Nuclear Engineering Technology (9416)
This program is based on the nuclear industry “Non-Licensed Operator” training requirements. Students must be “College Ready” (placement in MATH 1180 Technical Mathematics I and ENGL 1110 English Composition I (A) or ENGL 1111 English Composition I (B)) prior to registering for any NUET courses. A minimum GPA of 2.0 and a “C” grade or higher is required in all ELEC, MATH, CHEM, PHYS, NUET, and program-specific courses for graduation.
Graduates will be able to:
- solve basic technical problems typical of what is encountered when working at a nuclear power plant;
- perform tests and experiments, data analysis, and report findings including recommendations for improvement;
- work and communicate effectively in diverse and multi-disciplinary teams;
- be aware of modern professional, ethical, and societal issues as well as recognize the need for lifelong learning.
Students meeting specific academic standards are eligible to receive, upon graduation, a “Nuclear Uniform Curriculum” certificate issued by the Nuclear Energy Institute (NEI) and Lakeland. Before being hired to work within the nuclear industry, students must be able to pass a background check, drug tests, and psychological screening, typically administered by the utility.
Lakeland is one of only a handful of colleges nationwide to offer a two-year degree program in Nuclear Engineering Technology (9416) that is ETAC/ABET accredited. (ETAC/ABET – Engineering Technology Accreditation Commission of the Accreditation Board of Engineering and Technology 415 N. Charles St. Baltimore, MD 21201, phone: 410.347.7700, www.abet.org.)
Students must meet specific admission requirements for this program. Interested students should contact the director of admissions or the Counseling Office for details about applying for admission to the program.
NOTE: Students planning to transfer to a four-year college are encouraged to take ENGL 1120 English Composition II
|First Semester||Credit Hours|
or ENGL 1111
|English Composition I (A) 1
or English Composition I (B)
|ENGR 1000||Introduction to Engineering Technology||2|
|FYEX 1000||First Year Experience||1|
|MATH 1180||Technical Mathematics I||4|
|NUET 1000||Nuclear Industry Fundamental Concepts ||3|
|NUET 1100||Radiation Detection and Protection ||3|
or CHEM 1500
|Elementary Chemistry 2
or General Chemistry I
|ELEC 1120||Direct Current Circuit Analysis ||2|
|MATH 1280||Technical Mathematics II||4|
|NUET 1200||Plant Drawings ||3|
|NUET 1300||Power Plant Components ||3|
|PHYS 1100||Applied Physics Mechanics||3|
or COMM 1100
|Effective Public Speaking
or Effective Interpersonal Communications
|ELEC 1220||Alternating Current Circuit Analysis ||2|
|ELEC 1260||Direct Current and Alternating Current Laboratory ||1|
|NUET 2000||Reactor Plant Materials ||3|
|NUET 2250||Reactor Theory, Safety and Design ||3|
|PHYS 1200||Applied Physics Heat and Thermodynamics||3|
or Principles of Macroeconomics
or Principles of Microeconomics
|ELEC 2300||Sensors, Actuators, and Control ||3|
|HUMX 1100||Introduction to Humanities||3|
|NUET 2300||Thermo-Fluid Sciences ||4|
|NUET 2400||Capstone and Case Studies in Nuclear Engineering Technology ||2|
|Total Credit Hours||65|
English course selection is based on placement test results (ENGL 1111 English Composition I (B) is 4 credits, only 3 credits apply to the degree).
Chemistry course selection is based on prior chemistry experience.