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Learn about the methods and metrics that transportation engineers use to evaluate the performance and impacts of ramp metering on freeway operations and safety.
Learn about six types of traffic data sources for transportation engineering projects, such as historical, real-time, survey, simulation, big, and open data.
Learn how to conduct traffic impact analysis (TIA) in urban areas and overcome the challenges of data collection, modeling, and mitigation.
Learn how CAVs, big data, smart mobility, cyber-physical systems, and AI are transforming transportation engineering and ITS.
Learn how to measure, model, and mitigate highway noise and vibration, and how they impact your environment and health.
Learn about the types, challenges, and rewards of transportation engineering projects, and the skills and qualifications needed to succeed in this field.
Learn how artificial intelligence (AI) can help rail and transit systems improve their planning, scheduling, routing, safety, asset management, and customer service.
Learn the main concepts and approaches of modeling user behavior and route choice in dynamic traffic assignment, a method of simulating traffic flows.
Learn how to define equity goals, identify affected communities, measure and compare impacts, and engage stakeholders in transportation project evaluation.
Discover the current trends and innovations in traffic signal timing and coordination, and how they can improve mobility, sustainability, and livability.
Learn about the challenges and best practices for managing risks and uncertainties in rail and transit systems. Discover how risk management can improve safety…
Learn how to keep your transportation engineering skills and knowledge updated with these tips on professional associations, industry news, online courses…
Learn how transport engineers can use data and technology to address transport disparities and discrimination, and to promote transport equity and social justice.
Learn how to plan pavement maintenance and rehabilitation activities effectively and efficiently, based on transportation engineering research and standards.
Learn about the skills and competencies that transport engineers need to create more sustainable and efficient transport solutions in the circular economy context.
Learn about adaptive ramp metering systems, a traffic management strategy that optimizes freeway flow and reduces congestion. Find out the benefits, design factors,…
Learn about the current and emerging trends and technologies in ITS and smart mobility, and how they can optimize traffic management, enhance safety, reduce…
Learn how smart and adaptive highway lighting technologies can improve transportation engineering by enhancing visibility, safety, efficiency, environment, and…
Learn about the best practices for conducting human factors and ergonomics assessments of rail systems, based on the international standards and guidelines.
Learn how to compare and rank alternative transportation projects using multi-criteria analysis, a tool that balances multiple objectives and values.
Learn some best practices for sustainable road development, such as choosing eco-friendly materials, minimizing disturbance, optimizing traffic flow, and monitoring…
Explore how electricity and renewable energy sources can reduce the environmental impact of transportation. Learn about the benefits, challenges, and examples of…
Learn how to use transport models and data to inform decision-making and stakeholder engagement in transport policy and planning projects.