Theodore Diefenderfer Email & Phone Number

Covert, Michigan, United States

San Diego, California, United States

FY24 Class 130 Leading Chief Petty OfficerResponsible for senior project manager level management to ensure all duties and responsibilities of the division are accomplished. Results-driven leader and administration professional with experience in leading teams, project management, and directing recruiting programs for the United States Navy. Established.

San Diego County, California, United States

• Propulsion Plant Watch Supervisor Overall supervisor responsible for the safe and effective operation and maintenance of a Naval Nuclear Propulsion Plant with a key responsibility to stop any operation considered.
• Reactor Operator/Shutdown Reactor OperatorResponsible for the adjustment of reactor reactivity and the monitoring of plant Pressure and Temperature during critical and shutdown reactor plant conditions. Ensures the.
• Control Point WatchResponsible for the control of access to radiological and contamination areas to ensure the proper minimization of personnel radiological exposure and the spread of radioactive particulates.
• Log Recorder Phone TalkerResponsible for monitoring of operational trends in operating conditions from a control room environment to evaluate the overall health of plant equipment. Personnel in this role also serve as.

San Diego, California, United States

• Obtained various Quality Assurance qualifications to ensure the use of the proper materials during repairs and maintenance of various nuclear propulsion plant equipment.
• Controlled electronic equipment used for Reactor Rod Control, Primary Plant Control, Reactor Protection, Primary Plant Instrumentation, Nuclear Instrumentation, Measurement and Alarm Warning, Power Distribution.

San Diego, California, United States

The leading petty officer is directly responsible for oversight of all personnel within the division to ensure maximum efficiency and safety of operations carried out by the division. Reactor Controls LPO is responsible for the management and supervision of 80 personnel for both A4W Nuclear Propulsion Plants on board Nuclear Air craft carriers ensuring.

San Diego, California, United States

• Responsible for the planning and coordination of all workcenter maintenance items. Personnel in this role create maintenance schedules each quarter based on periodicity requirements of their work center's equipment and.
• Awarded a Navy and Marine Corps Achievement medal for excellence in leadership and technical prowess.
• Increased the work centers periodic accomplishment rating and situational accomplishment rating scores from 60% to 100% through the proper planning and execution of over 700 maintenance items.

Charleston, South Carolina, United States

Charleston, South Carolina, United States

• Led training on advanced power plant casualty simulation and evaluation.
• Directly responsible for the instruction and training of personnel in the knowledge, operation and performance of General Purpose Test Equipment (GEPTE) and auxiliary equipment; tests, calibrates, maintains, and.

Charleston, South Carolina, United States

• Reactor Operator Qualification
• Class Standing 1 of 22A course based upon the fundamentals of nuclear propulsion power and the interrelationship of its mechanical, electrical, and reactor subsystems; develop and exercise oral communication skills.

San Diego, California, United States

Fiber Optics Maintenance And RepairThis course provides students with the knowledge and skills to install, test, and repair fiber optic links, including termination of cables with connectors, evaluation of fiber polishing, and operation of specialized test equipment.

Charleston, South Carolina, United States

• Nuclear Power School
• Class standing 171 of 311 A course comprised of more than 600 hours of college-level mathematics, physics, reactor physics. Upon completion of the course, the student will have a comprehensive understanding of a.
• Class Standing 6 of 16Studied the basic knowledge of fundamental mathematic concepts; basic electricity, electronics, digital, and microprocessor-based equipment, instrumentation and control systems; interpret.