Graduate Program
Graduate Certificate in Railroad Engineering
Railroad activity in the United States is flourishing, with expansion across the industry – in freight, passenger (inter-urban and commuter), transit, and emerging high-speed rail. With increased activity comes the need for highly trained professionals to ensure operating safety, efficiency, and cost-effective use of resources. Yet many of the most experienced engineers and supervisors are retiring, leaving a gap in knowledge, experience and capability.
This graduate certificate is also designed for engineering professionals working in the area of railroad engineering or for those desiring to expand their knowledge of railroad engineering and related engineering disciplines, to thereby become viable candidates for advancement in the railroad industry.
The Graduate Certificate in Railroad Engineering is available on-line, allowing students to view the content as their weekly schedule permits. All homework and exams are also available to be taken and submitted on-line.
Graduate Certificate in Railroad Engineering
The Graduate Certificate in Railroad Engineering is available on-line, allowing students to view the content as their weekly schedule permits. All homework and exams are also available to be taken and submitted on-line.
Required Core Courses (three courses):
CIEG614 Railroad Geotechnical Engineering
Designing, constructing, maintaining railway track. Developing railway track substructure: materials, mechanics, drainage, loading, slopes, design, maintenance, measurements and management and case studies. Track sub-structure issues related to load freight and high-speed passenger rail traffic.
CIEG617 Intro to Railroad Safety & Derailment Engineering
Explores the engineering issues associated with common types of derailments, including track, equipment and operator derailments. The specific failure mechanisms associated with key classes of derailments are examined along with the technologies available for reducing these types of derailments.
CIEG618 Intro to Railroad Engineering
Introduction to railroad track structures and their major components, including functions and modes of degradation and failure. Explore static and dynamic load environments and engineering design to effectively distribute loads throughout a structure. Provides both theoretical and practical approaches to track design as well as useful design, optimization and maintenance recommendations for key track components.
All graduate railroad engineering courses require undergraduate level background in engineering or equivalent.
Faculty:
Allan M. Zarembski – Railroad engineering, risk management, track component failure and degradation analysis, track inspection technology, safety and derailment prevention
Joseph Palese – Railroad engineering, risk management, track component failure and degradation analysis, track inspection technology, safety and derailment prevention
Admissions Requirements
Matriculated graduate students in civil or mechanical engineering are eligible to pursue the Graduate Certificate in Railroad Engineering, using their elective course options to focus on the field and earn the certificate. Students should discuss this with their faculty advisor and notify their department’s Graduate or Undergraduate Academic Advisor.
“After working in the South American Railroad Industry for 6 years, not only did [the program] significantly broaden my technical railroad knowledge, but it also gave me a much broader understanding of the North American Industry and the Railroad Industry worldwide. After completing the course, professionally I feel more prepared and confident to talk to customers and work on different projects.”
Contact Us
Jacquee Lukawski
Graduate Academic Advisor
301-1 DuPont Hall
302-831-6570
jacquee@udel.edu
Helpful Links
“Top-notch courses taught by the best in the business. Should serve as mandatory training for all track engineers working on an operating railroad. There is no doubt that this course will have a positive impact on both the student and the organization they represent.”