Ask to Study - Ask your questions about online degrees

Radiation Protection Technology - Spartanburg Community College

Ask your questions about this Campus Associate program from Spartanburg Community College




Radiation Protection Technology Associate from Spartanburg Community College details


Program Format: Campus Program Level: Associate

Radiation Protection Technology from Spartanburg Community College is a Campus Associate Radiology degree that prepares you for a Healthcare career. Program Description The Associate Degree in Applied Science with a major in Radiation Protection Technology provides the fundamental knowledge and skills to the student who desires a career as a radiation protection technician in a nuclear power facility. Entrance into the program requires a successful completion of the Fundamentals of Radiation Science certificate with a C or better in every course. The two-year curriculum includes general education college transfer courses, nuclear power plant operation courses taught by Institute of Nuclear Power Operation (INPO) certified Duke Energy instructors, and two paid, hands-on internships in local nuclear power facilities that will prepare the graduate for immediate employment as a junior radiation protection technician. Practical Experience General education courses will provide students hands-on physical science and chemistry laboratory scenarios in which they develop and hone laboratory skills. Additionally, students are given the opportunity to use up-to-date microcomputer hardware and software similar to that used in business and industry. Major courses in radiation protection will provide students with on-the-job training (OJT) followed by task performance evaluation (TPE) that will allow for successful on-site performance. Qualifying students will participate in two hands-on internships in a nearby nuclear power facility. The duration of each internship will be a minimum of 40 days with a minimum number of 240 hours of on-site activity and training. Collectively, these courses will promote critical thinking skills that will allow for effective communication, teambuilding and problem-solving skills stressed in the work place. Professional Opportunities Graduates of the Associate Degree in Applied Science with a major Radiation Protection Technology Program will be prepared for immediate employment as junior radiation protection technicians in any U.S. nuclear power facility. View more details on Spartanburg Community College . Ask your questions and apply online for this program or find other related Radiology courses.

Spartanburg Community College details


Spartanburg Community College address is 800 Brisack Road, Spartanburg, South Carolina 29303. You can contact this school by calling (864) 592-4600 or visit the college website at www.sccsc.edu .
This is a 2-year, Public, Associate's--Public Urban-serving Single Campus according to Carnegie Classification. Religion Affiliation is Not applicable and student-to-faculty ratio is 19 to 1. The enrolled student percent that are registered with the office of disability services is 3% or less .
Awards offered by Spartanburg Community College are as follow: Less than one year certificate One but less than two years certificate Associate's degree.
With a student population of 6,008 (all undergraduate) and set in a Suburb: Midsize, Spartanburg Community College services are: Remedial services Academic/career counseling service Employment services for students Placement services for completers . Campus housing: No.
Tuition for Spartanburg Community College is $4,484. Type of credit accepted by this institution Dual credit Credit for life experiences Advanced placement (AP) credits . Most part of the informations about this college comes from sources like National Center for Education Statistics


More Resources:

Here you have more valuable resources related to this Spartanburg Community College program. You can discover more about Radiation Protection Technology or other closely related Radiology topics on the next external pages :

Ups, we didn't find any question about Radiation Protection Technology on our external sources. Why don't you ask one yourself?