MEMS
Engineering · 10 chapters · 159 sections · about 75 hours
Chapters
10 chapters · 159 sections- 1Introduction to MEMS and Its Applications10 sections
- 2Historical Context and Evolution of MEMS Technology10 sections
- 3Sensing, Actuation, and Microfabrication15 sections
- 4MEMS Design and Fabrication Techniques17 sections
- 5Fabrication Techniques26 sections
- 6Sensing and Actuation Mechanisms in MEMS16 sections
- 7Modeling and Simulation of MEMS Devices14 sections
- 8Materials and Processes in MEMS Fabrication18 sections
- 9MEMS Integration and System Design14 sections
- 10Advanced Topics and Emerging Trends in MEMS19 sections
About this course
This course explores Microelectromechanical Systems (MEMS), a multidisciplinary field combining electrical, mechanical engineering, and material science. Students will study MEMS principles, design methodologies, fabrication techniques, sensing/actuation mechanisms, and modeling. Through theory, hands-on projects, and real-world applications, students will gain skills for developing MEMS devices