Metal Working Schools with Program Overviews

Schools that offer an education in metal working commonly do so through a materials science or materials engineering program. When choosing a metal working school, students should take into account the types of degree programs offered, concentration areas and research opportunities.

Selecting a Metal Working School

Students considering schools for metal working should first evaluate the available degree programs. Degrees in materials engineering and materials science are offered at the Bachelor of Science (B.S.), Master of Science (M.S.) and Doctor of Philosophy (Ph.D.) levels. Students without a postsecondary education would likely pursue a B.S. in materials science or engineering, while students who already hold a postsecondary degree and are seeking to conduct research or teach would seek an M.S. or Ph.D. in the field.

The availability of concentration areas within a materials science program also might impact a student's choice of metal working school. Examples of concentration or emphasis areas within materials science and engineering include magnetic materials, iron and steel making, nanomaterials and materials processing.

Students might also take into account research opportunities and facilities when selecting a college for metal working. Those pursuing an M.S. or Ph.D. are more likely to be concerned about research opportunities because conducting original research is typically a requirement to earn these degrees.

Some important considerations:

  • Degree levels offered are B.S., M.S. and Ph.D.
  • An important step of the school selection process is to compare the program's concentration areas with the goals of the student.

Program Overview

Students studying metal working in a bachelor's program for materials science and engineering would commonly select this specialization in their sophomore or junior year. The first year or two is spent completing general education requirements and common major requirements. Examples of courses students take in their third and fourth years of a materials science and engineering program include elements of material science, mechanics of solids, mechanical behavior of materials and thermodynamics.

Top 10 Materials Engineering Schools

College/University Institution Type
Massachusetts Institute of Technology 4-year, Public
University of California-Santa Barbara 4-year, Public
Northwestern University 4-year, Public
Stanford University 4-year, Public
University of Illinois at Urbana-Champaign 4-year, Public
Georgia Institute of Technology 4-year, Public
University of California at Berkeley 4-year, Public
California Institute of Technology 4-year, Public
Cornell University 4-year, Public
Carnegie Mellon University 4-year, Public

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