Marcos Santiago
About Marcos Santiago
Marcos Santiago is a Field Service Technician specializing in bridges and tunnels, currently serving as Field Operations Supervisor at Cubic Corporation since 2006. He holds an Associate's degree in Industrial Electronics and Telecommunications and a Vocational Diploma in Electrical/Electronics Maintenance and Repair Technology.
Work at Cubic Corporation
Marcos Santiago has been employed at Cubic Corporation since 2006, serving as a Field Operations Supervisor and Senior Electronic Field Technician. In this role, he oversees field service technicians and is responsible for the installation, configuration, and commissioning of new equipment related to electronic ticketing systems. His work supports public transportation systems, ensuring the smooth operation of electronic components.
Education and Expertise
Marcos Santiago holds an Associate's degree in Industrial Electronics and Telecommunications from Technical Career Institutes, which he completed from 1999 to 2002. He also obtained a Vocational Diploma in Electrical/Electronics Maintenance and Repair Technology from ENY Transit Tech, studying from 1994 to 1998. Additionally, he pursued further studies at Technical Career Institutes, achieving another Associate's degree in the same field between 1990 and 2002.
Background
Marcos Santiago's educational background includes extensive training in electronics and telecommunications. His studies have equipped him with the skills necessary for a career in electronic systems maintenance and repair. He has accumulated significant experience in the public transportation sector, focusing on electronic ticketing systems and technical support.
Technical Support and Supervision
In his current position, Marcos Santiago provides remote technical support for call centers, technicians, and customers in the public transportation sector. He supervises field service technicians, ensuring that complex and persistent faults in electronic systems are resolved efficiently. His role is crucial in maintaining the reliability of electronic systems used in public transportation.