditions across all modes and corridors.
• Advanced Transportation Management Systems (ATMS) – Monitoring and optimizing system performance in real time.

Exploring next-generation technologies to inform the future of mobility and transportation infrastructure.

• Connected & Automated Vehicles (CAVs) – Advancing vehicle-to-infrastructure (V2I) and vehicle-to-vehicle (V2V) communication for smarter networks.
• Fusion Data Systems – Integrating multiple data sources to provide holistic mobility insights.
• Traffic Forecasting Models – Predicting conditions in real time to improve operational decisions.
• Adaptive Signal Control – Developing dynamic, responsive signal systems.
• Machine Learning Applications – Leveraging AI to enhance safety analysis, flow optimization, and predictive modeling.