The transit industry currently utilizes a wide range of designs for passenger station platforms, incorporating various structural elements, surface treatments, paving materials, roofing, seating, and additional features. Some platforms include heating systems for snow and ice control. However, many of these platforms have demonstrated poor durability, leading to costly and disruptive reconstructions that inconvenience both transit users and surrounding communities. As a result, there is a critical need to develop robust, long-lasting platform designs that prioritize safety, aesthetics, and low maintenance while considering community impact, as well as pedestrian and vehicular safety.

To address these challenges, the project will consider undertaking a comprehensive survey and analysis of existing station platforms used in Metro and Light Rail transit systems. This will include evaluating past performance, design elements, construction methods, maintenance practices, and life-cycle costs. The research will also consider a literature review and interviews with transit agencies and engineering consultants to gather insights on current practices and performance metrics. Data collection will be conducted through in-person and telephone interviews, as well as online questionnaires.

The primary goal of this effort is to develop planning, design, construction, and maintenance guidelines for passenger platforms. These guidelines will focus on optimizing initial and life-cycle costs while enhancing aesthetics, durability, and ease of maintenance.