Active Transportation
Public Transport
Development of a Route Planning System for Electric Public Transport (TÜBÄ°TAK)
​The project aims to enhance the use of electric vehicles in public transport by overcoming operational constraints and reducing planning costs. It seeks to improve efficiency by digitizing route planning processes, cutting labor costs by at least 60%, and providing solutions for optimal route planning through scenario analysis.
Decision Support System Design and Development for Public Transportation Operations and Planning (TÜBÄ°TAK)
The project aims to develop a GIS-based decision support system to enhance public transportation efficiency and reduce private vehicle use. By optimizing public transport operations with real-time data, including bus occupancy and boarding information, the system will improve capacity analysis, line and route planning, and overall urban transportation management.
Development of Optimization System for Sustainable Public Transport Operations and Planning (TÜBÄ°TAK)
The project aims to develop a Public Transport Optimization Platform to enhance the efficiency of public transport systems. It analyzes bus occupancy data, provides scenario-based optimization, and generates decision support reports. Key features include scenario comparison, vehicle and driver assignment, express trip suggestions, and feasibility analysis, all integrated for seamless multi-feature use.