This course introduces the key components and concepts behind electrically powered rail systems, including traction power systems and overhead contact systems. Learners will explore power feeding schemes, pantograph interfaces, and the differences between AC and DC OCS components. With access to course materials, instructor support, and a certificate for 2 PDHs, this course is a valuable first step into the world of rail electrification.

• Engineers and technicians new to rail electrification or transitioning into traction power roles.
• Professionals preparing to take the full 2-day Fundamentals of Traction Power Systems and OCS course.
• Project managers, planners, or consultants seeking a high-level understanding of electric rail systems.

• Understand the roles and differences between traction power systems and overhead contact systems.
• Identify key components, configurations, and operational considerations of OCS infrastructure.
• Explain the interface between pantographs and OCS, and distinguish between AC and DC system components.

It is highly encouraged you take this course before the 2-day “Fundamentals” course.

Introduction of typical light rail and commuter rail traction power systems

• Understand the differences between both systems
• Be able to identify basic equipment and purpose
• Understand power feeding schemes and operational considerations

Introduction to Overhead Contact Systems (OCS)

• Understand the pantograph’s interface to the OCS
• Understand the basic OCS configurations, styles and functions
• Be able to identify the various types of supporting structures and purpose
• Be able to identify the basic OCS parts, equipment and assemblies
• Understand the differences between dc and ac OCS components

Moises Ramos

Moises Ramos, PE, is a Project Manager for HNTB in Denver, CO. With 20 years of specialized experience in the design, construction, inspection, testing, and commissioning of electrification projects, Moises possesses a wealth of knowledge tailored for the unique demands of challenging projects. His expertise extends to overhead contact systems, traction power systems, training, maintenance, and operations. Moises has delivered systems engineering services to prominent entities such as Caltrain, RTD-Denver, Amtrak, SEPTA, MBTA, LA Metro, Trimet, Sound Transit, and DART. His skill set encompasses construction estimating, intricate construction staging, and constructability logistics, acquired through a career that includes being a systems contractor and owner's representative for multiple transit authorities across North America.