Enjoy science? Love the outdoors? Want to make a positive difference in the world? Then a degree in Environmental Physical Science (EPS) at Black Hills State University is for you. What better place is there to study than in the unique natural laboratory of the Black Hills?
EPS is unique to Black Hills State University: It’s a rigorous, broad science degree with an emphasis in geology and real-world, hands-on experience and research. Coursework will address issues such as ground and surface water quality and management; soil testing; land-use planning; and natural hazard mitigation.
Geological and environmental sciences are growth sectors with many opportunities at the entry-level, and even more after graduate school.
Smaller classes and a small program mean more research and internship opportunities for the students, more field experiences, and stronger relationships between students and faculty.
Faculty work with students to choose classes, internships, and research experiences that are tailored to best suit students’ career goals.
At Black Hills State University, the environmental physical science program includes the identification, study, and treatment of a variety of environmental problems. The program addresses ground and surface water quality and management, waste treatment, land-use planning, soil testing, containment chemistry and monitoring, hazardous waste disposal, land reclamation and energy management and production.
The School of Natural Sciences at BHSU is committed to quality undergraduate programs in the natural sciences, with an emphasis on involving students in research and internship experiences.
Experiential Learning: BHSU provides opportunities to work directly with excellent faculty on research projects.
Premier Location: BHSU is located 20 miles from the Sanford Underground Research Facility. This close proximity to Sanford Lab combined with a high level of interest among faculty and staff creates opportunities for collaborative projects in the sciences .
Employability: Environmental positions exist in the private sector through consulting, chemical, petroleum and other manufacturing corporations. Positions are also available with state and federal government agencies such as the Bureau of Reclamation, U.S. Geological Survey Water Resource Division, the Environmental Protection Agency, and the U.S. Forest Service.
Employment opportunities exist in a variety of sectors:
Energy Industry
Environmental Consultancy
Environmental Quality Analysis
GIS and GPS
Hydrogeology
Mining
Natural Resource Management
Soil Conservation
Waste Management
You have chosen this major for specific reasons and most likely have goals in mind that this program can help you attain. My goals for this program are simple: to give you the background to succeed in this field, and to help you improve your ability to think and solve problems. I cannot promise that you will be able to find a good job or gain admittance into graduate school; you and only you can determine your future. I will do all that I can to help you achieve your goals, but your success will ultimately depend on your dedication, discipline, and effort.
As you should already know, this is a fairly rigorous program. Environmental work requires a multidisciplinary approach. You are therefore required to take physics, chemistry and mathematics courses in addition to the geology courses. However, you will need to go beyond the required courses to properly prepare yourself for employment or graduate school. There are four areas of course work you should strongly consider as you plan your program.
Your work and ideas are only as good as your ability to communicate them to others. I therefore strongly suggest that you take more than Written Communications I and II. Any upper division English course that requires you to express your ideas in a written format is a good choice.
Your math skills will follow you throughout your career. If you are truly serious about obtaining the best education possible, then you take and successfully complete Differential Equations before leaving Black Hills State. Not only will this course expose you to a variety of tools necessary for high-level science, it will separate you from others in your field as you look for employment or at graduate schools. Also consider courses in Statistics in order to acquire the mathematical tools needed to deal with data sets. More and more graduate programs are now requiring statistics for entrance into their programs. Talk with one of the math professors and listen strongly to their advice about courses that may serve you well in the future.
Upper division chemistry and physics are excellent courses to add to you transcript. The one course that will attract the most attention from employers and graduate schools is Physical Chemistry. This course is challenging, but is the basis for all advanced level chemistry work. Talk to the chemistry and physics professors to get any additional advice.
The most important thing you can learn in college is the ability to think and reason. No course will help you more with thinking skills than a well-taught philosophy course. The philosophy offerings at Black Hills State are expanding and should provide you with several choices.
As with most science majors, it is typically difficult to attain the required number of upper division courses prior to graduation. One option I strongly suggest to all Environmental Physical Science students is a geology field camp. Field camp is a geology or hydrology course that consists of 4 to 8 weeks of intensive geology training, typically in one of the mountainous areas in the western United States. Field camp students will learn basic geologic mapping procedures, to interpret geological sites, and to use basic field equipment such as the GPS, Brunton compass and the plane table/alidade. There are dozens of good field camps, and several of them spend time in the Black Hills. Most field camps students receive 6 to 8 upper division credits. When I went to field camp (not all that long ago) the cost for room, board and non-resident tuition was about $1300. Most field camps now cost approximately $1500 to $2000.
I have one expectation for students in this program; that they will always give their best effort as they produce high-quality work. Anything less than high-quality is unacceptable, whether it is on an exam, research paper, or in how you conduct yourself.
In my opinion, the best way to hone your thinking skills, apply your background knowledge, network with professionals and prepare yourself for life after college is through research. Undergraduate research is challenging, both for the student and the advisor. The most difficult aspect appears to be in time management. It is quite difficult to find time to conduct research during the academic year because many courses compete for your time. To provide more structure and encouragement for those of you engaged in research, I will try to set up weekly or bi-monthly meetings with you to discuss your work.
Dr. Domagall's research includes field data and lab work to understand eruption dynamics of volcanic eruptions. Field sites include Lanzarote, Canary Islands, and Idaho.