Western's Engineering and Design department offers a Bachelor of Science degree in Manufacturing Engineering. Manufacturing organizations are responsible for creating a vast array of products used in our modern world. These can range from highly personalized products such as a prosthetic device, to complex transportation systems such as a jet airliner. The process of creating these products starts with the identification of a need. This is followed by a systematic sequence of engineering activities that includes the design of the product, the manufacturing processes, the equipment and tooling, and the production systems necessary to produce the final product in sufficient quantities, and with a quality that will be profitable to the organization. Manufacturing Engineers are responsible for conducting this design effort and for implementing, operating, managing, and continuously improving the facilities and processes necessary for an organization's success. The Manufacturing Engineering program is accredited by the Engineering Accreditation Commission of ABET.
They need to be both critical thinkers and application or "hands-on" oriented. Familiarity with a broad range of technologies in areas such as metals fabrication, polymer processing, CAD/CAM, CNC, machine and tooling design, Automation and Controls, Robotics, and Quality Control is essential. Manufacturing Engineers must also be able to work in and lead teams comprised of other engineers, technologists, scientists, and technicians. They must be comfortable functioning in a global setting where the operations of an organization are increasingly dispersed geographically.
"This program allows for a variety of hands on experience. From working with injection molding and computer aided design to programming robots and 3-D printing, manufacturing knowledge has aided me in discovering what I love most about engineering; the creativity and innovation that we get to explore. " - Lillie Larson, Senior, Manufacturing Engineering
Western's Manufacturing Engineering program develops these skills with the help of intensive laboratory components spread throughout its courses. Through these experiences, students learn to apply theoretical knowledge learned in the classroom to solve practical, application-based problems in manufacturing. Our curriculum is based on the Society for Manufacturing Engineering's Four Pillars: Materials & Manufacturing Processes; Product, Tooling, & Assembly Engineering; Manufacturing Systems & Operations; and Manufacturing Competitiveness. Although we no longer offer a separate CAD/CAM degree, students in the Manufacturing Engineering program will choose an emphasis in CAD or Robotics, taking technical elective courses in these disciplines. Courses are designed through close collaboration with a committee of industry experts, preparing our graduates to be professionally competitive upon graduation.