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Radiation Safety

Course title


The Radiation Safety Training for Industrial Radiography is a 40-hour comprehensive course designed to meet state, local, and federal regulatory requirements. It caters to individuals seeking initial training to work with radioactive materials in radiography.

What will I learn

Course Overview:

The Radiation Safety Training for Industrial Radiography is a 40-hour comprehensive course designed to meet state, local, and federal regulatory requirements. It caters to individuals seeking initial training to work with radioactive materials in radiography. The course is also suitable for those aiming to obtain their IRRSP card for Radioactive Materials (RAM) in "Gamma sources," X-Ray, or Combination applications.

Course Contents:

Introduction and Course Overview:

  • Outline of the course objectives and structure.
  • Importance of radiation safety in industrial radiography.

Basic Radiation Physics:

  • Understanding the fundamentals of radiation and its behavior.
  • Principles of radioactivity and radioactive decay.

Characteristics of X-ray and Gamma Radiation:

  • Study of the properties and behavior of X-ray and gamma radiation.
  • Quantification of radioactivity and radiation sources.

Interactions of Radiation with Matter:

  • Exploring how radiation interacts with different materials.
  • Introduction to units of radiation dose measurement.

Biological Effects and Hazards of Radiation:

  • Overview of radiation effects on human health.
  • Understanding the risks associated with radiation exposure.

Radiation Levels and Control Measures:

  • Evaluation of radiation levels emitted by radiation sources.
  • Methods to control radiation dose through distance, time, and shielding.

Radiation Protection Programs and ALARA:

  • Development and implementation of radiation protection programs.
  • Applying ALARA principles to minimize radiation exposure.

Mathematics, Formulas, and Problem-Solving:

  • Application of mathematical calculations and formulas in radiation safety.
  • Practical problem-solving exercises related to radiation dose and shielding.

Personal Monitoring Devices:

  • Overview of personal dosimetry devices for radiation monitoring.
  • Proper usage and interpretation of dosimeter readings.

Radiation Survey Instruments:

  • Operation, calibration, and limitations of radiation survey instruments.
  • Hands-on training on the proper use of survey instruments.

Instrument Lab and Troubleshooting:

  • Hands-on laboratory exercises to familiarize students with radiation instruments.
  • Troubleshooting common issues and maintenance of survey instruments.

Radiation Survey Techniques:

  • Techniques for conducting radiation surveys in various settings.
  • Proper interpretation of survey results and identification of potential hazards.

Industrial Radiographic Techniques:

  • Introduction to industrial radiographic techniques and equipment.
  • Safety considerations and best practices for radiography applications.

Radiation Standards of Protection (10 CFR Part 19 and 20):

  • Review of regulatory standards and requirements for radiation safety.
  • Understanding the legal framework for radiation protection.

Course Benefits:

The Radiation Safety Training for Industrial Radiography offers comprehensive classroom instruction, practical training, and hands-on experience. After completing this course, participants will possess the necessary knowledge and skills to handle radioactive materials and safely practice industrial radiography while adhering to regulatory guidelines.

About this institute

Institute Name : Advanced NDT and Consulting

Language : English

Charge : Paid

Location : Tulsa, OK

Mode : Online

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At Advanced NDT and Consulting, we have a singular mission: to redefine industry standards by delivering exceptional quality services and products that surpass expectations. With unwavering commitment and innovative thinking, we strive to shape the future of our industry. While many larger companies prioritize profit margins, we remain steadfast in our dedication to the quality of work we provide.

Our goals are straightforward: we aim to restore the unwavering faith and trust that once characterized the field of Non-Destructive Testing (NDT). Through our efforts, we aspire to bring back the days when clients were true partners, rather than mere purchase orders. We want to foster a collaborative environment where our clients can rely on us as trusted allies.

To ensure the highest caliber of technicians, Advanced NDT and Consulting has implemented a comprehensive training process. Our Quality Management System (QMS) outlines strict guidelines for the qualification and certification of all technicians. By prioritizing the well-being and development of our employees, we ensure that our service embodies the principles we hold dear.

At Advanced NDT and Consulting, we are driven by a passion for excellence. We believe that by raising the bar and setting new standards, we can revolutionize the NDT industry. Through our unwavering commitment to quality, integrity, and continuous improvement, we aim to exceed client expectations and leave a lasting impact on the field of Non-Destructive Testing.

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