📖Introduction

Ontario Tech University: Ontario Tech University, located in Oshawa, Canada, is a modern and technology-focused institution. It offers innovative programs in fields such as engineering, business, health sciences, computer science, and more. With a dynamic learning environment, cutting-edge research facilities, and industry partnerships, Ontario Tech University equips students with the skills and knowledge necessary to succeed in the rapidly evolving technological landscape.

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📚About the Program

Six graduate diplomas in Nuclear Technology are offered based on areas of sub-specialization within the fields of Nuclear Power and Radiological and Health Physics. The graduate diplomas in Nuclear Technology have been designed to accommodate the needs of personnel working in the nuclear industry, and to promote an orientation toward lifelong learning as students may choose to complete a number of these diplomas over the course of their careers. Students in the graduate diploma programs will upgrade their knowledge and skills to position themselves for transfer and/or advancement within their industry. Graduate diplomas are offered in the following areas: Fuel, materials and chemistry Health physics Operation and maintenance Radiological applications Reactor systems Safety, licensing and regulatory affairs To earn a graduate diploma, students are required to complete four courses that are relevant to one of the six areas of specialization. Show less
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📖Program Curriculum

Sample courses:
Advanced Optimization
Advanced Process Control Systems
Aerosol Mechanics
Introduction to Nuclear Security
Life Cycle Assessment in Nuclear Applications
Nuclear Plant Control Systems
Project Management for Nuclear Engineers
Safety Instrumented Systems (SIS)
For program requirements, including required number of credits for completion, program maps and course descriptions, please see the Graduate Academic Calendar and Course Catalogue.

Nuclear Technology, Graduate Diploma - Fuel, Materials and Chemistry
NUCL 5300G - Advanced Topics in Radioactive Waste Management
NUCL 5010G - Project Management for Nuclear Engineers
NUCL 5040G - Monte Carlo Methods
NUCL 5060G - Nuclear Concepts for Engineers and Scientists
NUCL 5275G - Safety Instrumented Systems (SIS)
NUCL 5285G - Advanced Process Control Systems
NUCL 5330G - Principles of Nuclear Facility Decommissioning
NUCL 5500G - Introduction to Nuclear Security
NUCL 6140G - Life Cycle Assessment in Nuclear Applications
ENGR 5010G - Advanced Optimization
MCSC 6210G - Advanced Topics in Mathematical Modelling
MCSC 6230G - Advanced Topics in High-Performance Computing
For program requirements, including required number of credits for completion, program maps and course descriptions, please see the academic calendar and course catalogue of Nuclear Technology, Graduate Diploma - Fuel, Materials and Chemistry. Courses are subject to change without notice.
Nuclear Technology, Graduate Diploma - Health Physics
NUCL 5070G - Environmental Modelling
NUCL 5090G - Occupational Health and Safety
NUCL 5300G - Advanced Topics in Radioactive Waste Management
NUCL 5430G - Advanced Dosimetry
NUCL 5440G - Advanced Radiation Biophysics and Microdosimetry
NUCL 5010G - Project Management for Nuclear Engineers
NUCL 5040G - Monte Carlo Methods
NUCL 5060G - Nuclear Concepts for Engineers and Scientists
NUCL 5275G - Safety Instrumented Systems (SIS)
NUCL 5285G - Advanced Process Control Systems
NUCL 5330G - Principles of Nuclear Facility Decommissioning
NUCL 5500G - Introduction to Nuclear Security
NUCL 6140G - Life Cycle Assessment in Nuclear Applications
ENGR 5010G - Advanced Optimization
MCSC 6210G - Advanced Topics in Mathematical Modelling
MCSC 6230G - Advanced Topics in High-Performance Computing
For program requirements, including required number of credits for completion, program maps and course descriptions, please see the academic calendar and course catalogue of Nuclear Technology, Graduate Diploma - Health Physics. Courses are subject to change without notice.
Nuclear Technology, Graduate Diploma - Operation and Maintenance
NUCL 5100G - Nuclear Plant Systems and Operation
NUCL 5111G - CANDU Safety Systems
NUCL 5140G - CANDU Steam Supply Systems
NUCL 5150G - CANDU and PWR Steam Utilization Systems
NUCL 5160G - CANDU Electric and Auxiliary Systems
NUCL 5250G - Power Plant Thermodynamics
ENGR 5910G - Embedded Real-Time Control Systems
ENGR 5930G - Adaptive Control
ENGR 5940G - Intelligent Control Systems
ENGR 5960G - Power System Operations, Analysis and Planning
NUCL 5010G - Project Management for Nuclear Engineers
NUCL 5040G - Monte Carlo Methods
NUCL 5060G - Nuclear Concepts for Engineers and Scientists
NUCL 5275G - Safety Instrumented Systems (SIS)
NUCL 5285G - Advanced Process Control Systems
NUCL 5330G - Principles of Nuclear Facility Decommissioning
NUCL 5500G - Introduction to Nuclear Security
NUCL 6140G - Life Cycle Assessment in Nuclear Applications
ENGR 5010G - Advanced Optimization
MCSC 6210G - Advanced Topics in Mathematical Modelling
MCSC 6230G - Advanced Topics in High-Performance Computing
For program requirements, including required number of credits for completion, program maps and course descriptions, please see the academic calendar and course catalogue of Nuclear Technology, Graduate Diploma - Operation and Maintenance. Courses are subject to change without notice.
Nuclear Technology, Graduate Diploma - Radiological Applications
NUCL 5400G - Advanced Radiation Science
NUCL 5470G - Nuclear Forensic Analysis
NUCL 5010G - Project Management for Nuclear Engineers
NUCL 5040G - Monte Carlo Methods
NUCL 5060G - Nuclear Concepts for Engineers and Scientists
NUCL 5275G - Safety Instrumented Systems (SIS)
NUCL 5285G - Advanced Process Control Systems
NUCL 5330G - Principles of Nuclear Facility Decommissioning
NUCL 5500G - Introduction to Nuclear Security
NUCL 6140G - Life Cycle Assessment in Nuclear Applications
ENGR 5010G - Advanced Optimization
MCSC 6210G - Advanced Topics in Mathematical Modelling
MCSC 6230G - Advanced Topics in High-Performance Computing
For program requirements, including required number of credits for completion, program maps and course descriptions, please see the academic calendar and course catalogue of Nuclear Technology, Graduate Diploma - Radiological Applications. Courses are subject to change without notice.
Nuclear Technology, Graduate Diploma - Reactor Systems
NUCL 5140G - CANDU Steam Supply Systems
NUCL 5230G - Advanced Nuclear Thermalhydraulics
ENGR 5122G - Computational Fluid Dynamics
NUCL 5010G - Project Management for Nuclear Engineers
NUCL 5040G - Monte Carlo Methods
NUCL 5060G - Nuclear Concepts for Engineers and Scientists
NUCL 5275G - Safety Instrumented Systems (SIS)
NUCL 5285G - Advanced Process Control Systems
NUCL 5330G - Principles of Nuclear Facility Decommissioning
NUCL 5500G - Introduction to Nuclear Security
NUCL 6140G - Life Cycle Assessment in Nuclear Applications
ENGR 5010G - Advanced Optimization
MCSC 6210G - Advanced Topics in Mathematical Modelling
MCSC 6230G - Advanced Topics in High-Performance Computing
For program requirements, including required number of credits for completion, program maps and course descriptions, please see the academic calendar and course catalogue of Nuclear Technology, Graduate Diploma - Reactor Systems. Courses are subject to change without notice.
Nuclear Technology, Graduate Diploma - Safety, Licensing and Regulatory Affairs
NUCL 5050G - Applied Risk Analysis
NUCL 5070G - Environmental Modelling
NUCL 5090G - Occupational Health and Safety
NUCL 5111G - CANDU Safety Systems
NUCL 5350G - Regulatory Affairs and Licensing Concepts
NUCL 5430G - Advanced Dosimetry
NUCL 5440G - Advanced Radiation Biophysics and Microdosimetry
NUCL 5510G - Nuclear Safety Design and Regulation
NUCL 5010G - Project Management for Nuclear Engineers
NUCL 5040G - Monte Carlo Methods
NUCL 5060G - Nuclear Concepts for Engineers and Scientists
NUCL 5275G - Safety Instrumented Systems (SIS)
NUCL 5285G - Advanced Process Control Systems
NUCL 5330G - Principles of Nuclear Facility Decommissioning
NUCL 5500G - Introduction to Nuclear Security
NUCL 6140G - Life Cycle Assessment in Nuclear Applications
ENGR 5010G - Advanced Optimization
MCSC 6210G - Advanced Topics in Mathematical Modelling
MCSC 6230G - Advanced Topics in High-Performance Computing
For program requirements, including required number of credits for completion, program maps and course descriptions, please see the academic calendar and course catalogue of Nuclear Technology, Graduate Diploma - Safety, Licensing and Regulatory Affairs. Courses are subject to change without notice.

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🏫About Ontario Tech University

Ontario Tech University, located in Oshawa, Canada, is a modern and technology-driven institution at the forefront of innovation and research. With a strong emphasis on experiential learning and industry collaborations, the university equips students with the skills and knowledge needed to excel in the ever-evolving technological landscape. Ontario Tech University offers programs in engineering, business, health sciences, computer science, and more. It provides students with access to cutting-edge research facilities, entrepreneurship opportunities, and a supportive network of faculty and industry professionals.

🏠 Accommodation

You will need to book the accommodation after you have been accepted.

You can choose to live on campus or off campus in private accommodation.

How to book:
  • Make a booking online after you have been accepted (in this case please let us know your choice when you apply).
  • Register when you arrive - its not possible to reserve a room before arriving. You can arrive a few days before and book it
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💰 Fees

Application Fee:

827 RMB

Tuition fee:

29,195 USD per year

29,195 USD in total

❓✅❌ Entry Requirements

You are not eligible to apply to this program because:

The minimum age is 18.

English fluency is required.
You need to be either:
- A native English speaker
- Studied in English at high school or a degree
- Have passed IELTS level 6.5 or TOEFL 95 or above.

Minimum education level: Bachelor's.

The program is competitive, you need to have a high grades of Average A, 70%, or a high GPA.

All students from all countries are eligible to apply to this program.

Is this not correct? You can edit your profile or contact us.
Or see the list of programs you are eligible for here .
Check Your Eligibility Show Suitable Programs

📬 Admissions Process

3 Steps to Apply to a University

Application step 1

Application step 2

Application step 3

Please choose the programs here , "You are advised to select 2-3 programs to increase your chances of getting accepted.

Required Documents:

  • Passport
  • Graduation certificate
  • Passport size photo

Preparing documents:

You can start your application now and send the application documents during your application. Some documents you can send later if you don’t have them right away. Some more info about preparing application documents is here

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Application process:

Applying Online is simple in just a few steps. More information is available here.

The first steps are to choose the programs, pay the application fee and upload the application documents.

Once submitted to Global Admissions, we will review your application within 2-3 days and proceed to the university or ask you for further clarification

After it has been processed to the university you will receive your unique application ID from each university.

The university may contact you directly for further questions.

We will then follow up each week with the university for updates. As soon as there is any update we will let you know. If you have made other plans, decide to withdraw / change address at any time please let us know.

After you have been accepted you will receive your admissions letter electronically and asked to pay the non-refundable deposit to the university.

Once you have paid the deposit the university will issue you the admissions letter and visa form to your home country.

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Here is some more information about the enrollment process after you have been accepted.

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