Safe and secure transport corridors in India (SSTCI)
Reference number | |
Coordinator | Stiftelsen Chalmers Industriteknik |
Funding from Vinnova | SEK 5 250 000 |
Project duration | September 2021 - December 2026 |
Status | Ongoing |
Venture | India- Sweden Collaborative Industrial Research & Development Program Request for Proposal |
Call | Cooperation with India - company-driven research and innovation projects 2021 |
Purpose and goal
This project is part of the SITIS partnership which consist of Industries, Academia and Authorities in both India & Sweden. Partners are coming together with their own products, Processes, Competency and facilities to support national ambitions of improved road safety through technology advancements that are backed by a data driven approach. This project aims to demonstrate the possibility to improve existing and new solutions for safe, secure & efficient intercity transport of people in India in a scalable & cost-efficient manner.
Expected effects and result
A first step will be taken to understand how Indian public transport with intercity buses can be made safer and more efficient by collecting & analyzing both existing and new data related to different road users´ behavior and efficiency. The expected results include a) scalable and reusable data collection methodology and analysis, b) initial understanding of the traffic safety and efficiency challenges for public transport (buses) between cities and c) examples of how challenges could be addressed via existing solutions / creation of new solutions.
Planned approach and implementation
A proof-of-concept method / platform for data collection and analysis has been developed in the preparation phase. The existing platform will be further developed and installed in a bus and how it can be scaled up will be explored. The platform will be used to collect data on road users´ behavior from some selected corridors. This will be done with buses in real traffic. Data will be combined and analyzed together with data from other sources (eg crash databases) to understand the suitability of different safety and efficiency solutions.