19/11/2024 | News release | Distributed by Public on 19/11/2024 16:21
A national research team led by two Penn State Altoona faculty members has been awarded a $6.87 million grant through the 2024 Consolidated Rail Infrastructure and Safety Improvements (CRISI) by the Federal Railroad Administration (FRA).
This funding will establish the Rail Center for Research Enhancing Short-line Transportation (Rail CREST), a forward-thinking initiative aimed at developing and deploying affordable technologies to improve the safety, efficiency, reliability, and sustainability of short line and regional railroads.
Under the leadership of Dr. Hai Huang, center director and professor of engineering at Penn State Altoona, and Dr. Shihui Shen, associate center director and professor of rail transportation engineering (RTE) at Penn State Altoona, Rail CREST will bring together faculty and researchers from six partnering institutions: Kansas State University, University of Texas at Austin, Auburn University, University of South Carolina, and University of New Mexico. This collaboration will facilitate10 targeted research projects to provide practical, cost-effective solutions tailored to the unique needs of short line rail operators.
ALTOONA, Pa. - A national research team led by two Penn State Altoona faculty members has been awarded a $6.87 million grant through the 2024 Consolidated Rail Infrastructure and Safety Improvements (CRISI) by the Federal Railroad Administration (FRA).
This funding will establish the Rail Center for Research Enhancing Short-line Transportation (Rail CREST), a forward-thinking initiative aimed at developing and deploying affordable technologies to improve the safety, efficiency, reliability, and sustainability of short line and regional railroads.
Short line railroads play a vital role in the U.S. rail network, supporting local and regional economies through essential "first mile, last mile" services. Often operated by small companies, these railroads face significant challenges, including aging infrastructure, limited resources for safety and maintenance, and a need for sustainable practices. Rail CREST will address these challenges through focused research, technology transfer, and workforce development efforts.
Under the leadership of Dr. Hai Huang, center director and professor of engineering at Penn State Altoona, and Dr. Shihui Shen, associate center director and professor of rail transportation engineering (RTE) at Penn State Altoona, Rail CREST will bring together faculty and researchers from six partnering institutions: Kansas State University, University of Texas at Austin, Auburn University, University of South Carolina, and University of New Mexico. This collaboration will facilitate10 targeted research projects to provide practical, cost-effective solutions tailored to the unique needs of short line rail operators.
"We began our rail research efforts more than a decade ago alongside the establishment of the nation's first and only ABET accredited Rail Transportation Engineering program," said Huang. "Our partner universities also bring extensive experience in rail-focused research and education, making us uniquely positioned and well-prepared for this important work."
Rail CREST's research will focus on key areas such as affordable technologies for infrastructure monitoring through computer vision technologies, advanced safety mechanisms for grade crossings, and AI-driven geohazard prediction models. Sustainability efforts will include the development of recycled materials for track ties and comprehensive energy analysis tools to promote environmentally friendly practices. Additionally, the center will collaborate with the Western Technology Center to implement training programs designed to strengthen the rail workforce.
"This reflects Penn State Altoona's commitment to supporting impactful research and showcases the dedication of our faculty and administration," said Shen. "We hope it affirms for our students the strength of the RTE program and the pride that comes with being part of it."
The establishment of Rail CREST has garnered significant support from Penn State's College of Engineering, especially the Larson Transportation Institute, and legislative leaders, including Senator Bob Casey, Senator John Fetterman, and Representative Glenn "GT" Thompson, who emphasized the critical role that short line railroads play in regional economic development and transportation safety.
"Ensuring Pennsylvania's railroads are safe, efficient, and reliable is critical to keeping our Commonwealth fully connected and running full steam ahead," said Senator Casey. "This funding will support critical research efforts to modernize our railroads and continue delivering transportation service across the Commonwealth."
"Members of the consortium comprise proven success in rail education and research. These members encompass a geographic representation of critical short line railroad routes that are essential to local economies across in the United States, especially in rural and underserved communities throughout Pennsylvania," added Representative Thompson.
The project is also backed by the American Short Line and Regional Railroad Association (ASLRRA) and guided by an Industrial Advisory Board composed of industry experts and short line operators, ensuring alignment with industry needs.
The initiative is further supported by non-Federal matching contributions from The Everett Railroad Company, H&J International PC, and Seda-Council of Governments (Seda COG), which highlight the collaborative commitment to making Rail CREST a reality. Notably, this project qualifies for the statutory set-aside for projects in rural areas, underscoring its dedication to supporting communities that rely on short line rail connectivity.
Expected outcomes of Rail CREST include enhanced safety and operational practices, the adoption of cost-effective and sustainable solutions, and the development of a skilled workforce equipped for modern industry challenges. By fostering strong partnerships between academia and the short line rail industry, Rail CREST will contribute to long-term economic and environmental resilience.