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NeL Catalog Code
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Module/Lesson Title
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Aligned to Navy Tactical Task
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Navy Spectrum Management Training
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Basic Spectrum Management (SM) Principles
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| SPAWAR-SMO-1.0 |
Spectrum Management Overview |
This is a basic course on spectrum management. It is intended for entry-level SM and EMI/EMC personnel, but is suitable for anyone desiring basic information on this subject. The electromagnetic spectrum is a limited resource that the U.S. relies on to support both military and private sector applications. This course presents general information on spectrum management, including how the global electromagnetic spectrum is allocated, the purpose of spectrum management and the general principles behind how spectrum compatibility is achieved. This course also provides an introduction to the policy and guidance that governs it, including the principal organizations (e.g., ITU, FCC, and NTIA). |
| SPAWAR-EMBO-1.0 |
The Electromagnetic Battlespace (EMB) Overview |
This is a basic course on the concept and principles of an electromagnetic battlespace (EMB). It is intended for entry-level SM and EMI/EMC personnel, but is suitable for anyone desiring basic information on this subject. This course explains the concept of an EMB and how it is affected by the area of responsibility (AOR) and the area of influence (AOI). It includes instruction on the major background environmental information sources that can provide initial data on the AOR’s spectrum environment and how this data can be imported from electronic media or manually entered into SPECTRUM XXI or other programs to aid in defining the AOI. |
| SPAWAR-SFAFO-1.0 |
Standard Frequency Action Format (SFAF) |
This is a basic course on the Standard Frequency Action Format (SFAF). The use of SFAF is required for all DOD frequency assignment transactions. This course is intended for entry-level SM and EMI/EMC personnel, but is suitable for anyone desiring basic information on this subject. Topics covered include SFAF's purpose, basic formatting, procedures for using SFAF, and the SFAF data items used in the SPECTRUM XXI analysis models. Unscored drill and practice on interpreting SFAF coding is also provided. |
| SPAWAR-SXXIO-1.0 |
SPECTRUM XXI Overview |
This course is intended for entry-level SM and EMI/EMC personnel, but is suitable for anyone desiring basic information on this subject. This course addresses the modes of operation, hardware/software requirements, and the major components of the SPECTRUM XXI software |
| SPAWAR-AESOPO-1.0 |
The Afloat Electromagnetic Spectrum Operations Program (AESOP) Overview |
This is a basic course on AESOP, the Navy’s official electronic database tool used in spectrum management and frequency planning. This course is intended for entry-level SM and EMI/EMC personnel, but is suitable for anyone desiring basic information on this subject. This course provides a basic overview of AESOP, including its purpose, major components, and the types of data that are entered into it and how AESOP handles that data. |
| SPAWAR-SPEEDO-1.0 |
Systems Planning Engineering And Evaluation Device (SPEED) Overview |
This lesson provides a general overview of the Marine Corps automated spectrum management database tool: Systems Planning Engineering and Evaluation Device (SPEED). |
| SPAWAR-CRPMUAESOP-1.0 |
Communication and Radar Plan Maintenance Using AESOP |
This is a basic course on AESOP, the Navy’s official electronic database tool used in spectrum management and frequency planning, and how it is used to maintain the spectrum planning data necessary for generating the OPTASKCOM and Radar Plans. This course is intended for entry-level SM and EMI/EMC personnel, but is suitable for anyone desiring basic information on this subject. The CNO, by 021531ZMay 05-ALCOM 33/05, mandates the use of AESOP for spectrum planning. AESOP ensures compliance with global frequency agreements and promotes the optimal use of frequencies. Topics include the types of data that are entered into AESOP and how AESOP handles that data. It is useful to have a general understanding of OPTASKCOM Plans, Radar Plans, and AESOP before taking this lesson. |
| SPAWAR-EL-CIDO-1.0 |
Equipment Location-Certification Information Database (EL-CID) Overview |
This lesson provides an overview of the Equipment Location-Certification Information Database (EL-CID) software program; including its purpose, important information regarding installing and using it, and the types of screens and reports available. |
| SPAWAR-DD1494O-1.0 |
DD Form 1494 Overview |
This lesson provides a brief introduction to the DD Form 1494 document, including its purpose and use as part of the Equipment Spectrum Certification (ESC) process. Students have an opportunity to review each page of the DD Form 1494 using an interactive PDF version of the document. |
| SPAWAR-JTFSMO-1.0 |
Joint Task Force (JTF) Spectrum Management Overview |
This is a basic course on spectrum management for a Joint Task Force (JTF), specifically as it is performed by U.S. JTF participants. This course is intended for entry-level SM and EMI/EMC personnel, but is suitable for anyone desiring basic information on this subject. Instruction covers the roles and responsibilities of each echelon, an overview of the 12 activities in the JTF spectrum management lifecycle, and the role and responsibility of each JTF functional area and echelon of command. |
| SPAWAR-IOCO-1.0 |
Information Operations (IO) Cell Overview |
This lesson provides a general overview of the Navy’s Information Operations Cell, including its purpose, function, and organization. |
| SPAWAR-RROIOSS-1.0 |
Reporting and Resolving Operational Interference Overview for Shore and Surface |
This is a basic course on the operational interference reporting and resolution process. It is intended for entry-level SM and EMI/EMC personnel, but is suitable for anyone desiring basic information on these subjects. This course presents instruction on the purpose of reporting interference, the time limit for so doing, highlights of the JSIR process, and how to report operational interference. It also presents an overview of the basic process for resolving operational EMI, typical causes of operational EMI and possible solutions, and the purpose of a frequency interference analysis and why it can be useful. |
| SPAWAR-EFAO-1.0 |
Equipment Frequency Allocation Overview |
This lesson provides insight into why spectrum supportability is important, the policies behind it, and E3 and SS considerations that affect the acquisition and frequency allocation for spectrum-dependent systems and equipment. |
| SPAWAR-RFLO-1.0 |
Restricted Frequency List Overview |
This is a basic course on the Restricted Frequency List. Instruction includes general information on the purpose of an RFL and the three types of frequencies that are protected by it. |
| SPAWAR-CRPOSS-1.0 |
Communication and Radar Plans Overview for Shore and Surface |
This is a basic course on two important plans used by the Navy: the Radar Assignment Plan the OPTASKCOM and the Spectrum Management Plan.. This course is intended for entry-level SM and EMI/EMC personnel, but is suitable for anyone desiring basic information on these subjects. A general overview of the Radar Assignment Plan is presented, including its purpose, how it is developed, and how data is captured for use in the plan through request and reply messages. A general overview of an OPTASKCOM is presented, including Net Plans, temporary OPTASKCOM plans, and the requirements for the plans when transiting alone or in a group. It also presents a general overview of the Spectrum Management Plan as described within the JTF SM Lifecycle, including the purpose of the plan, when and how it is developed, and the major topics that it covers. |
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Navy EMC Training
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Basic Electromagnetic Radiation (EMR) Principles
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| SPAWAR-EMRO-1.0 |
Electromagnetic Radiation (EMR) Overview |
This is a basic course on electromagnetic radiation (EMR). It is intended for entry-level SM and EMI/EMC personnel, but is suitable for anyone desiring basic information on this subject. This course addresses that portion of the electromagnetic spectrum where radio frequencies are found. Basic principles of electromagnetic radiation and radio frequencies are presented. Given that unsafe exposure to electromagnetic radiation can be hazardous to the human body, this course also addresses the general principles behind RADHAZ and the basic safety precautions for keeping yourself and others safe. Information is also provided on the maximum permissible exposure (MPE) limits and the reporting process for unsafe exposure to EMR. |
| SPAWAR-EMIO-1.0 |
Electromagnetic Interference (EMI) Overview |
This lesson presents information on electromagnetic interference for anyone entering the field of electromagnetic compatibility (EMC) and spectrum management. Instruction is presented on EMI sources and potential victims, including coupling paths, EMI problem categories and fixes, and EMI prevention and control methods. |
| SPAWAR-EMRHSO-1.0 |
Electromagnetic Radiation Hazards (RADHAZ) Safety Overview |
This is an intermediate course on RADHAZ safety. It provides an overview of basic HERP, HERF, and HERO as refresher training but deeper into each of these topics. This course is intended for SM and EMI/EMC personnel who already possess basic knowledge of EMR, but is suitable for anyone desiring intermediate information on these subjects. This course presents instruction in RADHAZ policy and guidance, including its major characteristics and who is responsible for it. The HERP section addresses the maximum permissible exposure (MPE) levels and basic restrictions, the causes and consequences of electro-stimulation and thermal effects, personal protective equipment, RADHAZ warning signs and devices, and mishap reporting. The HERF section addresses the ignition source, ignitable materials, and oxidizers that create HERF conditions and safety measures for minimizing the risks. The HERO section addresses the definition of HERO and HERO classifications, the purpose of HERO EMCON bills and HERO warning signs and labels, and HERO precautions for ordnance operations ashore or afloat, including special precautions around aircraft and hoisting operations. Not covered: Laser, microwave, and ionizing radiation; and RADHAZ Surveys and Certifications. |
| SPAWAR-EMPO-1.0 |
Electromagnetic Pulse Overview |
This is a basic course on electromagnetic pulse. It is intended for entry-level SM and EMI/EMC personnel, but is suitable for anyone desiring basic information on this subject. The basic principles behind an electromagnetic pulse are presented, including the 5 electromagnetic pulse environments and how it can disrupt military systems. |
| SPAWAR-ESDO-1.0 |
Electrostatic Discharge Overview |
This lesson presents a general overview of electrostatic discharge, including its effect on equipment, propellants, and explosive devices, and methods for protection from and control of ESD. |
| SPAWAR-E3PIROSS-1.0 |
E3 Problem Investigation and Resolution Overview for Shore and Surface |
This is a basic course in Navy standardized EMI and RADHAZ problem identification, investigation, and resolution. It is intended for entry-level SM and EMI/EMC personnel, but is suitable for anyone desiring basic information on this subject. Instruction is provided on EMI and RADHAZ standardized testing, terminology used by STAN, how STAN categorizes EMI and RADHAZ problems and tests, and the numbering scheme for tracking them. Instruction is also provided on the purpose of EM Control Topside Arrangement Drawings and where to obtain them. This lesson does not cover the Survey and Certification process, nor the actual performance of EMI and RADHAZ test procedures. |
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Navy EMC Training (continued)
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Intermediate Electromagnetic Radiation (EMR) Principles
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| SPAWAR-RWPO-1.0 |
Radio Wave Propagation Overview |
This is an intermediate course on radio wave propagation. It is intended for SM and EMI/EMC personnel who already possess basic knowledge of EMR, but is suitable for anyone desiring intermediate information on this subject. This course presents instruction on how radio waves propagate. Topics include the general properties of EM waves, the different layers composing the Earth’s atmosphere and how ionization and recombination in the Ionosphere affect radio wave propagation, and how radio waves propagate in free space and via line of sight, groundwave, skywave, reflection, and diffraction. |
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Navy EMC Training (continued)
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Intermediate Electromagnetic Compatibility (EMC) Principles
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| SPAWAR-ASACAI-1.0 |
Anritsu S113BQ Antenna And Cable Analyzer Introduction |
This is a basic course on the purpose and use of the Anritsu Site Master S113BQ Antenna and Cable Analyzer. The antenna and cable analyzer is a General Purpose Electronic Test Equipment (GPETE) used to determine whether shipboard antenna systems and associated cables are within their allowable Voltage Standing Wave Ratio (VSWR). This course is intended for entry-level EMC Technicians, but is suitable for anyone desiring basic information on this subject. Instruction is presented on the Anritsu’s purpose, operational characteristics, controls and indicators, interfaces, peripherals, and safety precautions; as well as the steps in normal operations (i.e., charging the battery, setting up, calibrating, and taking a VSWR measurement). |
| SPAWAR-SAI-1.0 |
Spectrum Analyzer Introduction |
This is a basic course on the purpose and use of a generic spectrum analyzer. The spectrum analyzer is a General Purpose Electronic Test Equipment (GPETE) used in analyzing emissions from pulsed emitters. This course is intended for entry-level EMC Technicians, but is suitable for anyone desiring basic information on this subject. Instruction is presented on the analyzer’s purpose; operational and functional characteristics; controls, interfaces, and peripherals; and safety precautions. Instruction is also presented on using a spectrum analyzer to take a basic measurement and a pulsed RF measurement. |
| SPAWAR-B218052MI-1.0 |
Biddle 21805-2 Megohmmeter Introduction |
This is a basic course on the purpose and use of the Biddle 21805-2 Megohmmeter. The megohmmeter is a General Purpose Test Equipment (GPETE) used for taking direct measurements of insulation resistance and the continuity of domestic and industrial wiring. This course is intended for entry-level EMC Technicians, but is suitable for anyone desiring basic information on this subject. Instruction is presented on the Megohmmeter’s purpose, its characteristics, its normal operation in both insulation and continuity testing modes, and the steps in normal operation (i.e. setting up, insulation testing of an installed HF communications antenna system, and continuity testing of an installed HF communications antenna system). |
| SPAWAR-B43TWI-1.0 |
Bird 43 THRULINE Wattmeter Introduction |
This is a basic course on the purpose and use of the Bird 43 THRULINE Wattmeter. The wattmeter is a General Purpose Electronic Test Equipment (GPETE) used in determining whether installed communication antennas and their cables are operating within allowable limits. This course is intended for entry-level EMC Technicians, but is suitable for anyone desiring basic information on this subject. Instruction is presented on the wattmeter’s purpose; operational characteristics; controls and displays; safety precautions; and how to use this wattmeter to determine if an antenna is within its Voltage Standing Wave Ratio (VSWR) specifications. |
| SPAWAR-T1502CMTDRI-1.0 |
Tektronix 1502C Metallic Time Domain Reflectometer Introduction |
This is a basic course on the purpose and use of the Tektronix 1502C Metallic Time Domain Reflectometer (TDR). The Tektronix 1502C Metallic TDR is a GPETE used for testing the electrical continuity of coaxial transmission lines and the characteristic impedance of antennas. This course is intended for entry-level EMC Technicians, but is suitable for anyone desiring basic information on this subject. Instruction is presented on the purpose of the Tektronix 1502C Metallic TDR; its operational characteristics; displays, controls, interfaces, peripherals; and safety precautions. Instruction is also presented on the steps in normal operations (i.e., setting up the TDR, testing a coaxial cable during normal operation, and testing an antenna as part of STAN Test 3S-C3, 40711-3-002, TDR Measurement). |
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Joint Spectrum Management Training for Navy Participants in a Joint Task Force
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Intermediate Joint Task Force Spectrum Management (JTF SM) Lifecycle Principles
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| SPAWAR-JTFSMLA7-1.0 |
JTF Spectrum Management Lifecycle Activity 7: Nominate and Assign Frequencies Overview |
This is a basic course on Joint Task Force (JTF) Spectrum Management Lifecycle Activity 7: Nominate and Assign Frequencies. It is intended for Navy personnel supporting Joint Task Force spectrum management for the first time, but is suitable for anyone desiring basic information on this subject. This course provides a brief overview of the JTF spectrum management activity of nominating and assigning frequencies. Instruction is provided on the purpose of this activity, who has assignment authority, how it can be managed through a centralized or decentralized approach, and the six different types of frequency assignments. Also provided are examples of successful strategies for tracking frequency proposals as they arrive. |
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E3/SS Training for Navy Civilians and Contractors
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Basic E3/SS Theory
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| SPAWAR-BEWO-1.0 |
Basic Electromagnetic Waves Overview |
This is a basic course on electromagnetic waves. It presents general engineering principles and is intended for entry-level E3/SS personnel. Many EMI phenomena, particularly those involving radiated coupling between an EMI source and an EMI victim, are the result of EM field effects. This course addresses the properties of EM fields, including the theory, laws, and equations behind them. In depth instruction is provided on the properties and behaviors of near and far fields. The theory of EM waves is presented, including plane waves, wave impedance, power density and field intensities, wave velocity, frequency and wavelength, and polarization. |
| SPAWAR-E3SO-1.0 |
Basic Electromagnetic Environmental Effects (E3) Safety Overview |
This is a basic course on RADHAZ safety from an E3/SS perspective. It presents general engineering principles and is intended for entry-level E3/SS personnel. The ambient EME can adversely affect personnel, fuels, and ordnance. Primary EME contributors are manmade emitters, intentional and unintentional, friendly and hostile. This course addresses the E3 control strategy. This includes identifying and describing major documents and reference material, and instruction on the basic restrictions and maximum permissible exposure (MPE) levels and various methods for controlling RADHAZ. |
| SPAWAR-BAO-1.0 |
Basic Antennas Overview |
This is a basic course on antennas. It presents general engineering principles and is intended for entry-level E3/SS personnel. An antenna is the system component that is designed to radiate or receive EM waves. This course addresses the general principles behind isotropic, non-isotropic, directional, and omnidirectional antennas. It covers all of the various types of antennas, including monopole and half-wave dipole. The following characteristics are discussed: bandwidth, beam width, directivity, gain, minor lobe level, polarization, input impedance, radiation resistance, and receiving cross section. This course also provides an overview of the radiation and reception characteristics of an antenna and their importance from an EMC perspective. |
| SPAWAR-SSRA-AP-1.0 |
Spectrum Supportability Risk Assessments for Acquisition Personnel |
This course presents in-depth instruction on how to prepare an SSRA Report as required by OPNAV 2400.00 (series). The course covers the requirements in DI-EMCS-81543 and the guidance provided in the DoDI 4650.01 and the Final Joint Services Guide for Development of a SSRA. Topics include the SSRA purpose and scope, policy and guidance, defining and classifying risk, and SSRA entry points into the DAS process required for S-D equipment and system. Sample SSRAs are provided. |
| SPAWAR-BGBO-1.0 |
Basic Grounding and Bonding Overview |
This is a basic course on grounding and bonding. It presents general engineering principles and is intended for entry-level E3/SS personnel. Grounding for minimization of EMI is one of the more problematic topics of the EMC engineering field. This course addresses grounding issues such as resistance; ground inductance, reactance, and impedance; ideal versus real grounds; distribution methods; etc. In depth attention is given to signal grounds, grounding problems, and grounding solutions. Often, the EMC deterioration of equipment and systems over their lifetime is linked directly to the degradation of bonding characteristics due to corrosion, mechanical stress, or other environmental reasons. This course delves into the types of bonds and the EMI effects on equipment and systems when poor bonding is performed. |
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E3/SS Training for Navy Civilians and Contractors (continued)
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Describe Advanced Electromagnetic Environmental Effect and Spectrum Supportability (E3/SS) Theory
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| SPAWAR-AGT-1.0 |
Advanced Grounding Theory |
This course presents advanced engineering concepts related to grounding theory. It is intended for E3/SS personnel who already possess a solid understanding of basic E3/SS. It focuses on protecting systems and equipment from the effects of exposure to EMI through grounding. It presents specific solutions designed to eliminate the ground as reference by transporting the signal by means of a balanced path in which the signal path carries its own reference. It analyzes the various methods and techniques of grounding given the many uncontrolled factors that affect the performance of grounding solutions. |
| SPAWAR-AST-1.0 |
Advanced Shielding Theory |
This course presents advanced engineering concepts related to shielding theory. It is intended for E3/SS personnel who already possess a solid understanding of basic E3/SS. This course focuses on protecting systems and equipment from the effects of exposure to EMI through shielding; including the concept of shielding theory and how shields can control radiated EMI, shielding effectiveness, and the performance of shielding materials. Topics include wave impedance, the properties of materials as they relate to reflection and absorption losses, and frequency-dependent behavior. An in-depth instruction on magnetic shielding, its properties and effectiveness, is included. |
| SPAWAR-ADSHS-1.0 |
Advanced Shielding Solutions |
This course presents advanced engineering principles related to shielding solutions. It is intended for E3/SS personnel who already possess a solid understanding of basic E3/SS. Shielding can help reduce or prevent the effects of EMI on sensitive electronic/electromagnetic equipment. This course addresses shielding solutions for ports, displays, and housings of various types of equipment and systems. It includes discussions of the shielding properties of various materials and addresses engineering concepts such as the Faraday Cage Concept. In depth attention is paid to the specific requirements and considerations of cable shielding. |
