Graduate Certificate in Radiation Management

Program Overview

The Graduate Certificate in Radiation Management from the University of Adelaide equips students to lead workplace radiation safety in various industries. The 12-month part-time program provides a comprehensive understanding of ionizing radiation, including its detection, quantification, health effects, accident management, and environmental control. Through theoretical learning and hands-on experimental practicals, graduates gain the knowledge and skills to perform as Radiation Safety Officers and pursue careers in radiation safety management.

Program Outline

Degree Overview:

Overview:

The Graduate Certificate in Radiation Management from the University of Adelaide equips students to lead workplace radiation safety across various industries. The 12-month part-time program provides a comprehensive understanding of ionizing radiation, including its:

• Detection and identification
• Dose quantification
• Health effects
• Control in the event of an accident
• Management in the environment

Objectives:

• Provide students with the knowledge and skills to perform as Radiation Safety Officers in various industries.
• Enhance understanding of the fundamentals of ionizing radiation, including detection, quantification, effects on humans, and accident management.
• Equip students with knowledge of the guidelines and regulatory bodies involved in radiation control and environmental radiation management.
• Facilitate hands-on experience through experimental practicals.

Outline:

Program Content and Structure:

The program focuses on the theoretical and practical aspects of radiation management, with a curriculum that includes:

• Core Courses:
• Radioactivity, Radiation Detection, and Dosimetry
• Ionizing Radiation - Biological Effects and Incident Response
• Management and Regulatory Control of Radiation
• Radiation Safety in the Workplace
• Intensive Experimental Practicals:
• Each core course is paired with experimental practicals to solidify theoretical understanding and provide hands-on experience.
These practicals occur during in-person intensive weeks held at the end of each semester.

Individual Modules:

Module Descriptions:

• Radioactivity, Radiation Detection, and Dosimetry:
• Explores the fundamentals of radioactivity, including types of radiation, decay processes, and radiation detection methods.
• Ionizing Radiation - Biological Effects and Incident Response:
• Examines the biological effects of ionizing radiation on humans, including radiation sickness, cancer induction, and genetic damage.
It also covers incident response procedures and emergency management.
• Management and Regulatory Control of Radiation:
• Provides an overview of the regulatory framework for radiation safety, including international and national guidelines, licensing requirements, and inspection processes.
• Radiation Safety in the Workplace:
• Covers practical aspects of radiation safety in different workplace settings, such as radiation monitoring, shielding, and personal protective equipment.

Assessment:

Assessment Methods and Criteria:

• The assessment methods for the program include:
• Assignments
• Reports
• Tests
• Written exams
• The assessment criteria vary depending on the individual courses and modules.

Teaching:

Teaching Methods:

• The program combines theoretical learning with practical laboratory training.
• Lectures, tutorials, and hands-on experimental practicals are used to deliver the content.

Faculty:

• The program is taught by experienced faculty members with expertise in radiation physics, radiation biology, and radiation safety.

Unique Approaches:

• Experimental Practicals: The program emphasizes hands-on experience through experimental practicals, providing students with real-world applications of radiation management.
• Industry Placement: Students undertake a two-week placement to gain experience in the workplace practice of radiation safety.

Careers:

Potential Career Paths and Opportunities:

Graduates of the Graduate Certificate in Radiation Management can pursue careers in various organizations and industries, including:

• Research institutes and laboratories
• Mining and mineral processing industries
• Industrial radiography
• Government agencies and regulatory offices

Career Outcomes:

Upon completing the program, graduates will be well-prepared to manage radiation safety in various settings, including as:

• Radiation Safety Officers
• Industrial Radiographers
• Radiation Protection Specialists
• Environmental Consultants