Transportation

Network Planning: We use GIS to analyze and map transportation networks, including roads, railways, airports, and waterways, helping planners identify gaps and prioritize development areas. CAD tools then bring these plans to life by designing new roads, bridges, tunnels, and transit systems.

Scenario Modeling: Our GIS models assess the potential impacts of new highways or transit lines, while CAD visualizes these scenarios to support informed decision-making.

Routing and Alignment: We optimize routes with GIS analysis of topography, land use, and environmental factors, while CAD ensures precise alignment for infrastructure layouts.

Travel Time and Cost Analysis: GIS insights on travel times and costs enable us to optimize network efficiency, while CAD contributes detailed designs for streamlined operations.

Road and Highway Design: We provide CAD designs for road layouts, intersections, signage, and drainage, while GIS supplies critical spatial data, ensuring contextually appropriate solutions.

Bridge and Tunnel Design: CAD structures bridges and tunnels, supported by GIS analyses of terrain and geological conditions to ensure safety and durability.

Impact Analysis: Our GIS assessments evaluate ecosystems, air quality, and noise impacts, while CAD designs implement features to minimize environmental footprints.

Mitigation Planning: GIS identifies areas requiring environmental mitigation, while CAD models these measures to support regulatory compliance.

Traffic Flow Analysis: We monitor real-time traffic with GIS and design traffic systems in CAD to improve flow and safety.

Incident Management: GIS enables effective mapping and management of traffic incidents, while CAD designs facilitate rapid emergency response infrastructure.

Transit Network Design: We optimize transit routes with GIS based on factors like population density, while CAD shapes the infrastructure for transit stations and vehicle depots.

Schedule Optimization: GIS analyzes demand patterns for efficient scheduling, and CAD designs ensure transit facilities meet operational needs.

Infrastructure Inventory: GIS tracks transportation assets like roads, bridges, and transit systems, and CAD provides detailed information for effective maintenance and upgrades.

Maintenance Planning: GIS data on asset conditions prioritizes maintenance, while CAD supports simulations that minimize network disruptions.

Accident Analysis:We use GIS to analyze accident data and CAD to implement safety improvements, enhancing roadway geometry and pedestrian crossings.

Pedestrian and Bicycle Safety: GIS planning and CAD design ensure safe, accessible pedestrian and bicycle infrastructure.

Evacuation Planning: Our GIS maps evacuation routes, while CAD designs emergency infrastructure for rapid response.

Disaster Recovery: GIS assesses disaster impact, guiding recovery efforts, while CAD models support infrastructure rebuilds that meet modern standards.

Interactive Maps and Visualizations: We create interactive GIS maps and 3D CAD visualizations to communicate project plans and foster public engagement.

Virtual Public Meetings: Our GIS-based platforms facilitate virtual meetings, allowing stakeholders to explore projects and provide input.

Green Infrastructure Design: GIS identifies green infrastructure opportunities, and CAD designs integrate eco-friendly features into transportation infrastructure.

Electric Vehicle (EV) Infrastructure: GIS helps plan EV charging locations, and CAD models facilitate their integration into the network.