Outcome #1 Apply the fundamentals of mathematics, science, and engineering principles to the testing, production, and design implementation of electromagnetic systems and processes.
Outcome #2 Apply current technologies, such as computer aided engineering software and graphics, to the solution of technical problems
Outcome #3 Demonstrate competence in manufacturing processes, instrumentation, control and automation, and thermal fluids.
Outcome #4 Function effectively as a member of a project oriented team
Outcome #5 Effectively communicate in written and oral form
Outcome #6 Apply knowledge of professional standards, ethics, and social and global issues to his/her professional work.
Outcome #7 Have an appreciation for, and the commitment to, qualify, timelines, and continuous improvement.