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ENGG2950U: Radiation Protection
NOTE: Term specific information such as course time, location, TA, etc. can be found in WebCT Vista.
Name: Dr. Rachid Machrafi
Office number: UA 3033
Contact information: 905.721.8668 ext. 3452/ WebCT Email
Academic Advisor
Name: Kerry Armstrong
Office number: UA 3061
Contact information: 905-721-8668 Ext.2932/ Kerry.Armstrong@uoit.ca
Text Book
Technical notes and chapters to read are given with lectures notes.
Lecture/ Laboratory/ Tutorial
Course prerequisite:
3 Credit course: Lectures (3 hours weekly), Laboratory (2 hours biweekly)
Course Evaluation
Class attendance is mandatory, however attendance will not be taken in the lecture and no marks will be
assigned for attendance. Students are required to attend class and are responsible for all material
presented in the lectures and labs.
Assignments cover 2 to 3 lectures and should be treated as an important component of the course. All
assignments are kind of practical application of radiation techniques and they should be submitted as a
Marking Scheme


Main topics covered in the course
RADI4430U “Industrial application of radiation techniques” course consists of four modules covering
topics related to the application of radiation techniques in modern industry.
The following topics are covered: the use of ionizing radiation for material processing and sterilization;
ionizing radiation in elemental analysis; transmission and scattering of X-rays and neutrons, and the use
of non-ionizing radiation in non-destructive testing and material evaluation. Some extra topic on
techniques of monitoring and detection will be covered also. More specifically, the deliverables are:
Introduction to the course, Scheduling and Administration issues, General description of radiation
techniques, Spectroscopy in radiation techniques, Neutron Activation Analysis NAA, Fluoroscopic
excitation technique, Charged Particle Induced X-ray Emission (PIXE), X-rays and neutrons radiography,
Computed Tomography, Positron Emission Tomography, Magnetic Resonance Imaging, Interrogative
Techniques for illicit and explosive detection, Mossbauer Spectroscopy, Transmission Techniques for
material analysis, Food irradiation, Radom Monitoring and Smock detectors.
Learning Outcome
After successfully this course, student will be able to:

Understand the physics and the engineering behind radiation techniques
Describe and understand the principle of different techniques
Select an appropriate technique for an appropriate task
Analyze experimental data carried out with different techniques
Understand processes and instrumentation involved in different techniques
Process numerical data for a variety of radiation techniques

To insure that disability-related concerns are properly addressed during this course, students with
documented disabilities and who may require assistance to participate in this class are encouraged to
speak with their instructor as soon as possible. Students who suspect they may have a disability that may
affect their participation in this course are advised to go to the Centre for Students with Disabilities (CSD)
in B297 (Gordon Willey Building) or call 905-721-3123.

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