Overview

The Nuclear Engineering and Radiological Sciences programme at the University of Michigan provides students with a sophisticated understanding of nuclear processes and their diverse applications. This curriculum is designed to prepare graduates for leadership roles within the global energy sector and radiological research environments.

Students engage with complex theoretical frameworks while developing practical skills necessary for modern engineering challenges. The academic structure ensures that participants gain a deep appreciation for both the safety protocols and the innovative potential inherent in nuclear technologies today.

Why Nuclear Engineering and Radiological Sciences at the University of Michigan?

The University of Michigan maintains a reputation for excellence in engineering, providing students with access to world-class laboratory facilities and a collaborative research atmosphere. The department is consistently recognised for its contributions to nuclear safety, plasma science, and fission systems.

Learners benefit from a faculty comprised of industry pioneers who integrate current global trends into the classroom experience. This environment fosters a culture of innovation, encouraging students to explore sustainable energy solutions and advanced medical physics applications alongside expert mentors.

Tuition Fee Breakdown

International fee: USD 60634 per year
National fee: USD 60634 per year
Local fee: USD 30314 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum is structured to provide a balance between core nuclear principles and specialised technical electives. Modules may include:

Nuclear Reactor Theory
Radiation Measurements and Physics
Nuclear Materials
Plasma Physics and Fusion
Radiological Health Engineering
Nuclear Waste Management
Reactor Safety Analysis
Computational Methods in Radiation Transport

Careers with Nuclear Engineering and Radiological Sciences

Graduates from this programme frequently secure influential positions within national laboratories, regulatory agencies, and private energy corporations. The rigorous training ensures that alumni are well-equipped for roles involving reactor design, radiation protection, and nuclear policy development.

Beyond the energy sector, many professionals find opportunities in the medical industry, focusing on diagnostic imaging and radiotherapy technologies. The analytical skills developed at the University of Michigan also allow graduates to transition into consultancy, environmental monitoring, and advanced research and development sectors.

The global demand for clean energy and secure nuclear systems continues to drive recruitment for specialists in this field. Alumni are highly sought after for their ability to manage complex technical projects and lead multidisciplinary teams in high-stakes engineering environments.

Programme Structure

Courses include:

Nuclear Security History & Policy

Reactor Design Codes

Transmission Electron Microscopy Laboratory

Space Nuclear Power & Propulsion

Methods & Practice in Scientific Computing

Fast Reactor Systems

Key information

Duration

Full-time
- 12 months

Start dates & application deadlines

Starting 2027-08-31 00:00:00
- Apply before 2027-01-15 00:00:00

Language

English

TOEFL^® IBT

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IELTS

6.5

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Credits

30 SCH

Delivered

On Campus

Campus Location

Ann Arbor, United States

Disciplines

Nuclear Engineering View 41 other Masters in Nuclear Engineering in United States

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Academic requirements

GRE^®

Required

English requirements

TOEFL^® IBT

Schedule TOEFL®

IELTS

6.5

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AI-powered IELTS feedback. Clear, actionable, and tailored to boost your writing & speaking score. No credit card or upfront payment required.

Trusted by 300k learners
98 accuracy using real exam data
4.9/5 student rating

Other requirements

General requirements

Applicants who do not have an undergraduate degree in nuclear engineering should take courses in atomic and nuclear physics (Nuclear Engineering and Radiological Sciences 311-312, or equivalent) and advanced mathematics for engineers (Mathematics 454, or equivalent)

These courses may not be applied toward the 30 hours for the master’s degree

Tuition Fees

Tuition fees are shown in and the most likely applicable fee is shown based on your nationality.

International Applies to you

Applies to you

Non-residents

60634 USD / year

≈ 60634 USD / year
Out-of-State

60634 USD / year

≈ 60634 USD / year
Domestic

Applies to you

In-State

30314 USD / year

≈ 30314 USD / year

Living costs

Ann Arbor

United States

1025 - 1870 USD / month

The living costs include the total expenses per month, covering accommodation, public transportation, utilities (electricity, internet), books and groceries.

Financing

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Funding

Win a €10000 Scholarship! Deadline: 30 June 2020

Embark on your journey with the Studyportals Scholarship! We're giving away a total of 20,000 euros to help you achieve your dream of studying abroad.

Win a €10000 Scholarship! Deadline: 30 June 2020

Embark on your journey with the Studyportals Scholarship! We're giving away a total of 20,000 euros to help you achieve your dream of studying abroad.

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Scholarships Information

Below you will find Master's scholarship opportunities for Nuclear Engineering and Radiological Sciences.

Available Scholarships

You are eligible to apply for these scholarships but a selection process will still be applied by the provider.

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About

Overview

Programme Structure

Key information

Duration

Start dates & application deadlines

Language

Prepare for Your English Test

Credits

Delivered

Campus Location

Disciplines

What students do after studying

Academic requirements

English requirements

Prepare for Your English Test

Other requirements

General requirements

Tuition Fees

International Applies to you

Domestic

Living costs

Ann Arbor

Financing

Funding

Need help with your student visa?

Scholarships Information

Available Scholarships

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