Nanoscience and Nanoengineering PhDPhD
In our Bachelor of Science in Civil Engineering program, you will learn by doing, gaining hands-on experience with technology and software used by professional engineers. Civil engineers are the backbone of our modern infrastructure. Become a builder, a problem-solver, and a visionary for the future of our roads, bridges, waterways, and more.
Why Mines?
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Requirements
Admission RequirementsRequirements
- 3.0 or higher on a 4.0 scale
- 3 letters of recommendation
- GRE Test Scores
Bachelor’s Degree
- civil engineering
- environmental engineering
- closely related engineering field
Application Deadline
Thesis
Non-Thesis
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Additional Opportunities
Distinguished Faculty
Faculty & StaffChristopher Shearer
Mengistu Geza Nisrani
Expand Your Horizons
Career ServicesPossible Industries
- Construction
- Renewable Energy
- Transportation
Career Outcomes
- Civil Engineer
- Environmental Engineer
- Urban Planner
Average Starting Salary
- $55k - $78k per year
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The Nanoscience and Nanoengineering PhD program offers a research-intensive degree
focused on nanoscience and nanotechnology, with current emphases in nano-electronics
and nano-photonics; nano-imaging and bio-nanotechnology; and nano-composites and their
applications. A multi-disciplinary core curriculum is taken by students from diverse
science and engineering backgrounds. These “core” courses are intended to introduce
students to contemporary topics in nanoscience and nanotechnology and to initiate
a cross-disciplinary approach to research and learning. These courses can usually
be completed in one or at most two years. In addition to this core, students are expected
to pursue, or take coursework equivalent to, an MS degree, in addition to the Nanoscience
and Nanoengineering standard curriculum. Coursework supporting the students research
focus are selected in consultation with their dissertation advisor when drafting the
student's program of study. This coursework and admission requirements are detailed
in the South Dakota Mines catalog.
Examples of active research areas are: development of next generation solar cell technologies
utilizing semiconductor nanostructures, development of advanced light and electron
microscopies for nano-bio-imaging in live cells, mechano-biology of chondrocytes
and their signaling pathways, development of nano-scale fluorescent energy transfer
based sensors of intra-cellular forces in human epithelial kidney cells, synthesis
and characterization of a variety of nanoparticle and nanofiber based nanocomposites,
and multiple projects involving nano-scale spectroscopy of plasmonic and nanophotonic
systems using ultrafast lasers and state of the art imaging and spectroscopy instrumentation
developed by Nanoscience and Nanoengineering faculty.