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    Nuclear Engineering Program Map 2014 Entry

    Uploaded by

    Daniel Liu
    The document outlines the course requirements for a BEng (Hons) in Nuclear Engineering program over 4 years. In the first year, students take introductory courses in topics like technical communications, chemistry, physics, mathematics, and an introduction to programming. In the second year, courses cover nuclear physics, materials science, circuits, fluid mechanics, and radiation protection. Advanced courses in the third year include reactor kinetics, instrumentation, heat transfer, and the environmental effects of radiation. Fourth year courses focus on nuclear plant design, safety, operation, fuel cycles, and a two-part thesis design project.

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    Nuclear Engineering Program Map 2014 Entry

    Uploaded by

    Daniel Liu
    11 views1 page
    The document outlines the course requirements for a BEng (Hons) in Nuclear Engineering program over 4 years. In the first year, students take introductory courses in topics like technical communications, chemistry, physics, mathematics, and an introduction to programming. In the second year, courses cover nuclear physics, materials science, circuits, fluid mechanics, and radiation protection. Advanced courses in the third year include reactor kinetics, instrumentation, heat transfer, and the environmental effects of radiation. Fourth year courses focus on nuclear plant design, safety, operation, fuel cycles, and a two-part thesis design project.

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    program map lol

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    The document outlines the course requirements for a BEng (Hons) in Nuclear Engineering program over 4 years. In the first year, students take introductory courses in topics like technical communications, chemistry, physics, mathematics, and an introduction to programming. In the second year, courses cover nuclear physics, materials science, circuits, fluid mechanics, and radiation protection. Advanced courses in the third year include reactor kinetics, instrumentation, heat transfer, and the environmental effects of radiation. Fourth year courses focus on nuclear plant design, safety, operation, fuel cycles, and a two-part thesis design project.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    11 views1 page

    Nuclear Engineering Program Map 2014 Entry

    Uploaded by

    Daniel Liu
    The document outlines the course requirements for a BEng (Hons) in Nuclear Engineering program over 4 years. In the first year, students take introductory courses in topics like technical communications, chemistry, physics, mathematics, and an introduction to programming. In the second year, courses cover nuclear physics, materials science, circuits, fluid mechanics, and radiation protection. Advanced courses in the third year include reactor kinetics, instrumentation, heat transfer, and the environmental effects of radiation. Fourth year courses focus on nuclear plant design, safety, operation, fuel cycles, and a two-part thesis design project.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    of 1

    BEng (Hons) in Nuclear Engineering - 2014 Entry

    Year

    1-1

    1-2

    2-1

    2-2

    Course
    COMM 1050
    Technical
    Communications

    CHEM 1800
    Chemistry for Engineers

    ENGR 2140
    Problem Solving,
    Modelling
    and Simulation
    (MATH 1020,
    PHY 1020,
    ENGR 1200)
    (Coreq: MATH 2860)

    ENGR 2010
    Thermodynamic Cycles
    (MATH 1020,
    PHY 1020)

    Course

    (pre/co-req in brackets)

    Course

    Course

    Course

    Course

    ENGR 3200
    Engineering Graphics
    and Design

    MATH 1010
    Calculus I

    MATH 1850
    Linear Algebra for
    Engineers

    PHY 1010
    Physics I

    Liberal Studies
    Elective

    ENGR 1200
    Introduction to
    Programming

    ENVS 1000
    Environmental Science

    PHY 1020
    Physics II

    (MATH 1010)

    NUCL 1530
    Radiation and Nuclear
    Technologies

    ENGR 2220
    Structure and
    Properties of Materials

    ENGR 2500
    Introduction to Nuclear
    Physics

    ENGR 2790
    Electric Circuits

    ENGR 2860
    Fluid Mechanics

    (CHEM 1020
    or CHEM 1800)

    (MATH 1020,
    PHY 1020)

    (MATH 1020,
    PHY 1020

    (MATH 1020,
    PHY 1020)

    ENGR 2950
    Radiation Protection
    (ENGR 2500)

    (Coreq: MATH 1010)

    MATH 1020
    Calculus II

    MATH 2810
    Adv Engineering
    Mathematics

    ENGR 3820
    Nuclear Reactor
    Kinetics

    (MATH 1020 Calculus II)


    OR

    (ENGR 2500,
    MATH 2860)

    MATH 2070
    Numerical Methods

    SSCI 1470
    Impact of Science and
    Technology on Society

    (PHY 1010)

    MATH 2860
    Differential Equations for
    Engineers
    (MATH 1020,
    MATH 1850)

    STAT 2800
    Statistics and Probability
    for Engineers
    (MATH 1020)

    (MATH 1020,
    MATH 1850)

    ENGR 3570
    Environmental Effects of
    3-1
    Radiation
    (ENGR 2950)

    3-2

    4-1

    4-2

    ENGR 3360
    Engineering Economics

    BUSI 3700
    Strategic Management
    for Professionals

    ENGR 4520
    Nuclear Plant Safety
    Design
    (ENGR 4640,
    ENGR 4660,
    ENGR 4700)

    ENGR 3740
    Scientific
    Instrumentation
    (ENGR 2790,
    STAT 2800)

    ENGR 3750
    Integrated Engineering
    Laboratory
    (ENGR 2140,
    ENGR 2860,
    ENGR 2220)

    ENGR 3930
    Heat Transfer

    ENGR 4640
    Nuclear Plant Operation

    (ENGR 2010

    (PHY 1020)

    ENGR 3380
    Strength of Materials

    ENGR 4610
    Corrosion for Engineers

    ENGR 4730
    Reactor Control

    (PHY 1010,
    ENGR 2220)

    (CHEM 1020
    or CHEM 1800)

    (MATH 2860)

    ENGR 4620
    Radioactive Waste
    Management Design
    (ENGR 3570,
    ENGR 3930,
    ENGR 4610)

    ENGR 4760
    Ethics, Law and
    Professionalism for
    Engineers

    ENGR 4660
    Risk Analysis Methods
    (STAT 2800)

    ENGR 4700
    Nuclear Plant Design
    and Simulation
    (ENGR 2010,
    ENGR 4640,
    ENGR 4780)

    ENGR 4810
    Nuclear Fuel Cycles

    ENGR 4998
    Thesis Design Project II

    (ENGR 4610,
    ENGR 4780)

    (ENGR 4994,
    See Advisor)

    Complementary
    Studies Elective
    (BUSI or Liberal)

    ENGR 4780
    Nuclear Reactor Design
    (ENGR 2500,
    ENGR 2860,
    ENGR 3820,
    ENGR 3930,
    MATH 2070 or 2810)

    ENGR 4994
    Thesis Design Project I
    (See Advisor)

    Engineering Design
    Elective

    Liberal Studies
    Elective

    Engineering Science
    Elective

    Engineering Science
    Elective

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