• The Master of Science in Mechanical Engineering aims to educate mechanical engineers in advanced topics related to fluid mechanics, heat transfer, advanced materials, dynamics and controls, and applied mathematics.
  • Through coursework and research, students are exposed to modern theories and techniques required to tackle the modeling, analysis, and characterization of advanced mechanical systems.
  • Upon completion of the program, students acquire knowledge and skills that provide them with a high level of versatility toward practicing successfully in the contemporary mechanical engineering environment, advancing their existing careers, or pursuing further studies in a doctoral program.
  • Many mechanical engineers with advanced degrees are at the forefront of technological advances, researching, designing, creating, and testing nearly everything.
  • Students’ exposure to the diverse topics covered in the coursework and research enhances their competitiveness in the local, regional, and global job markets.
  • Their graduates can practice in many industries, including automotive, robotics, bioengineering, wind energy, solar energy, heating, ventilation, and air conditioning.