At Quaxys Academy our goal is to train the future generation of engineers in quantum computing, microwave and RF engineering, radio astronomy, and microwave plasma technology.
Our Exceptional
Courses
At Quaxys Academy our goal is to train the future generation of engineers in quantum computing, microwave and RF engineering, radio astronomy, and microwave plasma technology.
Our Exceptional
Courses
At Quaxys Academy our goal is to train the future generation of engineers in quantum computing, microwave and RF engineering, radio astronomy, and microwave plasma technology.
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RF Master: RF Instrument Control
This course provides an in-depth look at how to control and automate measurements in just one week with instruments such as: a network analyzers, spectrum analyzers, and signal generators in Python and MATLAB.
This course provides comprehensive guidance on safely operating your valuable RF and microwave equipment, including network and spectrum analyzers. Learn essential techniques to protect your investments, avoid costly repairs, and save time and resources.
COMING SOON: This course provides an in-depth look at quantum hardware setup for superconducting quantum computers based on the book "Microwave Techniques in Superconducting quantum computers".
This comprehensive course delves deeply into the realm of RF connectors and cables, offering a thorough exploration of diverse connector and cable types. Participants will gain valuable insights into connector maintenance, proper care practices, and strategic decision-making for selecting the most suitable connectors and cables tailored to specific applications.
In this course, participants will acquire a strong foundation in essential RF concepts, including S parameters, diverse types of RF transmission lines, and impedance matching.
In this course, participants will gain a strong foundation in RF systems. Topics include noise, nonlinear effects, link budget analysis, and signal detection.
COMING SOON: This course empowers participants with a strong foundation in RF-PCB design concepts. Encompassing diverse topics such as stackup configurations, best practices for RF PCB design, and strategies for successful mixed-signal design.
In this course, participants will establish a solid foundation in RF simulation concepts, covering both circuit simulators like ADS and structural simulators such as HFSS. Armed with this comprehensive understanding, individuals will develop the understanding to discern and choose the most effective simulation methods for their specific needs.
This course is designed for experienced RF engineers who are interested in taking their skills to the next level and manufacturing RF components and systems at scale.
Learn the important concepts of RF engineering used in real-world industry settings. This bundle includes fundamentals of RF Circuits, RF Systems, and RF Components.
Master the essential skills to implement superconducting qubit hardware. This course consists of the fundamentals of superconducting qubits, qubit control hardware, and principles of cryogenics.
This bundle covers the essential software skillset necessary for RF engineers, including principles of networking and Linux for embedded software engineering.