A brief introduction of Micro - Sensors
Engineering Academy
Learn Without Limits: Free Engineering Courses
Pre-recorded video course. Watch anytime at your own pace.
FREE
Advanced course for professionals
Anytime Learning
Learn from Industry Expert
Career Option Guideline
A brief introduction of Micro - Sensors
Why enroll
This course helps students gain essential knowledge of MEMS and NEMS, which are key technologies in modern engineering.It is ideal for those interested in sensors, miniaturized systems, and advanced device design.The course prepares learners for higher studies, research, and industry roles in micro and nano engineering.
Course content
The course is readily available, allowing learners to start and complete it at their own pace.
A brief introduction of Micro - Sensors
24 Lectures
724 min
A brief introduction of Micro-Sensors - Introduction
Preview
4 min
Introduction to Microscale Sensors or MEMS
17 min
Scaling effect
23 min
Some Simple Mechanics
38 min
Basic Mechanics - Part 01
26 min
Basic Mechanics - Part 02
35 min
Basic Mechanics - Part 03
21 min
Electrostatics
28 min
Electrostatic force
38 min
Coupled electromechanics
46 min
Stiction
45 min
Si crystal structure
19 min
Si etching
30 min
KOH etching
27 min
TMAH etching
19 min
Deposition and Lithography
61 min
Lithography
17 min
Pressure sensor types, membrane, Piezoelectric sensing, capacitive sensing
26 min
Pressure Sensor - II
38 min
Pressure Sensor - III
45 min
Accelerometer - I
28 min
Accelerometer - II
25 min
Assignment 2
38 min
Assignment 1
30 min
Course details
This course introduces students to the exciting world of micro- and nano-scale devices that are widely used in modern technology. It explains the basic concepts of Micro-Electro-Mechanical Systems (MEMS) and Nano-Electro-Mechanical Systems (NEMS) in a clear and simple way. Students will learn how tiny sensors and devices are designed to sense, measure, and control physical quantities. The course covers the working principles of common micro and nano devices used in areas such as electronics, healthcare, automotive systems, and industrial applications. Learners will also understand how these devices are analyzed for performance, reliability, and efficiency. Basic techniques used to characterize micro and nano systems are discussed, along with an introduction to standard MEMS fabrication processes like lithography, etching, and deposition. Real-world examples are included to help connect theory with practical applications. By the end of the course, students will have a clear understanding of how micro and nano devices are created and used, and they will gain a strong foundation for advanced studies and research in micro and nano technologies.
Source: NPTEL - NOC IITM
Course suitable for
Automotive Electrical Engineering & Design Project Management Research & Developmnet
Key topics covered
A brief introduction of Micro-Sensors – Introduction
Introduction to Microscale Sensors or MEMS
Scaling effect
Some Simple Mechanics
Basic Mechanics – Part 01
Basic Mechanics – Part 02
Basic Mechanics – Part 03
Electrostatics
Electrostatic force
Coupled electromechanics
Stiction
Si crystal structure
Si etching
KOH etching
TMAH etching
Deposition and Lithography
Lithography
Pressure sensor types, membrane, Piezoelectric sensing, capacitive sensing
Pressure Sensor – II
Pressure Sensor – III
Accelerometer – I
Accelerometer – II
Assignment 2
Assignment 1
FREE
Access anytime