Mechanical Engineering

About Us

Mechanical Engineering
Fast Facts

The University of Maryland’s Department of Mechanical Engineering is home to top ranked programs in Mechanical Engineering and Reliability Engineering, which have a long tradition of excellence.  Ranked in the top 20 nationally by US News and World Report and with doctoral programs that enjoy high NRC rankings, the Department is one of eight Departments in the A. James Clark School of Engineering.  It has the highest student population amongst the eight academic departments within the A. James Clark School of Engineering: 1150 undergraduate and 315 graduate students.

The different areas of study within the Department are fostered by different curricular divisions of the Department, which at the present time includes:

  • Design and Reliability of Systems,
  • Electronic Products and Systems,
  • Thermal, Fluid, and Energy Sciences, and
  • Mechanics and Materials.

In addition, to the learning opportunities provided through a vibrant curriculum of undergraduate and graduate offerings, students are also provided extensive experiential learning opportunities through the Terps Racing Program, Solar Decathlon and other competition teams, and undergraduate research experiences. Students are also provided opportunities to make a difference worldwide with programs such as Engineers without Borders.

ENME studentThe Department features 5 major inter-disciplinary research centers and nearly forty laboratories in which faculty and students conduct cutting-edge research projects with academic, corporate, and governmental partners. Amongst its dedicated 46 tenured and tenure-track faculty, 30 plus research faculty and lecturers, and visiting faculty, 10 National Academy of Engineering (NAE) members are affiliated with the Department, including the NAE President. Faculty members from the Department are fellows of different societies including AIAA, ASME, APS, ANS, ASHRAE, and IEEE.

The Department aims to continue its national ascent by providing innovative educational experiences, creative research opportunities, and a multidisciplinary curriculum that molds students into intelligent and committed engineers.