Unlock the world of modern sensing technologies.
My MOOC on Sensors and Instrumentation, hosted on CourseNetworking (CN), is designed for students, researchers, and professionals eager to explore how we measure and interpret data from the physical world.
What You’ll Learn:
Principles of common sensors (temperature, pressure, proximity, etc.)
Signal conditioning and instrumentation techniques
Real-world applications in IoT, automation, and more
Hands-on examples and self-paced activities
Join the course for FREE at this Link.
Postgraduate Programme:
Microsystem design & Technology: 2018
This course is designed for students working in the area of advanced fabrication and system designs of microsystems technology. Students will expose to the various fabrication and materials used, its processes and also designing of such micro-systems.
Microelectronic Materials: 2018
The topics covered the detailed studies of the common microelectronics material and various steps involved in the manufacturing of integrated circuit / discrete devices.
Undergraduate Programme:
Control systems: 2015 - 2019
The course covers basic principles involved in process control and requires a good knowledge of mathematics in calculus, Laplace transform, and complex numbers. A control system is easily translated into a block diagram after the Laplace transformation. The transfer function in each block describes the action of many types of processes on pneumatic, electronic, computer-based, hydraulic, mechanical and electrical systems.
Process control and instrumentation: 2016 - 2018
The course introduces the types of process control, including discrete-state and continuous process controls. Analog and digital signal conditioning circuits related to industry are also included.
Electronic Circuit: 2016
This course covers the various laws, theorems and techniques used in DC and AC circuit analysis. This course also explores the design and debugging of analogue electronic circuits. Lectures on the performance characteristics of diodes, transistors (BJT ), JFETs , are conducted.
Micro-Electromechanical Systems (MEMS): 2017 - Present
This course introduces MEMS, basic electrical and mechanical concepts, electrostatic/thermal sensing and actuation, micro-fabrication, surface and bulk micromachining, etc.
Sensors and Instrumentation: 2017 - Present
This course introduces sensor technologies and instrumentation design, including programmable logic controller (PLC), in advance automation. A case study in Automatic guided vehicles (AGV) is being discussed.
Automation in 4th Industrial Revolution: 2022 - Present
This course shows the current trend of automation and data exchange in manufacturing technologies. As automation increases, computers and machines will replace workers across many industries. This course will equip undergraduate students from all disciples with the fundamentals of automation technology in order to face this wave of technological innovation.