Urban Planning Archives - Page 2 of 2

ITE Institute of Transportation Engineers Arterials

Traffic Engineering, Trainings, Transportation Planning

What Is ITE (Institute of Transportation Engineers) — And Why Every Transportation Professional Should Know About It

Transportation planning and traffic engineering are rapidly evolving — from traditional road design to smart mobility, AI-driven analytics, and sustainable transport. Yet behind all this progress, there’s one global organization quietly connecting professionals, setting standards, and advancing the field: the Institute of Transportation Engineers (ITE). Whether you’re a student, engineer, planner, or researcher, understanding ITE […]

Traffic Engineering, Traffic Impact Assessment, transportation planning, Trip Generation, Urban Planning

artificial intelligence traffic engineering

Traffic Engineering, Transportation Planning

How Artificial Intelligence Is Transforming Transportation Planning and Traffic Engineering

Transportation planning is becoming more complex than ever. Cities are expanding, travel behavior is shifting, and decision-makers are under pressure to deliver data-driven, sustainable solutions. Traditionally, transportation planners relied on manual surveys, static models, and limited datasets to understand how people and vehicles move. But with the explosion of digital data; GPS traces, camera feeds,

Pavement Design, Traffic Engineering, transportation planning, Urban Planning

Traffic Analysis Tools, Traffic Engineering, Transportation Planning

AI Traffic Counting: The Smarter Way to Collect Traffic Data

Traffic data is essential for city planners, transportation engineers, and traffic management authorities. Traditionally, collecting traffic counts has been a labor-intensive, slow, and sometimes error-prone process. But with advances in artificial intelligence, traffic counting has become faster, more accurate, and more cost-effective. Arterials has developed an AI Traffic Counter —a solution designed to simplify traffic

Traffic Engineering, Traffic Impact Assessment, Traffic Impact Study, transportation planning, Urban Planning

Public Transit, Traffic Engineering, Transportation Planning

How to Build a Transportation (Travel Demand) Model: A Practitioner’s Guide

A transportation (travel demand) model is a quantitative framework that forecasts how people and goods move through a region under different land-use and network scenarios. Done well, a model becomes a decision engine: it helps test road and transit projects, pricing policies, and growth plans before spending real money. This guide covers when you actually

four step model, geometric design, gis in transportation, highway design, model calibration, Traffic Engineering, Traffic Forecasting, Traffic Impact Studies, transcad, transportation modeling, transportation planning, transportation software, travel demand model, Urban Planning, visum

Traffic Engineering, Trainings, Transportation Planning

Should You Study Transportation Engineering?

Transportation planning and engineering is one of the most dynamic and impactful career paths available today. It sits at the intersection of technology, infrastructure, sustainability, and public policy. If you’ve ever searched “Should I study transportation engineering?” or “Is traffic engineering a good career?”, this guide will help you understand why the answer is a

AI in transportation, aviation planning, civil engineering careers, freight and logistics, future of transportation jobs, Pavement Design, railway engineering, shipping and ports, smart mobility careers, STEM careers, sustainable mobility, Traffic Engineering, transport analytics, transport planning, Transportation Engineering, Urban Planning

Traffic Engineering, Transportation Planning

Pass-By Trips: What They Are, How to Calculate Them, and How Not to Get Burned

If you already work with trip generation, you know the headline challenge in many Traffic Impact Studies (TIS/TIA): not all site trips are “new” to the network. Some are simply siphoned from vehicles already passing by. Getting this right can change turn lane warrants, signal timing, and mitigation costs. This guide is a practitioner’s deep-dive

Development Traffic Impacts, Diverted Trips, Internal Trips, Intersection Capacity, ITE Trip Generation Manual, Land Use Planning, Parking Demand, Pass-By Trips, Primary Trips, Retail Development Traffic, Roadway Capacity, Site Access Design, Traffic Analysis, Traffic Engineering, Traffic Forecasting, Traffic Impact Assessment, Traffic Impact Studies, Traffic mitigation, Traffic Modeling, Traffic Study Methodology, Transportation Engineering, transportation planning, Trip Generation, Trip Generation Rates, Urban Planning

Transportation Planning

What is a Transportation Master Plan?

A Transportation Master Plan (TMP) is a comprehensive, long-term strategic document that guides the development, management, and investment in a community’s transportation system. It ensures that transportation networks, roads, public transit, walking, cycling, and freight are planned in a coordinated way to meet current needs while accommodating future growth. TMPs are typically prepared for cities,

Active Transportation, Mobility Planning, public transit, Road Network Planning, Sustainable transportation, Traffic Engineering, Traffic Impact Assessment, Transportation Master Plan, transportation planning, Urban Planning

Parking, Pavement, Traffic Engineering

Top 10 Travel Demand Management Strategies to Reduce Site Trip Generation

🛑 Facing a Problem with High Trip Generation? You’ve run your numbers.The Trip Generation Estimate is way above what the local road network can handle.Your Traffic Impact Study (TIS) or Traffic Impact Assessment (TIA) shows intersections failing, and the city wants costly mitigation. Now what? This is where Travel Demand Management (TDM) can help. You

Commuter behavior, Land Use Planning, Mobility management, Parking management, Peak hour trips, Reduce trip generation, Site development, Smart growth, Sustainable transportation, TDM strategies, TDM tools, Traffic Impact Assessment, Traffic Impact Study, Traffic mitigation, Transportation demand, transportation planning, Travel Demand Management, Trip generation mitigation, Trip reduction measures, Urban Planning

Parking, Pavement, Traffic Engineering, Transportation Planning

What Is a Traffic Impact Assessment? A Complete Guide for Planners, Developers, and Engineers

🚦 What Is a Traffic Impact Assessment? A Traffic Impact Assessment (TIA) — also known in some regions as a Traffic Impact Study (TIS) — is a formal analysis that evaluates how a proposed development or land use change will affect the existing transportation network. It helps local governments determine whether a project will: TIAs

Development Approvals, Intersection Analysis, Land Use Planning, Parking Demand, Planning Tools, Pre-Development Analysis, Site development, TIA, TIS, Traffic Engineering, Traffic Impact Assessment, Traffic Impact Study, Traffic Mitigation Measures, Traffic Study Guidelines, Transportation Impact, transportation planning, Trip Distribution, Trip Generation, Urban Planning

Parking, Traffic Engineering

How to Calculate Parking Requirements for Residential, Commercial, and Mixed-Use Buildings

Whether you’re designing a residential complex, commercial plaza, or a mixed-use development, one of the most critical factors in your site planning process is determining how much parking is required. Miscalculating parking provisions can lead to overcrowded streets, underutilized lots, or regulatory issues with planning authorities. In this guide, we explain how to calculate parking

Arterials Tools, Commercial Parking, Land Use Planning, Mixed-Use Development, Parking Calculation, Parking Demand, Parking Design, Parking Estimator Tool, Parking Guidelines, parking policy, Parking Ratios, Parking Requirements, Parking Standards, Residential Parking, Site development, Smart growth, transportation planning, Trip Generation, Urban Planning, Zoning Codes