Facility Manager resume example

The Data Center Engineering Operations Technician, are responsible for ensuring the overall operation and maintenance of all electrical, mechanical, and HVAC equipment within the Data Center. This equipment supports mission-critical servers and maintains continuous up-time. Data Center Engineering Operations Technicians constantly maintain high reliability and performance while keeping operating costs in facilities at a minimum, and also drives innovation to reduce operational costs.

The Data Center Engineering Operations Technicians are first to respond to all hands-on electrical and mechanical equipment troubleshooting. They maintain, operate, and troubleshoot Data Center Operation’s Mission Critical Facilities, which includes stand-by diesel generators and related fuel systems, 3 phase electrical systems that include but are not limited to switchgear, UPSs, PDUs, wet cell batteries and associated systems, CRACs, centrifugal chillers, water chemical system, AHUs and associated systems, pumps, & motors. Writes and performs all preventative and corrective maintenance items throughout the Data Center.

Independent Successes:

• Conceptualized and deployed a cataloged LOTO system throughout the data center.
• Lead and finalized a complete overhaul of storage and audit techniques for all on site equipment, parts and spares available in storage and deployed, allowing for ease of maintenance and response time in case of a casualty situation.
• Developed, designed and applied a removable cover plate system for AHUs used in the data center to allow for ease of maintenance and cleaning.
• Assisted in operational readiness testing of newly installed Utility Switchboard and auxiliary systems for additional Electric Room in data center.

Nuclear Machinist Mates aboard U.S. Naval vessels are required to qualify and maintain qualification of several watch stations, starting promptly after being stationed to a ship. Along with requirements of qualification, they are expected to complete preventative and corrective maintenance items as per the determined maintenance schedules established by their specific work centers, all while upholding the core values and beliefs of the United States Navy on and off the ship.

Achievements:

• Planned and executed numerous preventative and corrective maintenance items safely and efficiently as the lead technician while aboard U.S.S. George H.W. Bush, allowing for safe and proper operation of the steam plant and associated supporting and auxiliary systems
• Oversaw various maintenance projects from conceptualization to completion as the Work Center Supervisor for a period of a year and three months, ensuring that the projects and items were completed fully and to satisfaction of the maintenance standard
• Aided in establishing and maintaining an additional training matrix and process utilized by newly arrived Nuclear Machinist Mates, while also providing training sessions in groups and under individual basis. These actions enabled the exploration of continual process improvement and the streamlining of the training program overall
• Qualified the Senior in Rate watch station aboard the ship expeditiously and ahead of schedule for the allotted time frame provided to personnel when they arrive to the duty station. Granting additional capacity of fellow qualified Senior in Rate personnel to participate in and lead other varieties of plant based operations
• Completed extra curricular qualifications in the fields of Quality Controls and Quality Assurance, producing a higher capacity of controls based operations and maintenance in the steam plant

Nuclear Machinist Mate trainees complete a rigorous, highly technical, and time intensive 2 year training program to become a qualified Nuclear Machinist Mate. The course encompasses a large variety of materials and curriculum in a condensed time frame.

• The first phase of the training is at Machinist Mates "A" School, where Nuclear Machinist Mate trainees are required to properly identify and understand all major mechanical and electrical equipment found in the steam plants along with the basis behind their specific operations
• The second phase of training is Nuclear Power School, which necessitated a strong understanding of the process of nuclear fission, thermodynamics, water chemistry and types of radiation and their effect on the human body and plant materials
• The third and final stage of training is Prototype. Here, students are placed in an arduous environment of an operational nuclear power plant training facility and demanded to obtain a full understanding of overall plant operations and the main and auxiliary systems and equipment associated to the plant