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    • Department of Electrical and Electronics Engineering (EEE)
    • 2021 - 2025
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    Sustainable Speed Management Strategy for Risk Reduction in Auto Rickshaw –Based on Public Transport in Bangladesh.

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    EEE- 250329.pdf (1.192Mb)
    Date
    2025-07-19
    Author
    Ahmed, Md Kawsar
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    Abstract
    This abstract likely discusses strategies for reducing traffic risks in Bangladesh, specifically focusing on auto-rickshaws (CNGs) as a prominent mode of public transport. The abstract likely outlines how to manage speed, potentially through infrastructure improvements, stricter regulations, and enhanced awareness campaigns, to mitigate risks and promote safer transportation in Dhaka and other urban areas. High speed and traffic congestion in Dhaka contribute to accidents and safety concerns, particularly involving auto-rickshaws, which are a popular mode of transport. Implement a sustainable speed management strategy that addresses infrastructure shortcomings, enforces regulations, and raises public awareness about safe driving practices. Possible strategies: This might include: o Infrastructure improvements: better road markings, traffic signals, and potentially separated auto-rickshaw lanes in congested areas. o Regulations: Enforce speed limits, stricter licensing for auto-rickshaw drivers, and penalties for violations. o Awareness campaigns: Educate drivers and passengers on safe driving practices, the importance of speed limits, and the consequences of accidents. Sustainability: The strategy aims to be long-term, environmentally friendly, and socially responsible, ensuring a safer and more efficient transportation system for all citizens. In summary, the abstract likely proposes a multi-faceted approach to tackle traffic related risks in Dhaka, with a particular focus on managing the speed of auto-rickshaws to improve safety and sustainability in Bangladesh's urban public transport system.
    URI
    http://suspace.su.edu.bd/handle/123456789/1779
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    • 2021 - 2025 [171]

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