Build Skills for Designing and Developing Precision Instruments
At InstrumentAtlas, we teach the engineering and manufacturing of instruments. We teach about measurement devices, precision components, instrumentation systems, materials, and production processes.
Design of Instruments
Comprehend the concepts underlying the design of accurate, dependable, and efficient instruments for various technical purposes.
Systems of Measurement
Delve into sensors, measuring instruments, accuracy, calibration, and basic principles in measurement systems.
Manufacturing Processes
Discover the way materials, parts, machining, assembly, and inspection processes contribute to making precision instruments.
Develop Practical Instrumentation Knowledge
InstrumentAtlas makes a connection between engineering theories and practical knowledge so that students can easily learn the design, production, testing and maintenance of modern instruments.
Precision Engineering
See how precision, tolerance, materials, and component choices impact the functioning of instruments.
Sensors & Components
Find out about the function of sensors, mechanical components, electronics, and sensing elements.
Testing & Calibration
Discover techniques for checking the functioning of instruments and identifying inaccuracies.
I found InstrumentAtlas very useful as a whole. I especially appreciated the sections on sensors, precision, and calibration, which really helped me understand these concepts better.
Riku Hayashida
From Design to Reliable Measurement
The curriculum for instrument engineering includes mechanical engineering design, materials, measurements and instrumentation, electronics, manufacturing, and quality assurance. Students learn about the relationships between these various areas through the structured educational experience provided by InstrumentAtlas as they design a technical instrument.
Design and Development
This module covers the development process required to design instruments for particular technical or measuring applications.
Materials and Components
How do you choose appropriate materials and components based on performance, longevity and intended application
Measurement and Calibration
In this module we will discuss the testing, calibration and evaluation of instruments.
Production and Quality Control
In this module, we will look at manufacturing, assembly, inspection and quality control in order to achieve the desired level of instrument performance.