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Education

• Upon Completion of the Course, the Student will be Able to Perform as A Navy Recruiter, Displaying Competence in Sales, Prospecting, Paperwork Processing, Marketing, Communications, Recruit Incentives, Navy Benefits, Problem Solving and Basic Computer Operations. Audiovisual Materials, Practical Exercises, Discussion, and Lecture. Topics Include Professional Selling Skills, Sales Prospecting, Recruit Processing, Production Systems, Navy Recruiting and Navy Standards.
• the Radiological Controls Monitor School (Rcms) is A Five Week Course Which Teaches Prospective Radiological Controls Monitors Practical Application of Radiological Controls Monitoring Skills Required for Repair and Maintenance of Navy Nuclear Systems and Components. This Course Covers Required Skills and Knowledge for A Graduate to Monitor Radiological Requirements During Nuclear Maintenance. it Enhances Knowledge of Radiological Fundamentals, and the Latest Radiological Work Practices and Policies.
• Five Week Navy School Focusing on Reactor Plant and Steam Plant Water Chemistry Along with Radiological Controls for Routine Maintenance Evolutions.
• Upon Completion of the Course, the Student will be Able to Describe the Fundamentals of Nuclear Propulsion Power and the Interrelationship of its Mechanical, Electrical, and Reactor Subsystems; Develop and Exercise Oral Communication Skills; Understand the Physical Nature of Nuclear Radiation Particles, Their Detection, Interaction with Matter, and Human Health Consequences; Gain Knowledge of the Safe Operation of A Complex Nuclear Power Plant and its Sophisticated Subsystems with an Emphasis on Basic Industrial Safety Principles; Identify, Troubleshoot, and Correct Problems in Nuclear Mechanical, Electrical, or Reactor Control Systems at the Component Level with an Emphasis on Mechanical Systems; and Apply Earlier Technical Classroom Knowledge to the Practical, Safe Operation of Navy Nuclear Power Plants.
• Three Month Navy School Focusing on Pump Theory, Heat Transfer and Fluid Flow, Steam Turbines, Physics and Math
• Upon Completion of the Course, the Student will have A Comprehensive Understanding of A Pressurized-Water Nuclear Power Plant, Including Reactor Core Nuclear Principles, Heat Transfer and Fluid Systems, Plant Chemistry and Materials, Mechanical and Electrical Systems, and Radiological Control. Lectures, Readings, Discussions, Mandatory Self-Instruction, and Testing and Evaluation Cover the Areas of Mathematics, Physics, Heat Transfer and Fluid Flow, Fundamentals of Nuclear Reactor Engineering, Radiation Protection Technology, General Chemistry and Principles of Materials, Hydraulic Systems, Applied Thermodynamics and Heat Transfer, Power Plant Systems, and Basic Electricity/Electronics. This Understanding is Based on A Thorough Grounding in Algebra and Trigonometry, with A Subsequent In-Depth Physics Course Emphasizing Electromagnetism, Atomic, and Nuclear Physics. the Student is Fully Prepared to Undertake Hands-On Training Experiences Based on This Extensive Classroom Preparation.