Our courses provide training and knowledge in the areas of nuclear fuel, structural materials and coolant chemistry. The course material is online based and can be accessed at times convenient for practicing engineers and managers.
What is A.N.T. International
Online Education Programme?
Who is the programme suited for?
Nuclear engineers and managers with knowledge ranging from no nuclear experience to expert level. Our clients work for utilities, regulators, fuel/reactor vendors, nuclear laboratories and experimental reactors.
The online approach provides the freedom to complete the course at each individual´s pace which is highly appreciated by busy professionals and nuclear engineers. Since the training takes place online it is highly cost effective for you as a customer, while still providing a required qualification with up to date nuclear training.
Currently 100+ students worldwide are taking an A.N.T. International Online course from 10+ different organisations/companies such as Utilities, Regulators, Laboratories, Fuel Vendors, Engineering Organisations and Universities. The average rating (from 1-5, 5 being the highest) from engineers completing the course is 4.2.
The online education satisfied the continuous improvement requirements for a dozen colleagues from our department at different proficiency levels. Some of us took the course as a basic level stepping stone for sub sequent role-specific training. Others used advanced/expert level courses to enjoy the knowledge transferring from renounced maestro of respective fields. As a supplementation we recommend examining the current ZIRAT annual report for latest progress.
Covid-19 lockdown led to many restrictions whilst opening the opportunity for one to better one’s technical apprehension. The convenience of education at one’s own ease prompted a proposal and later a purchase order for 20 different A.N.T. International courses. The proposal satisfied a dozen or so colleagues’ continuous improvement requirements in thermal hydraulic, fuel material, structural material degradation and coolant chemistry & corrosion technical areas. Various subjects in each technical areas, with proficiency levels ranging from basic to expert, provide coverage impressive in terms of both breadth and profundity.
Jianfei Wei – Fuel Engineer, TCO EDF
|Radiochemistry||Coolant Chemistry & Corrosion|
|Thermal/Hydraulics in PWR Fuel||Fuel Material|
|Fuel Introduction||Fuel Material|
|BWR Material Introduction||Structural Material Degradation|
|PWR Material Introduction||Structural Material Degradation|
|Material General Basics||Structural Material Degradation|
|BWR Chemistry Introduction||Coolant Chemistry & Corrosion|
|PWR Chemistry Introduction||Coolant Chemistry & Corrosion|
|BWR & PWR Material Engineering||Structural Material Degradation|
|BWR Fuel Engineering||Fuel Material|
|PWR Fuel Engineering||Fuel Material|
|PWR Chemistry Engineering||Coolant Chemistry & Corrosion|
|BWR Material Advanced||Structural Material Degradation|
|PWR Chemistry Advanced||Coolant Chemistry & Corrosion|
|PWR Fuel Advanced||Fuel Material|
|BWR Fuel Advanced||Fuel Material|
|Irradiation Growth||Fuel Material|
|Zirconium Alloy Manufacturing||Fuel Material|
|Fuel Reliability||Fuel Material|
|Delayed Hydride Cracking||Fuel Material|
|CRUD in PWR/VVER Coolant – Volume I||Coolant Chemistry & Corrosion|
|CRUD in PWR/VVER Coolant – Volume II||Coolant Chemistry & Corrosion|
|Interim Dry Storage||Fuel Material|
|Fuel Design Review||Fuel Material|
|Fuel Fabrication Audit/Review||Fuel Material|