Cohort-Based Online Course / 29 Apr
RF & Microwave
Engineering 101
An 80-hour programme bridging theory and practice. 20 live sessions delivered via Zoom every Wednesday.
80h
Total Duration
20
Live Sessions
29 Apr
Start Date
2,200
CHF
80h
Total Duration
20
Live Sessions
29 Apr
Start Date
2,200
CHF
About the Course
An industry-leading programme delivered for over 20 years
This industry-leading programme provides a comprehensive foundation in RF and Microwave engineering, combining theoretical knowledge with practical applications used in modern communication systems.
Attendees receive certified electronic copies of original training materials including whitepapers, homework assignments with solutions, and presentation slides. An optional online final exam is available for attendees who wish to add a grade to their certificate of completion.
Prior Knowledge
Basic familiarity recommended. Background materials provided for all topics.
- Fourier Transforms01
- Laplace Transforms02
- Random Processes03
- Basic Circuit Theory04
Ideal For
Newcomers
Engineers who are newcomers to the RF and Microwave industry
DSP Engineers
DSP / Algo engineers expanding into the PHY world of radio systems
Experienced Engineers
Experienced Microwave engineers refreshing & updating their knowledge
Curriculum
Topics Covered
Timetable
Course Schedule
Weekly sessions every Wednesday from 14:00 to 18:00 UK time, starting April 29 and running through September 2026.
| # | Date | Index | Study Subject |
|---|---|---|---|
| 01 | 29 APR | 1 | Introduction to the exciting world of RF and Microwave engineering |
| 02 | 6 MAY | 2A | Non-Linear device characterization (1) |
| 03 | 13 MAY | 2B | Non-Linear device characterization (2) and dynamic range |
| 04 | 20 MAY | 3A | Thermal noise, SNR and Noise Figure (1) |
| 05 | 27 MAY | 3B | Thermal noise, SNR and Noise Figure (2) |
| 06 | 3 JUN | 4 | RF and microwave Mixers and spur charts |
| 07 | 10 JUN | 5 | Standard test equipment (1): Spectrum Analysis basics, RF signal generators |
| 08 | 17 JUN | 6A | Distributed systems and impedance matching techniques (1) |
| 09 | 24 JUN | 6B | Distributed systems and impedance matching techniques (2) |
| 10 | 1 JUL | 8 | Passive RF devices and basic building blocks |
| 11 | 8 JUL | 9 | Standard test equipment (2): Network Analysis basics, Power meters, cable and connector care |
| 12 | 15 JUL | 10A | Signal Sources, PLL Synthesizers, and phase noise |
| 13 | 22 JUL | 10B | Digital wireless communications and Vector Signal Analysis (1) |
| 14 | 29 JUL | 10B | Digital wireless communications and Vector Signal Analysis (2) |
| 15 | 5 AUG | 11A | RF and IF sampling by RF ADCs (1) |
| 16 | 12 AUG | 11B | RF and IF sampling by RF ADCs (2) |
| 17 | 19 AUG | 12 | Transmitter and Receiver system architectures |
| 18 | 26 AUG | 13 | Antenna concepts and the wireless channel |
| 19 | 2 SEP | 14 | Moving up to millimetre waves |
| 20 | 9 SEP | 15 | Concluding exercise: Receiver system design |
Meet the Instructor
Mr. Oren Hagai
Founder, INTERLLIGENT RF & Microwave Solutions
View LinkedIn ProfileMr. Oren Hagai has over 25 years of hands-on experience in RF and Microwave engineering, spanning defense systems, telecommunications, and commercial applications.
He founded INTERLLIGENT RF & Microwave Solutions to bring industry-grade training and consulting to engineers worldwide.
His teaching approach combines rigorous theoretical foundations with practical, real-world examples drawn from his extensive career. Every session includes hands-on problems and industry case studies to reinforce learning.
Investment
What's Included
- 80 hours of expert-led live training
- 20 weekly Zoom sessions with Mr. Oren Hagai
- Complete course materials & whitepapers
- Homework assignments with solutions
- Certificate of completion
- Optional graded final exam
- Access to session recordings (1 year)
- Direct Q&A with the instructor
Register Your Interest
Spring 2026 Cohort
Starting 29 April 2026. Limited seats available.
Questions? Email info@swiss-ccc.com
Questions
Need more information? Contact us at info@swiss-ccc.com