Explosive Ordnance Disposal

Online Undergraduate Certificate in Explosive Ordnance Disposal

Save @ AMU

$0 Application Fee
$0 Transfer Credit Evaluation
$0 Textbooks & eBooks

72%Have Graduated with No APUS-incurred Student Loan Debt2

About This Program

The undergraduate certificate in explosive ordnance disposal offered by American Military University (AMU) prepares bomb disposal technicians, military members, first responders, and others with appropriate knowledge in proper disposal techniques.

This focused six-course online program studies the science, history, construction, and handling of explosive substances. Some of the coursework covers:

  • Incident assessment methods, practices, and protocols
  • The chemistry of explosives
  • Regulatory issues with weapons of mass destruction
  • Electronics, electricity, and explosives

The program allows you to expand your knowledge without committing to a full degree program.

NOTE: Completion of this program does not award any professional certifications, but may be helpful in preparing to earn such certifications.

What You Will Do

  1. Recognize the historical basis of the development of the explosive ordnance disposal (EOD) field
  2. Identify the differences between military and civilian EOD organizations
  3. Select the appropriate use of technology and approach in rendering safe operations
  4. Describe the basic electrical and electronic theory/circuitry used in triggering and controlling standard and improvised explosive devices

Program at a Glance

Number of Credits
19
Cost Per Credit
$350 | $250*
$315**
Courses Start Monthly
Online
  • Want to Learn More?

    Contact student support if you're a current student and need assistance.

    Step One: Introduce Yourself
    Validation message here
    Validation message here
    Validation message here
    Validation message here
    Validation message here
    Validation message here

Program Requirements Printable Catalog Version

Must take all courses for this section.

Course ID: 2912

|
This course focuses on the strategic and regulatory issues associated with weapons of mass destruction (WMD) response. Course topics include WMD-relevant public law, definitions, reporting authorities, and jurisdictional and functional issues that govern organizations, technical companies, medical providers, and the scientific world. Other topics include the moral/ethical issues of using WMD, various aspects of WMD response, global CBRN threats, and CBRN arms limitations, treaties, organizations, regimes, and agreements.
Registration Dates Course Dates Session Weeks
10/30/23 - 03/29/24 04/01/24 - 05/26/24 Spring 2024 Session B 8 Week session
11/27/23 - 05/03/24 05/06/24 - 06/30/24 Spring 2024 Session I 8 Week session
12/25/23 - 05/31/24 06/03/24 - 07/28/24 Spring 2024 Session D 8 Week session
01/29/24 - 06/28/24 07/01/24 - 08/25/24 Summer 2024 Session B 8 Week session
02/26/24 - 08/02/24 08/05/24 - 09/29/24 Summer 2024 Session I 8 Week session
03/25/24 - 08/30/24 09/02/24 - 10/27/24 Summer 2024 Session D 8 Week session

Course ID: 3686

|
This course offers explosive handlers, bomb disposal technicians and responders an introduction to the chemical make-up and associated hazards of explosive substances. The combination of challenging reference sources and instructional interchange immerses the student in the world of explosive compounds including the research and development behind many explosive compounds widely used throughout the world today. This combination of reference materials, website research and group-related projects, allows the new explosive handler to learn the scientific basis for the long lists of safety precautions involved when handling explosives. Topics include, but are not limited to, history of explosives; basic chemical composition of explosives; and, safety precautions and guidelines when approaching or handling explosives. It will also cover researching information sites and references for material ranging from basic safety precautions of explosives to the resources available for emergency handlers and responders. The course helps students understand the hazards associated with common explosive materials.
Registration Dates Course Dates Session Weeks
10/30/23 - 03/29/24 04/01/24 - 05/26/24 Spring 2024 Session B 8 Week session
12/25/23 - 05/31/24 06/03/24 - 07/28/24 Spring 2024 Session D 8 Week session
02/26/24 - 08/02/24 08/05/24 - 09/29/24 Summer 2024 Session I 8 Week session

Course ID: 2525

|
This course is a dynamic and information packed introduction to the history of incendiaries and explosives. Included is a short study of the origins of modern-day Bomb Disposal and Explosive Ordnance Disposal (EOD) Teams and their evolving techniques. The course examines areas and ideas from the ancient mystique of “Greek Fire” and the inventions of gunpowder and high explosives, up to modern-day nuclear reactions and weapons of mass destruction. The course provides an in-depth understanding and appreciation of the history and background of the science and mechanics applied to explosive technologies, and provides for a better understanding of those who work to render safe unexploded hazards.
Registration Dates Course Dates Session Weeks
11/27/23 - 05/03/24 05/06/24 - 06/30/24 Spring 2024 Session I 8 Week session
01/29/24 - 06/28/24 07/01/24 - 08/25/24 Summer 2024 Session B 8 Week session
03/25/24 - 08/30/24 09/02/24 - 10/27/24 Summer 2024 Session D 8 Week session

Course ID: 2528

|
This course is designed for Explosive handling technicians, police or military, or others who respond to incidents involving hazardous devices containing electrical and/or electronic components. Concepts covered include the important differences between electricity and electronics (E&E) from the scientific and technical perspective and the practical situational aspects of threats posed to any handler of suspicious E&E devices. Specific areas are covered in a logical and easy to digest manner and include the fundamental principles of Alternating Current (AC) and Direct Current (DC) including series, parallel, and series parallel circuits; hazardous device circuit component operations and capabilities; and, safety precautions and guidelines when dealing with circuits contained in hazardous devices. The course focuses on how to conduct research on information sites and references for basic circuitry and helps students recognize the technical aspects of circuit theory, components and capabilities required to effectively perform diagnostic procedures.
Registration Dates Course Dates Session Weeks
10/30/23 - 03/29/24 04/01/24 - 05/26/24 Spring 2024 Session B 8 Week session
12/25/23 - 05/31/24 06/03/24 - 07/28/24 Spring 2024 Session D 8 Week session
02/26/24 - 08/02/24 08/05/24 - 09/29/24 Summer 2024 Session I 8 Week session

Course ID: 2529

|
This course is an overview of Explosive Ordnance Disposal (EOD). It provides a framework in which to evaluate Standard Operating Procedures (SOPs) utilized by military and civilian Explosive Ordnance Disposal teams and Hazardous Devices teams in the field. The extremely hazardous nature of these operations lends itself to a detailed evaluation of the methods; practices and protocols used during live ordnance and emergency response calls. Formal EOD guidance contained in military instructions and regulations, and Federal Codes of Regulation (CFRs) are examined as references and for operational compliance. They are evaluated for efficacy in meeting the often conflicting and demanding needs of EOD operators. Procedures covered include the full spectrum of military EOD Required Operational Capabilities. Included are high-risk evolutions such as diving and demolition operations, parachuting and rappelling operations, and, response to weapons of mass destruction, and small arms employment under hostile and time constrained conditions. The vulnerability and risk of specific EOD procedures to terrorists’ actions is defined, and proposed countermeasures are weighted for effectiveness. The application of industry “Best Practice” risk management processes is examined for application to the Explosive Ordnance Disposal field.
Registration Dates Course Dates Session Weeks
10/30/23 - 03/29/24 04/01/24 - 05/26/24 Spring 2024 Session B 8 Week session
01/29/24 - 06/28/24 07/01/24 - 08/25/24 Summer 2024 Session B 8 Week session

Course ID: 3820

|
This course offers an introduction to classical physics for non-scientists. Students will learn to apply Newtonian principles to the fundamental topics of motion, gravitation, momentum, work, energy, heat, wave behavior, sound, light, electricity, and magnetism. Basic algebra will be used in this course to demonstrate how mathematics can describe and predict the real-world behavior of objects ranging from electrons to planets. Students will be expected to relate physics principles to their daily lives. Through interactive simulation software, lab exercises will teach students how to take measurements, make observations about physical phenomena, make calculations, and test out their own reasoning. Topics covered in this course require some comfort with math. This course is time-intensive, so students should ensure they have the time to fully commit to this course if it is used to fulfill the General Education science course requirement.
Registration Dates Course Dates Session Weeks
10/30/23 - 03/29/24 04/01/24 - 05/26/24 Spring 2024 Session B 8 Week session
11/27/23 - 05/03/24 05/06/24 - 06/30/24 Spring 2024 Session I 8 Week session
12/25/23 - 05/31/24 06/03/24 - 07/28/24 Spring 2024 Session D 8 Week session
01/29/24 - 06/28/24 07/01/24 - 08/25/24 Summer 2024 Session B 8 Week session
02/26/24 - 08/02/24 08/05/24 - 09/29/24 Summer 2024 Session I 8 Week session
03/25/24 - 08/30/24 09/02/24 - 10/27/24 Summer 2024 Session D 8 Week session

Courses Start Monthly

Next Courses Start Apr 1
Register by Mar 29

Admission Requirements

  • All AMU undergraduate programs require a minimum of a high school diploma or equivalent (i.e., GED).
  • Please read all undergraduate admission requirements before applying to this program and be prepared to submit the required documentation.
  • There is no fee to complete the AMU admission application for this program. View steps to apply.

Need Help?

Selecting the right program to meet your educational goals is a key step in ensuring a successful outcome. If you are unsure of which program to choose, or need more information, please contact an AMU admissions coach at 877-755-2787 or [email protected].

Quality Education Should Be Affordable

So you can focus on the opportunities ahead, without the financial burden of more expensive schools who are not as invested in your success. Learn more about paying for school.

Consumer Information

Disclosures

Maryland Residents learn more about costs, completion rates, median debt, and more.

2Alumni Graduated with No APUS-incurred Student Loan Debt As of December 31, 2021

Includes alumni who graduated with an associate, bachelor's, or master's degree from APUS. Student loan debt is defined as student loans and private education loans used for tuition, fees, living expenses, and book costs associated with courses taken at APUS. Many APUS students receive military tuition assistance and veterans education benefits, which are not student loan debt.

1The University reserves the right to accept or deny credits according to policies outlined on our University website. Please see the University's transfer credit policy webpage for complete information.

*Cost Per Credit Hour

AMU's Preferred Military Rate is $250 per credit hour for all undergraduate and master's-level courses. This rate is available to all U.S. active-duty servicemembers, National Guard members, Reservists, and military families, including parents, spouses, legal partners, siblings, and dependents.
See all military student benefits.

Cost of Attendance

Learn more about AMU’s cost components and full cost of attendance