Study of Demand, Business Model, Functional and Basic Design of Corridors and Stations in the BRT System of Dar es Salaam – Tanzania
Development of a BRT system for Dar es Salaam, Tanzania, including planning, road design, architecture design, business plan, institutional studies, operational control, and smart-card payment system.
ACTIVITIES DEVELOPED
- Social-economic and land use studies for an area of influence of 1.2 million people
- Study of the current transportation system
- Traffic surveys and counts
- Demand analysis: current, projections and simulations
- Study of alternative routes
- Integration with VLTs, metro and other bus systems
- Survey of rolling stock, analysis of environmental impact, and resettlement action plan
- Detailed design of corridors, urban upgrading and bicycle path routes
- Land surveying and earth moving projects
- Hydrological, geological and geotechnical studies
- Geometric design (sidewalk and lane widths, etc,)
- Bicycle paths and station design
- Operational control center, depots, workshops and administration, with micro simulation of major intersections
- Road signage design for vehicles and pedestrians
- Urban upgrades and landscaping
- Operational plan
- Cost estimates and implementation timeline
- Feasibility analysis
- Bid documents
CASE STUDIES
- Operational Design of the Mass Transportation System of Santa Fé de Bogotá, Colombia: TransMilênio
- Progress Study of the Guadalajara (Mexico) BRT System, with Details and Assistance for Phase 1 Implementation – Macrobús
- Study of Demand, Business Model, Functional and Basic Design of Corridors and Stations in the BRT System of Dar es Salaam – Tanzania
- Operational Plan and Financial Modeling of the Rea Vaya BRT (Full and Phase 1a) for Johannesburg – South Africa
- Operational Plan and Financial Modeling of the Rea Vaya BRT (Phases 1b and 2) for Johannesburg – South Africa
- Operational Plan and Financial Modeling of the MyCiti BRT for Cape Town – South Africa