- Courses Courses
- Credit Credit
- Degrees Degrees
Browse Schools by Degree LevelCareer Counseling & Job Center
- Create Account
- Contact Support
In explosive technology programs, students learn about mining and how to use explosives to expose minerals for extraction, study and application through traditional coursework and direct experience training.
Although there are no degree options in explosives technology, bachelor's and master's mining engineering programs include elective courses in the area. Bachelor's curriculum covers mining techniques, geology, engineering and mathematics. Students learn how to use explosives to expose minerals and locate and extract natural resources in accordance with environmental regulations through simulations and hands-on projects. Applicants must have a high school diploma and submit American College Testing (ACT) and Scholastic Aptitude Test (SAT) scores. Graduate studies are more advanced, emphasizing the chemical and physical properties of minerals, mining design methods and mining output statistical analyses. Pupils gain research and equipment-handling skills completing a thesis paper and utilizing current mining engineering technology. A relevant bachelor's, a personal statement and letters of reference are required for admission consideration.
Bachelor's classes involve engineering design and environmental protection. Some of the related aspects discussed are:
Master's students learn about mineral exploration in-depth with courses in:
According to the U.S. Bureau of Labor Statistics (BLS, www.bls.gov), employment for mining and geological engineers is predicted to grow at a rate of 12% over the 2012-2022 decade with a mean salary of $100,970 as of May 2014.
Mining engineers need to be licensed before they can work in public or private sectors. Most states require mining engineers to graduate from an accredited program and work under supervision for several years before taking a written exam. Some states mandate continuing education credits for renewal.