We empower the next generation of engineers in microwave, RF engineering, and quantum computing . Our courses provide cutting-edge training, hands-on experience, and industry insights to help you excel in your career—whether you're a beginner or advancing your expertise. Join our community and take your professional growth to the next level!
specialized RF courses, from beginner to advanced levels.
years of collective industry experience.
worth of equipment with remote lab access.
average salary increase after completing our courses.
Our online tools and calculators allow us to input various parameters and receive real-time results, making abstract theories more tangible. By experimenting with different values, students can visualize the effects on system performance, reinforcing key principles and aiding in practical problem-solving.
Explore NowTap into the knowledge exclusive to world-class enterprises, propelling your career and reshaping the future of your company.
View all courses
What You Learn: In this course, you will learn how to set up and automate RF measurements using Python and MATLAB, starting from the fundamentals. You’ll develop skills in: Installing and configuring Python and MATLAB, including the necessary libraries for communication with RF instruments. Understanding the principles of instrument automation, such as using VISA and SCPI commands, to effectively control and communicate with network analyzers and spectrum analyzers. Writing and developing Python and MATLAB scripts for automating instrument control and data acquisition, enabling efficient and repeatable measurement processes. By the end of the course, you'll have the hands-on knowledge needed to automate RF tests confidently and efficiently. Key benefits of this course: Remote RF lab Online calculators and learning tools Skills Roadmap One free 1-on-1 meeting with the instructor Course Description: This course offers an in-depth exploration of controlling and automating measurements using Python and MATLAB, designed to equip you with essential skills that you can immediately apply in your job or research. You'll gain hands-on experience with essential RF instruments, including network analyzers, spectrum analyzers, and DC power supplies. Starting from the fundamentals of software setup and communication protocols, the course covers step-by-step guidance on writing custom scripts for automating complex measurement processes. By the end of the course, participants will have the confidence and skills to efficiently control these instruments, analyze data, and integrate automated workflows into their own projects. Ideal for engineers looking to enhance their proficiency in RF measurement automation, this course combines practical examples, real-world applications, and expert support to ensure a comprehensive learning experience. Audience: This course is designed for: RF engineers, technicians, and students beginning their careers in RF engineering. Professionals from related fields seeking a comprehensive understanding of RF measurement techniques and automation. Anyone interested in building foundational knowledge for advanced RF measurements. Prerequisites: No prior experience with RF, Python, or MATLAB is required, as we start from the basics, guiding you through software and library installation to writing code for instrument control. Related Courses: RF Master: Network analyzer with Remote RF Lab RF Master: Spectrum analyzer with Remote RF Lab IEEE and Quaxys Certificates: All of our courses include a Quaxys Certificate of Achievement upon completion. Additionally, we provide an official certificate from IEEE, the world’s largest community of technical professionals, delivered via email once participants meet the course requirements. Each Quaxys course adheres to IEEE's rigorous standards for educational excellence and has been thoroughly reviewed and approved by IEEE. Participants who successfully complete the course modules and quizzes will earn Continuing Education Units (CEUs) and Professional Development Hours (PDHs), enhancing their professional qualifications.
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.
What You Learn: In this course, you will learn how to operate and leverage the capabilities of network analyzers, starting from the fundamentals. You’ll develop skills in: Understanding the principles of S-parameters and their role in characterizing RF components and systems. Setting up and calibrating network analyzers for accurate measurements, including techniques such as full two-port calibration and TRL calibration. Performing essential measurements, such as return loss, insertion loss, phase, and group delay, to evaluate the performance of RF components like filters, amplifiers, and antennas. Analyzing and interpreting measurement results to identify key performance parameters and troubleshoot RF designs. By the end of the course, you'll have the practical knowledge and confidence to use network analyzers effectively for RF measurements in both professional and academic settings. Key benefits of this course: Remote RF lab Online calculators and learning tools Skills Roadmap One free 1-on-1 meeting with the instructor Course Description: This course provides an in-depth exploration of network analyzers, designed to equip you with the essential skills to confidently perform RF measurements and analysis. You’ll gain hands-on experience with state-of-the-art techniques for measuring and characterizing RF components, such as filters, amplifiers, and antennas. Starting from the fundamentals of S-parameters and calibration methods, the course offers step-by-step guidance on setting up accurate measurements, analyzing results, and troubleshooting RF systems. You’ll also learn advanced topics like time-domain analysis and fixture de-embedding to address real-world challenges in RF design and testing. By the end of the course, participants will have the confidence and skills to effectively use network analyzers in their projects, making precise measurements and ensuring optimal performance of RF systems. Ideal for engineers and researchers aiming to master RF testing, this course combines practical demonstrations, expert instruction, and real-world applications to deliver a comprehensive learning experience. Audience: This course is designed for: RF engineers, technicians, and students beginning their careers in RF engineering. Professionals from related fields seeking a comprehensive understanding of RF measurement techniques. Anyone interested in building foundational knowledge for advanced RF measurement techniques. Prerequisites: No prior experience with a network analyzer is required. We start from the basics, guiding you through all the necessary steps from calibration and setup to measurements. Related Courses: RF Master: Spectrum analyzer with Remote RF Lab RF Master: Instrument control IEEE and Quaxys Certificates: All of our courses include a Quaxys Certificate of Achievement upon completion. Additionally, we provide an official certificate from IEEE, the world’s largest community of technical professionals, delivered via email once participants meet the course requirements. Each Quaxys course adheres to IEEE's rigorous standards for educational excellence and has been thoroughly reviewed and approved by IEEE. Participants who complete the course modules and quizzes will earn Continuing Education Units (CEUs) and Professional Development Hours (PDHs), enhancing their professional qualifications.
This course will explore the practical skills and fundamental principles of spectrum analyzer operation. Key benefits of this course: Remote RF lab Online calculators and learning tools Skills Roadmap One free 1-on-1 meeting with the instructor
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.
What You Learn: In this course, participants will acquire a strong foundation in essential RF concepts, including: Understanding and applying Scattering Parameters (S-parameters) for characterizing RF circuits and components. Analyzing RF Transmission Lines for efficient signal propagation in RF components and systems. Mastering Impedance Matching Techniques to optimize power transfer and minimize reflections in RF systems. By the end of this course, participants will have the skills to analyze and understand basic concepts in RF circuits, interpret S-parameter measurements, and apply impedance-matching strategies effectively. Course Description: This course provides a comprehensive introduction to the fundamental principles of RF circuits, equipping participants with the skills needed in RF engineering. The curriculum covers critical topics such as scattering parameters (S-parameters), which are vital for characterizing RF networks, and transmission lines, focusing on their role in ensuring successful transmission in RF systems and components. Additionally, the course dives into impedance-matching techniques, which are essential for maximizing power transfer and minimizing signal reflection. Through a combination of theoretical instruction and practical examples, participants will gain hands-on experience in applying these concepts, preparing them for more advanced studies or careers in RF engineering. This course is ideal for those looking to build a solid foundation in RF engineering. Audience: This course is designed for: RF engineers, technicians, and students beginning their careers in RF engineering. Professionals from related fields seeking a comprehensive understanding of RF circuit fundamentals. Anyone interested in building foundational knowledge for advanced RF systems or components courses. Prerequisites: Basic understanding of electrical engineering principles and circuit analysis. Familiarity with complex numbers and basic calculus. No prior RF experience is necessary, but a general background in electronics is recommended. Related Courses: RF Fundamentals: RF Systems: A deeper dive into complete RF systems, exploring components such as amplifiers, filters, and mixers. RF Fundamentals: RF Components: Focuses on specific components used in RF systems, including their characteristics, design, and application.
Applications in Key Industries: In short, this course provides a comprehensive understanding of RF systems at the fundamental level, equipping you with the essential skills necessary to design receivers and transmitters, with real-world applications in the following industries: Telecommunications: - Designing mobile and wireless communication systems (e.g., 5G, 6G). - Optimizing microwave and millimeter-wave communication networks. Aerospace and Defense: - Developing radar systems for tracking, navigation, and surveillance. - Satellite communication for both military and civilian purposes. Consumer Electronics: - RF design for wireless devices (Wi-Fi, Bluetooth, wearables). - Short-range communication technologies. What You Learn: In this course, participants will gain a strong foundation in RF systems, equipping them with the essential knowledge to analyze and design RF solutions. Topics include critical aspects such as noise analysis, nonlinear effects, link budget analysis, and signal detection, all of which are vital for developing robust RF systems. Participants will explore: Noise in RF Systems: Understand the impact of noise on system performance, including techniques for noise reduction. Nonlinear Effects: Study how nonlinearities in components such as amplifiers and mixers can degrade system performance, and learn strategies to minimize these effects. Concepts such as harmonics, gain compression, and intermodulation products will be discussed. Link Budget Analysis: Develop the skills to calculate link budgets, balancing key parameters like power, distance, and sensitivity for reliable communications. Signal Detection and Processing: Dive into the principles of signal detection such as minimum detectable signal, receiver sensitivity, dynamic range will be discussed. By the end of the course, participants will be able to confidently analyze RF systems, making them valuable contributors to any RF engineering team. Course Description: his course provides a comprehensive exploration of RF system fundamentals, designed to equip you with practical skills that can be immediately applied in your job or research. You'll develop a strong understanding of critical RF concepts, including noise analysis, nonlinear effects, link budget calculations, and signal detection. Starting from the core principles of RF systems, the course offers step-by-step guidance on analyzing and optimizing system performance. Whether it's mastering the complexities of noise and nonlinearities or designing robust communication links, this course prepares participants to confidently address real-world RF challenges. By the end of the course, you'll have the skills to design and analyze RF systems effectively, ensuring optimal performance in both theoretical and practical applications. Ideal for engineers aiming to deepen their proficiency in RF system design and analysis. Audience: This course is designed for: RF engineers, technicians, and students beginning their careers in RF engineering. Professionals from related fields seeking a comprehensive understanding of RF circuit fundamentals. Anyone interested in building foundational knowledge for advanced RF systems or components courses. Prerequisites: A basic understanding of electrical engineering is helpful but not required. Related Courses: RF Fundamentals: RF Components RF Fundamentals: RF Circuits IEEE and Quaxys Certificates: All of our courses include a Quaxys Certificate of Achievement upon completion. Additionally, we provide an official certificate from IEEE, the world’s largest community of technical professionals, delivered via email once participants meet the course requirements. Each Quaxys course adheres to IEEE's rigorous standards for educational excellence and has been thoroughly reviewed and approved by IEEE. Participants who successfully complete the course modules and quizzes will earn Continuing Education Units (CEUs) and Professional Development Hours (PDHs), enhancing their professional qualifications.
In this course, participants will learn about RF components, including both passive and active components used in RF systems.
This course is designed to prepare you for RF job interviews in both commercial and military sectors. It offers a comprehensive package, including self-assessment, a personalized action plan, sample questions and answers, and one live session with the instructor for personalized guidance.
Tap into the knowledge exclusive to world-class enterprises, propelling your career and reshaping the future of your company.
View all bundles
Master the essential skills for RF measurement with network and spectrum analyzer, RF measurement automation and RF instrument protection.
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.
In this bundle, we will cover the essentials for RF measurement, including protecting RF equipment, RF cables, and connectors.
Whether you’re a fresh graduate or you want to enhance your skills in RF engineering, our unbeatable package of courses, hardware, and software training is your key to success.Elevate your skills, enhance your expertise, and proudly showcase your achievements with IEEE and Quaxys certificates. Join us on the path to continuous learning and professional growth
I thoroughly enjoyed the RF Systems training. The course effectively balances theoretical knowledge with practical applications and numerical examples. Complex concepts are explained clearly and at an appropriate pace for efficient learning. The slides are well designed and presented, making it easy to grasp the conclusions and key takeaways
It's more important now than ever to keep current and refreshed on the fundamentals. The Quaxys training modules are perfect for reminding me about the essential details of RF engineering and helping my team get back up to speed.
The RF/microwave and quantum engineering industries currently face labor shortages that uniquely position hardware engineering professionals for a range of potential employment opportunities.
Explore Now
In the current workforce climate, identifying the right hardware talent is just half the battle. Training and onboarding new engineers not only takes away precious resources from teams which are already stretched thin, but can be costly.
Explore Now
Continue with Google
Continue with Linkedin
Continue with Facebook