Rodolfo Ramirez Ramirez
About Rodolfo Ramirez Ramirez
Rodolfo Ramirez Ramirez is a Repair Technician at SoftBank Robotics America, specializing in maintenance and upgrades for industrial robots. He has a background in communication and computer sciences, along with experience in the US Army.
Work at SoftBank Robotics
Rodolfo Ramirez Ramirez has been employed at SoftBank Robotics America as a Repair Technician since 2020. He works in Boston, Massachusetts, where he focuses on the maintenance and repair of robotic systems. His role involves performing mechanical and electrical hardware and software upgrades for industrial robots, ensuring they operate efficiently. He is also involved in testing autonomous cleaning robotic vacuums, such as the Whiz, contributing to the development and enhancement of robotic cleaning technologies.
Education and Expertise
Rodolfo Ramirez Ramirez completed his high school education at Waltham Sr High School, earning a High School Diploma from 1988 to 1993. He furthered his education at Clark University, where he studied Computer and Information Sciences and Support Services, obtaining a PC Service and Support Certification in 2000. His expertise includes preventive and predictive maintenance of critical equipment, which is essential in his current role in robotics.
Background in the US Army
Before his career in robotics, Rodolfo Ramirez Ramirez served in the US Army as a Specialist from 1993 to 1999. This experience provided him with valuable skills and training that have contributed to his technical abilities in maintenance and repair. His military background has likely influenced his approach to problem-solving and working with complex systems.
Professional Skills
Rodolfo Ramirez Ramirez specializes in performing mechanical and electrical hardware and software upgrades for industrial robots. His role requires a strong understanding of both the mechanical and electronic aspects of robotic systems. Additionally, his expertise in preventive and predictive maintenance allows him to identify potential issues before they affect operations, enhancing the reliability of the robotic systems he works with.