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Training

We offer a wide range of custom training programs to help you become better acquainted with the Mirion platforms you use every day. Our top-notch technical instructors specialize in teaching fundamentals, applications and more at Mirion locations across North America and Europe – or even onsite at customer facilities around the world. From basics to advanced applications, there's something here for users at every level.

Pathways to Expertise Training Process

Mirion Technologies has an approach to training that offers users a specific series of courses to reach their chosen level of expertise in a certain subject. Each series begins with relevant fundamentals and progresses through essential training requirements that, once completed, result in the "Technician", "Specialist", or "Subject Matter Expert" level.

Upcoming Training Courses

This 3-day course is a combination of lecture and hands-on operations covering the APEX® “Lab Productivity Suite” software for Alpha Spectroscopy. The training will cover the architecture of the Apex-Alpha™ operations environment, interactions between the Apex-Gamma™ software, Genie™ utilities and facility database software, software installation, operational setups, security, sample counting job streams, reports, QA, data review, and event logging with the use of simulators. Discussions will also include Batch QA samples that accompany unknown samples. The course is conducted in an interactive style and attendees are encouraged to ask questions and participate in group discussions. Approximately 60% of this course will be presented in lecture format, with the remaining time allocated for hands-on exercises with discussion. Click link below for full course description
This 3-day course is a combination of lecture and hands-on operations covering the APEX® “Lab Productivity Suite” software for Alpha Spectroscopy. The training will cover the architecture of the Apex-Alpha™ operations environment, interactions between the Apex-Gamma™ software, Genie™ utilities and facility database software, software installation, operational setups, security, sample counting job streams, reports, QA, data review, and event logging with the use of simulators. Discussions will also include Batch QA samples that accompany unknown samples. The course is conducted in an interactive style and attendees are encouraged to ask questions and participate in group discussions. Approximately 60% of this course will be presented in lecture format, with the remaining time allocated for hands-on exercises with discussion. Click link below for full course description
Mirion’s SU-734 training course provides comprehensive instruction for proper use of the Apex-InVivo™ software package to perform whole body counting and other direct bioassay measurements. Students will be introduced to the basic features and functionality of the Apex-InVivo software, and to the hardware components that are typically integrated with standard Mirion in vivo counting systems. With prior approval from the instructor, the course content can be adjusted to include an extended review of fundamental gamma spectroscopy principles and basic Genie™ software operations (with reduced coverage of advanced Apex-InVivo software features and setup options). Approximately 60% of this 3-day course will be presented in lecture format, with the remaining 40% allocated for group discussion and practical exercises. Click link below for full course description
Mirion’s SU-734 training course provides comprehensive instruction for proper use of the Apex-InVivo™ software package to perform whole body counting and other direct bioassay measurements. Students will be introduced to the basic features and functionality of the Apex-InVivo software, and to the hardware components that are typically integrated with standard Mirion in vivo counting systems. With prior approval from the instructor, the course content can be adjusted to include an extended review of fundamental gamma spectroscopy principles and basic Genie™ software operations (with reduced coverage of advanced Apex-InVivo software features and setup options). Approximately 60% of this 3-day course will be presented in lecture format, with the remaining 40% allocated for group discussion and practical exercises. Click link below for full course description
Mirion’s SU-477 training course was designed to provide comprehensive instruction for proper use of the LabSOCS™ Efficiency Calibration Software. This course will focus on proper selection and use of the standard LabSOCS geometry templates for accurate modeling of samples and creation of optimized efficiency calibration files. Lecture and discussion topics will include: use of the “Geometry Composer” interface, typical applications for LabSOCS sample geometry templates, tips for proper template parameter entry, use of the Materials Library editor, and proper use of LabSOCS calibration files within Genie™ software. Common sample geometries (including paper disk, charcoal-filled air filter cartridge, polyethylene bottle, and Marinelli beaker) will be selected as practical examples to demonstrate the complete LabSOCS efficiency calibration process. Cascade summing corrections will be discussed as a method to improve the accuracy of nuclide activity calculations during routine sample analyses. Approximately 60% of this 3-day course will be presented in lecture format, with the remaining 40% allocated for group discussion and practical exercises.​Click link below for full course description
Mirion’s SU-477 training course was designed to provide comprehensive instruction for proper use of the LabSOCS™ Efficiency Calibration Software. This course will focus on proper selection and use of the standard LabSOCS geometry templates for accurate modeling of samples and creation of optimized efficiency calibration files. Lecture and discussion topics will include: use of the “Geometry Composer” interface, typical applications for LabSOCS sample geometry templates, tips for proper template parameter entry, use of the Materials Library editor, and proper use of LabSOCS calibration files within Genie™ software. Common sample geometries (including paper disk, charcoal-filled air filter cartridge, polyethylene bottle, and Marinelli beaker) will be selected as practical examples to demonstrate the complete LabSOCS efficiency calibration process. Cascade summing corrections will be discussed as a method to improve the accuracy of nuclide activity calculations during routine sample analyses. Approximately 60% of this 3-day course will be presented in lecture format, with the remaining 40% allocated for group discussion and practical exercises.​Click link below for full course description
Mirion’s SU-476 training course was designed to provide advanced instruction for current users of ISOCS™ software, with emphasis on improved sample modeling, accuracy of analysis results, evaluation of total measurement uncertainty, and equipment deployment options for complex measurement applications. This course provides detailed recommendations for modeling complicated source distributions using the standard ISOCS geometry templates. Various advanced ISOCS applications will be discussed, including measurements of nuclide activity in near surface and subsurface soil, contamination on the surface of complex objects, and determination of nuclide activity vs. depth in sample material. Additional topics include use of ISOCS software for in vivo counting, underwater radioactivity measurements, and airborne radioactivity measurements. Numerous practical examples and student exercises will be presented and discussed. Approximately 60% of this 3-day course will be presented in lecture format, with the remaining 40% allocated for goup discussion and practical exercises.​Click link below for full course description
Mirion’s SU-476 training course was designed to provide advanced instruction for current users of ISOCS™ software, with emphasis on improved sample modeling, accuracy of analysis results, evaluation of total measurement uncertainty, and equipment deployment options for complex measurement applications. This course provides detailed recommendations for modeling complicated source distributions using the standard ISOCS geometry templates. Various advanced ISOCS applications will be discussed, including measurements of nuclide activity in near surface and subsurface soil, contamination on the surface of complex objects, and determination of nuclide activity vs. depth in sample material. Additional topics include use of ISOCS software for in vivo counting, underwater radioactivity measurements, and airborne radioactivity measurements. Numerous practical examples and student exercises will be presented and discussed. Approximately 60% of this 3-day course will be presented in lecture format, with the remaining 40% allocated for goup discussion and practical exercises.​Click link below for full course description
This 3-day course is a combination of lecture and practical examples covering optimization of the Mirion Genie™ algorithms. Detailed descriptions, examples, and classroom exercises are used to facilitate learning the basic analysis steps, selection of analysis algorithms, and their setup for specific applications. Approximately 60% of this course is presented in lecture format, with the remaining time allocated for hands-on exercises and discussions. The algorithms are used in Genie software and other related Mirion packages such as Apex-InVivo™ and Apex-Gamma™ software. This course is intended to provide students with sufficient knowledge and understanding to optimize the Genie gamma analysis process and ensure high-quality analysis results for their gamma spectroscopy measurement applications. Click link below for full course description
This 3-day course is a combination of lecture and practical examples covering optimization of the Mirion Genie™ algorithms. Detailed descriptions, examples, and classroom exercises are used to facilitate learning the basic analysis steps, selection of analysis algorithms, and their setup for specific applications. Approximately 60% of this course is presented in lecture format, with the remaining time allocated for hands-on exercises and discussions. The algorithms are used in Genie software and other related Mirion packages such as Apex-InVivo™ and Apex-Gamma™ software. This course is intended to provide students with sufficient knowledge and understanding to optimize the Genie gamma analysis process and ensure high-quality analysis results for their gamma spectroscopy measurement applications. Click link below for full course description
Mirion’s SU-470 training course was designed to provide introductory-level instruction for using Genie™ software to perform typical gamma spectroscopy measurements. This course starts with a short review of basic gamma spectroscopy concepts, common Genie measurement applications, and the Windows operating system environment. It then covers the use of the Genie MCA Definition, Certificate File, Nuclide Library, and QA File editors. This course emphasizes use of the interactive Genie software environment for performing spectral data acquisition, system calibration, spectral file analysis, and reporting of measurement results. Approximately 65% of this 4-day course will be presented in lecture format, with the remaining 35% allocated for group discussion and practical exercises. Click link below for full course description
Mirion’s SU-470 training course was designed to provide introductory-level instruction for using Genie™ software to perform typical gamma spectroscopy measurements. This course starts with a short review of basic gamma spectroscopy concepts, common Genie measurement applications, and the Windows operating system environment. It then covers the use of the Genie MCA Definition, Certificate File, Nuclide Library, and QA File editors. This course emphasizes use of the interactive Genie software environment for performing spectral data acquisition, system calibration, spectral file analysis, and reporting of measurement results. Approximately 65% of this 4-day course will be presented in lecture format, with the remaining 35% allocated for group discussion and practical exercises. Click link below for full course description

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