"Sensor Manufacturing and Process Control" is a comprehensive course focusing on sensor signal characterization, manufacturing methods, and PID control. The course delves into sensor calibration, electro-mechanical and micro-machined sensor manufacturing, and advanced sensors. Through hands-on lab experiments, students will gain practical knowledge in tuning PID control loops and accessing PID control functions for motor control applications. The course also explores plant-wide controllers and predictive machine maintenance, providing a holistic understanding of process control. Participants will learn about digital protocols, MEMS construction, and sensor reliability and testing, equipping them with essential skills for the industry.
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Get Started / More InfoThe course modules cover a range of topics, including process control, sensor characterization, advanced sensors, sensor manufacturing, and course projects.
Module 1 delves into process control, providing an introduction to the course and reviewing 2nd order transfer functions. It also covers PID control, plant-wide controllers, predictive machine maintenance, and digital protocols.
Module 2 focuses on sensor characterization, exploring linearization, temperature compensation, calibration, and sensor accuracy. Students will engage in a lab on closed-loop motor control to apply their learning.
Module 3 delves into advanced sensors, including radar level sensors, range finders (LIDAR), and medical sensors. This module provides insights into cutting-edge sensor technologies and their applications.
Module 4 concentrates on sensor manufacturing, covering MEMS construction, electrical interconnections, sensor housings, and sensor reliability and testing. Students will gain a deep understanding of the manufacturing processes and techniques involved in sensor production.
Module 5 involves course projects based on the videos in the previous modules, allowing students to apply their knowledge and skills in practical settings.
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