ECGR 4090: Special Topics: MEMS - Micromachined Devices, Sensors & Actuators

University of North Carolina, Charlotte

Directed study of current topics of special interest. Section information text: This course provides an engaging, hands-on introduction to Microelectromechanical Systems (MEMS) Sensors and Actuators and how microscale sensors and actuators are designed, fabricated, and used in real-world applications. Students learn the “toolkit” of microfabrication—photolithography, thin-film deposition, wet and dry etching, bulk and surface micromachining, and connect these processes to core transduction mechanisms (electrostatic, thermal, piezoresistive, piezoelectric, and magnetic). The course also covers polymer MEMS, microfluidics, and case studies of commercial devices. A practical laboratory component moves from layout to fabrication: students complete a KLayout mask-design exercise and participate in cleanroom sessions to fabricate and electrically characterize an microcantilever with an integrated thin-film metal heater using a two-mask process. A design project reinforces process integration by translating a MEMS device concept into a feasible multi-mask fabrication plan and original mask set, with emphasis on yield-aware design tradeoffs, documentation, and professional technical communication.

Average GPA: 3.58

Grade distribution records: 884 students across 23 terms.

Grade distribution

GradeStudentsPercent
A55062.2%
B17519.8%
C495.5%
D161.8%
F40.5%
W364.1%

Based on 884 student grade records across 23 terms and 24 professors.

Instructors

Still loading. This can take a moment on a slow connection.

Loading My Class Grades