| 24.331 | Introduction to Nuclear Engineering I | Credits: 3 |
| Review of relevant nuclear physics topics including nuclear stability, various forms of radiation, radioactive decay, and the interaction of radiation with matter (including health effects). Emphasis placed on neutron reactions in various core and structure materials, neutron cross sections, and the development and analysis of the neutron balance equation for various reactor types. Key aspects of nuclear reactor core physics and shielding design (criticality, power generation, reactor kinetics, reactivity control, fuel depletion, fission product poisoning, etc.) are treated. (10.331 and 24.331 are the same) |
| |
| 24.332 | Introduction To Nuclear Engineering II | Credits: 3 |
| Review of relevant nuclear physics topics including nuclear stability, various forms of radiation, radioactive decay, and the interaction of radiation with matter including health effects. Emphasis is placed on neutron reactions in various core and structural materials, neutron cross sections, and the development and analysis of the neutron balance equation applied to various reactor types. Key aspects of nuclear reactor core physics and shielding design are treated. Engineering topics related to heat removal and energy conversion in pressurized and boiling water reactors. Heat transfer in fuel elements and shields and the thermal and flow characteristics of boiling and non-boiling liquids. First and Second Law analysis of power plant systems and components. Engineered safety and overall reactor core and plant design considerations. (10.332 and 24.332 are the same) |
| |
| 24.416 | Introduction to Fusion Systems | Credits: 3 |
|
| |
| 24.419 | Nuclear Reactor Operator Training I | Credits: 3 |
| This course provides an introductory overview of nuclear physics and related theory and the various systems associated with the operation of the UMASS Lowell Nuclear Research Reactor (UMLRR). The course is intended for students who want to learn about the operations of the UMLRR and who are interested in a career in nuclear engineering and science. The course provides a multi-disciplinary systems approach to education and training, which emphasizes "learning by doing". In a practical setting, students study and learn basic nuclear theory and design aspects of real-world systems associated with nuclear reactor operations. Knowledge is gained by working closely with experienced reactor operators and staff, and through independent study. This course is part of the Reactor Operations and Systems Experience (ROSE) Program, and either this course or 10/24.431 is the third course in the Nuclear Option. Permission of instructor is required. |
| |
| 24.420 | Nuclear Reactor Operator Training II | Credits: 3 |
| Continuation of 24.419. Upon completion of this course, the student will be given a simulated Reactor Operator examination, including a written test, an oral test about reactor systems, and a controls manipulation test. |
| |
| 24.431 | Nuclear Reactor Systems and Operations | Credits: 3 |
| Review of plant systems and operations. Familiarization with actual startup and operation of the UMASS Lowell reactor. Detailed study, operation, and measurement of parameters in key systems, including the reactor control and radiation monitoring systems, and the primary coolant transport, cleanup, and energy removal systems. Overview of regulatory concerns and technical specifications for siting and operation of nuclear facilities. Either this course or 10/24.419 is the third course in the four-course Nuclear Option. (10.431 and 24.431 are the same) |
| |
| 24.434 | Introduction to Nuclear Engineering II | Credits: 3 |
| A continuation of 10.331/24.331 with further discussion of basic nuclear reactor theory and reactor operations. The 2nd half of the semester focuses on heat removal and energy conversion in pressurized and boiling water reactors, including heat transfer in fuel elements and shields and the heat transfer characteristics of boiling and non-boiling liquids. Engineered safety and overall reactor core and plant design considerations are also discussed. (10.434 and 24.434 are the same) |
| |
| 24.491 | Industrial Experience | Credits: 0-12 |
|
| |
| 24.495 | Directed Studies | Credits: 3 |
| Special problems in nuclear science and engineering assigned to the individual student, with emphasis on modern research methods and preparation of results for publication. |
| |
| 24.496 | Directed Studies | Credits: 3 |
| Special problems in nuclear science and engineering assigned to the individual student, with emphasis on modern research methods and preparation of results for publication. |
| |
