How to Choose an Explosives Engineering School
Given the dangerous nature of explosives, the ability to gain hands-on experience through field research is important. Schools with explosives testing grounds on-site may be given priority over those that don't. Explosives engineering coursework can focus on both the practical and scientific aspects of the primary areas of explosives, such design and technology, demolition of buildings and structures, drilling and tunneling techniques, and rock fragmentation To avoid higher out-of-state tuition, students may consider programs in their state of residence.
Students interested in explosives engineering programs may want to keep these considerations in mind:
- Schools with explosives testing grounds and internship opportunities provide students with hands-on experience that is important when working with explosives.
- The cost of attendance is slightly more for engineering students than those in non-science programs due to items such as lab fees.
- Accredited programs can be found on the Accreditation Board for Engineering and Technology's website.
- Students can also find cooperative internship programs that offer explosives training.
Explosives Engineering Program Overviews
Bachelor's in Mining Engineering with Explosives Engineering Minor
A mining engineering program needs to have a strong background in geology and underground construction practices. Many explosive engineering minors can be earned in as few as 20 credits. Coursework often includes a sequence that covers general principles of explosives and at least one course that covers the technological applications of the field. Other courses might include:
- Mine systems
- Strength of materials
Students may be required to complete a final project in which they design a mine. Programs may also require students to take the Fundamentals of Engineering exam during their senior year.
Master's in Explosives or Mining Engineering
Since there are only a few explosives engineering master's programs, a master's in mining engineering with a focus on explosives is a plausible option. Many schools offer concentration areas such as materials handling, mining safety or underground construction which can allow for explosives as the focus. Most programs can be completed over a 2-year period and give students the option of completing a thesis, independent study or comprehensive examination. Master's-level coursework may include:
- Mineral economics
- Advanced rock mechanics
- Detonation theory
Ph.D. in Mining Engineering
Those wishing to specialize in explosives engineering as a researcher or university professor should consider earning a Ph.D. in mining engineering. The completion of a doctoral degree may require a campus residency of at least six months, some advanced courses, seminar work and original research in a specific area of explosives. Programs typically culminate in a comprehensive examination and dissertation. Ph.D. students might take courses in:
- Mine design
- Advanced rock mechanics
- Geostatistical methods
Top 10 Engineering Schools
|Massachusetts Institute of Technology||4-year, Private not-for-profit|
|Stanford University||4-year, Private not-for-profit|
|University of California - Berkeley||4-year, Public|
|California Institute of Technology||4-year, Private not-for-profit|
|University of Illinois - Urbana-Champaign||4-year, Public|
|Carnegie Mellon University||4-year, Private not-for-profit|
|Georgia Institute of Technology||4-year, Public|
|University of Michigan - Ann Arbor||4-year, Public|
|Cornell University||4-year, Private not-for-profit|
|Purdue University - West Lafayette||4-year, Public|