Autonomous Shuttle Bus System

Autonomous Shuttle Bus System (Benghazi Smart Mobility Concept)

The Benghazi Smart Mobility Concept is a next-generation transportation project designed for the city of Benghazi, featuring fully autonomous (self-driving) shuttle buses and smart station systems. The system has been developed to make urban transportation safer, more comfortable, and more sustainable.

1. Connected Autonomous Bus System

Within the project, two fully driverless shuttle buses operate in a connected convoy system.

• The buses are linked through electronic synchronization and intelligent tracking systems
• The leading vehicle acts as the primary reference, while the following vehicle automatically controls distance and speed
• This system increases road capacity and optimizes energy efficiency
• The vehicles are fully autonomous and operate safely using sensors, LiDAR, and artificial intelligence technologies

This structure is based on the platooning autonomous mobility system concept used in modern smart cities.

2. Smart Station Integration

Stations are designed to operate in full integration with the shuttle buses:

• The bus automatically aligns with the station at platform level
• Doors open in synchronized operation
• Passenger boarding and alighting are conducted safely and in a controlled manner
• Stations include waiting areas, seating units, and automated vending machines

This system operates on the principle of platform-level boarding autonomous stations, differing from traditional bus stop systems.

3. Sustainable Smart City Vision

This system offers the following advantages for Benghazi:

• Fully autonomous and driverless transportation
• Increased traffic efficiency
• Reduced operational costs
• A modern and future-oriented urban identity
• Safe, comfortable, and well-organized passenger experience

4. Design Approach

The design combines modern architecture, transparency, and advanced technology to achieve:

• A lightweight and contemporary appearance
• Maximum visibility and safety
• A minimal and prestigious aesthetic
• An iconic transportation system representing the future of Benghazi

5. Solar Energy Integration

In line with a sustainable and environmentally friendly vision, the system is supported by integrated solar panel technology in both buses and stations:

• Solar panels mounted on shuttle bus roofs support onboard energy consumption
• This energy contributes to powering lighting, sensors, air conditioning, and electronic systems
• Solar panels on station roofs provide energy for lighting, information displays, and automation systems

This approach reduces the city’s energy load and minimizes carbon emissions, creating an energy-efficient transportation infrastructure for Benghazi.

6. Dedicated Lane for Autonomous Buses

The autonomous shuttle bus system operates on a fully separated dedicated lane to ensure maximum safety and efficiency:

• Enables uninterrupted and secure movement of buses
• Eliminates the impact of traffic congestion
• Allows more stable and reliable operation of autonomous driving systems
• Maximizes road safety
• Provides faster and more consistent transportation

This dedicated lane is exclusively reserved for autonomous shuttle bus operations and is a key component of the smart city mobility infrastructure.

7. Integrated Smart Mobility Corridor

The system developed within the project forms a comprehensive solution through the integration of the following components:

• Driverless, connected shuttle bus system
• Separate vehicles and station concepts for male and female passengers
• Solar-powered energy infrastructure
• Dedicated autonomous bus lane
• Smart stations with automated passenger integration

This system lays the foundation for a future-ready, sustainable, and intelligent transportation infrastructure for Benghazi.

Pilot Implementation Area – Benghazi University Corridor

1. Initial Implementation Area – Benghazi University Transportation Corridor

The autonomous shuttle bus system will first be implemented in Benghazi as a pilot project around Benghazi University. The university area is an ideal starting point for autonomous mobility due to its high passenger density, regular movement patterns, and controlled campus environment.

2. Strategic Location Advantages

• Benghazi University accommodates thousands of students, academics, and staff with daily mobility needs
• The campus and its surroundings require consistent and high-capacity transportation solutions
• Wide road axes and a planned layout are well-suited for dedicated autonomous lanes
• Following the pilot phase, the system is planned to expand across the city

3. Smart Station Network

Stations to be located around the university include:

• Main university entrances
• Faculty zones
• Student residential areas
• Key road connection points

4. Fully Integrated Smart Stations

Stations are designed to operate in full integration with the shuttle bus system:

• Separate station areas for male and female passengers
• Solar panel-supported energy system
• Enclosed, safe, and comfortable waiting areas
• Automated door synchronization system
• Full compatibility with smart mobility infrastructure

5. Phase 1 Objectives

The primary goals of the first phase are:

• To establish a fully operational autonomous shuttle line around Benghazi University
• To test system performance under real urban conditions
• To optimize user experience
• To create a scalable model for expansion across other areas of Benghazi

6. Educational & Social Impact

Implementing this system within the university is not only a transportation investment but also a future-oriented initiative:

Student Vision Development

• Enables students to interact with advanced technologies in daily life
• Raises awareness of autonomous systems
• Encourages the development of a smart city culture

Public Transportation Habits

• Promotes the use of public transport during university years
• Helps reduce reliance on private vehicles
• Supports long-term adoption of sustainable urban mobility habits

Technical Workforce Development

• Contributes to the development of skilled personnel for future smart city systems
• Strengthens university–city–technology integration
• Enhances local engineering and technical capacity

This project is not just a transportation system, but also a starting point for Benghazi’s technological transformation.

7. Long-Term Vision

Following the success of the pilot implementation, the system is planned to expand to:

• Benghazi city center
• Main transportation corridors
• Hospital districts
• Public and commercial centers

This project aims to establish a modern, sustainable, and autonomous transportation network, starting from Benghazi University and extending across the entire city.