Nuclear Engineering

Requirements for the Minor

Prescribed Courses

Prescribed Courses: Require a grade of C or better

1. NUCE 301

   Fundamentals of Reactor Physics
   4
2. NUCE 310W

   Issues in Nuclear Engineering
   2

Additional Courses

Additional Courses: Require a grade of C or better

1. Select 0-8 credits in Reactor Design and Thermodynamics from the following:

   Not resolved to a course
   0-8
2. NUCE 302

   Introduction to Reactor Design
   4
3. NUCE 309

   Analytical Techniques for Nuclear Concept
   3
4. NUCE 321

   Introduction to Thermal-Fluid Sciences for Nuclear Engineers

   As published: “Introduction to Thermal-Fluid Sciences for Nuclear Engineers - I”

   or: CHE 220 Introduction to Chemical Engineering Thermodynamics

   or: CHEM 450 Physical Chemistry - Thermodynamics

   or: EMCH 302H Thermodynamics, Heat Conduction, and Principles of Modeling, Honors

   or: EME 301 Thermodynamics in Energy and Mineral Engineering

   or: MATSE 401 Thermodynamics of Materials

   or: ME 201 Introduction to Thermal Science

   or: ME 300 Engineering Thermodynamics I
   3
5. NUCE 322

   Introduction to Thermal-Fluid Sciences for Nuclear Engineers

   As published: “Introduction to Thermal-Fluid Sciences for Nuclear Engineers - II”

   or: AERSP 311 Aerodynamics I

   or: CE 360 Fluid Mechanics

   or: CHE 330 Process Fluid Mechanics

   or: EME 303 Fluid Mechanics in Energy and Mineral Engineering

   or: ME 320 Fluid Flow
   3
6. Select 6-12 credits of 400-Level Courses. Students should consult the Department of Nuclear Engineering for the up-to-date list of approved 400-level courses that meet this requirement.

   Not resolved to a course
   6-12