Email: ietcourses@theiet.org
ALL CAREER STAGES | UK-SPEC: A,B,E | FOUR HALF-DAYS | LIVE VIRTUAL | CPD: 19 HOURS | COST: FROM £999
Modern antenna range measurements training course
Enhance your RF expertise with our modern antenna range measurements training course
Modern Antenna US
Are you based in North America? This December, join our live virtual course on Modern Antenna Range Measurements, scheduled for 1pm - 5:30pm EDT (morning to early afternoon across the Americas).
With timings designed to suit North American participants, you can benefit from expert-led training without the challenge of inconvenient hours. Secure your place now for our 1 - 2 and 8 - 9 December 2026 sessions, and gain practical insights from wherever you are.
We can run additional courses dependent on demand. Please contact us if you are interested in different dates.
About the technical training course
This interactive, live virtual, training course will provide delegates with an understanding of modern near-field and compact antenna range measurements.
The course is led by Prof. Stuart Gregson, the lead author of Principles of Planar Near-Field Antenna Measurements and co-author of Theory and Practice of Modern Antenna Range Measurements.
Topics covered include an introduction to antennas and antenna measurements, planar, cylindrical, and spherical near-field measurements and theory, compact antenna test ranges, advanced antenna measurements, uncertainty budgets, post-processing, reflection suppression, compressive sensing, antenna measurement applications and much more!
The course focuses on the practicalities of antenna measurements, asking what do we want to measure and how do we do it. This intuitive approach will enable you to apply your learning to your own contexts back in the office.
The course is spread out over a two-week period from 1pm to 6pm BST / 8am to 1pm EDT, allowing delegates from the UK, Europe, and North America to join virtually.
Key learning objectives
- Learn the fundamentals as well as advanced Antenna Measurement techniques
- Gain an understanding of planar, cylindrical, and spherical near-field theory from a measurement perspective
- Learn the theory and practice of Advanced antenna measurements, range assessments and error budgets
- Understand the practicalities of taking high quality measurements including selecting measurement type and measurement setup, choosing near-field probes, interpreting data.
Who should attend?
This course is intended for researchers, engineers and technicians who want to obtain a better understanding of antenna measurement concepts, theory, practice and techniques.
- Antenna Engineers
- Radar Engineers
- System Architects
- Telecoms Engineers
- Network Engineers
- System Engineers
- Measurement Technicians
- Academics and Researchers
- PhD students and post-doctoral researchers
Don't just take our word for it…
"Excellent course and highly relevant to my work.”
Huawei Tech Duesseldorf GmbH
"The Modern Antenna Range Measurements Course was excellent and covered more than just planar antenna measurements. I would thoroughly recommend it to anyone involved in antenna measurements.”
BBC
"I found this course very interesting and beneficial to my working role as an RF measurement engineer. Stuart is a very approachable course lecturer and encourages his 'students' to ask questions.”
OFCOM
"A very thorough course in antenna measurements, delivered by a real subject matter expert".
MBDA
Prof. Stuart Gregson
Prof. Stuart Gregson
Director of Operations & Research at Next Phase Measurements
Professor Stuart Gregson has thirty years of experience working in the space, aerospace and communications sectors and is Director of Operations and Research at Next Phase Measurements, and an honorary visiting professor in the School of Electronic Engineering and Computer Science at Queen Mary University of London.
He received his BSc degree in Physics, his MSc degree in Microwave Solid State Physics, both from the University of Portsmouth and his PhD degree from Queen Mary University of London.
Prof. Gregson has developed special experience with near-field antenna measurements, finite array mutual coupling, computational electromagnetics, installed antenna and radome performance prediction, compact antenna test range design and simulation, electromagnetic scattering, 5G OTA measurements and has published more than a hundred and thirty peer-reviewed research papers on these topics, regularly contributing to and organizing industrial courses in these subject areas.
At the end of 2007 he was the lead author of the research text, Principles of Planar Near-Field Antenna Measurements, and in 2014 he co-authored a second text, Theory and Practice of Modern Antenna Range Measurements, both of which are now in their second editions and are published by the IET within their Electromagnetic Waves Series.
He has received the AMTA Best Technical Paper award on three separate occasions in 2008, 2023, and 2025. In 2015 and again in 2025 he presented the AMTA Sunday Short Course respectively on Near-Field Measurement Error Analysis and on Near-Field Theory & Post Processing.
Prof. Gregson also served on the AMTA Board of Directors. He is a Fellow of the Antenna Measurement Techniques Association, a Fellow of the Institution of Engineering and Technology, a Fellow of the Institute of Physics and is a chartered Engineer and Physicist.
Dennis Lewis
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Dennis Lewis
Technical Fellow at Boeing
Dennis Lewis received his BS EE degree with honors from Henry Cogswell College and his MS degree in Physics from the University of Washington. He has worked at Boeing for 36 years and is recognized as a Technical Fellow.
He currently has leadership and technical responsibility for the RF, Microwave and Antenna test capabilities. Dennis holds 12 patents and is the recipient of the 2013 & 2015 Boeing Special Invention Award.
He is a Senior Member of the IEEE and several of its technical societies including the Microwave Theory and Techniques Society (MTT-S), the Antennas and Propagation Society and the Electromagnetic Compatibility (EMC) Society.
He actively contributes to these societies as a member of the IEEE MTT-S TC-3 on microwave measurements and as a Board Member, past Distinguished Lecturer and 2019 conference chair for the EMC Society. He is an Ed Gillespie Fellow and served on the Board of Directors for the Antenna Measurements Techniques Association (AMTA) and chaired its annual symposium in 2012 and 2023.
Dennis is a part-time faculty member teaching a course on Measurement Science at North Seattle College. He’s also an active member and past chairman of the Technical Advisory Committee where he mentors engineering students.
His current technical interests include aerospace applications of reverberation chamber test techniques as well as microwave/antenna measurement systems and uncertainties. In 2025, he received the Antenna Measurement Techniques Association Distinguished Speaker Award.
Dr.-Ing. Marc Dirix
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Dr.-Ing. Marc Dirix
Dr.-Ing. Marc Dirix received the Dr.-Ing. in information and communication technology from the RWTH Aachen University, Germany in 2018. Previously, he had his Master Degrees in Information and Communication Technology by the same University in 2009.
During 2004 to 2015, he worked as a researcher and teacher at the Institute of High Frequency Technology of the RWTH Aachen University, Germany, where his main research topics were antenna measurements and material characterisation.
In 2004, he has founded the Marc Dirix /RF company which focuses on material measurement automation for RF applications. Marc Dirix has worked on the development and implementation of antenna measurement systems ranging from micro- to mm-wave for the commercial and research markets. Since 2025 he joined E&C Anechoic Chambers, where he is responsible for the development of RF measurement and chamber simulations.
Dr.-Ing. Dirix has developed special experience with near-field antenna measurements, compact antenna test range design, performance prediction and installation, design of antennas for measurement applications and machine learning, and has published numerous peer-reviewed papers on these topics. He is a Senior Member of both the Antenna Measurement Techniques Association and the IEEE.
Week one - 2 - 3 June 2026
Tuesday 2 June 2026 - 1pm - 5.30pm BST
|
Session |
Duration |
Title |
Description |
|
Session 1 |
15 minutes |
Introduction |
|
|
Session 2 |
60 minutes |
Antenna Fundamentals |
Introduction to antennas and EM radiation, highlighting key measurable properties. |
|
Break |
15 minutes |
|
|
|
Session 3 |
60 minutes |
Introduction to Antenna Measurements |
Overview of antenna measurements and systems. |
|
Break |
15 minutes |
|
|
|
Session 4 |
90 minutes |
Planar Near-Field Theory (Measurement View) |
Grounding in planar near-field theory, near-field to far-field transformation, and aperture diagnostics. |
|
Q&A |
15 minutes |
Fundamentals Q&A |
|
Wednesday 3 June 2026 - 1pm - 5.30pm BST
|
Session |
Duration |
Title |
Description |
|
Session 5 |
45 minutes |
Matlab in Antenna Measurements (Part 1) |
Presented by Marc Dirix Matlab for Planar Near-Field Theory Simple introduction to the use of Matlab for processing and manipulating planar near-field measurements |
|
Break |
15 minutes |
|
|
|
Session 6 |
60 minutes |
Coordinate Systems and Polarisation Bases |
Illustrated introduction to coordinate systems and polarisation bases, conversions, and pattern rotations. |
|
Break |
15 minutes |
|
|
|
Session 7 |
60 minutes |
Gain Measurement |
Overview of several common gain and efficiency measurement methods including measurement uncertainties and common mistakes. |
|
Break |
15 minutes |
|
|
|
Session 8 |
60 minutes |
Probes for Antenna Measurements |
Overview of commonly used near-field probes, how to chose the right probe, calibration, usage, and error sources. |
Week two - 9 - 10 June 2026
Tuesday 9 June 2026 - 1pm - 6pm BST
|
Session |
Duration |
Title |
Description |
|
Session 9 |
75 minutes |
Cylindrical Near-Field Theory |
Grounding in cylindrical near-field theory, transformations, and good measurement practices using an intuitive measurement orientated approach. |
|
Break |
15 minutes |
|
|
|
Session 10 |
60 minutes |
Compact Antenna Test Ranges |
Introduction to CATRs, design principles, modelling, and usage for far-field antenna measurements. |
|
Break |
15 minutes |
|
|
|
Session 11 |
75 minutes |
Spherical Near-Field Theory |
Grounding in spherical near-field theory, transformations, and good measurement practices using an intuitive measurement orientated approach. |
|
Break |
15 minutes |
|
|
|
Session 12 |
45 minutes |
Matlab in Antenna Measurements (Part 2) |
Presented by Marc Dirix Matlab for post-processing Introduction to the use of Matlab for post-processing and manipulation of measurements. |
Wednesday 10 June 2026 - 1pm - 6pm BST
|
Session |
Duration |
Title |
Description |
|
Session 13 |
60 minutes |
Trade study: Multi-Purpose Robotic Antenna Measurement System |
Presented by Dennis Lewis Explores benefits of robotic systems in antenna testing, MBSE/MBD approaches, and advanced post-processing. |
|
Break |
15 minutes |
|
|
|
Session 14 |
75 minutes |
Range assessments and error budgets |
Gives a thorough practical introduction to range assessments and uncertainty focusing on the planar near-field case. |
|
Break |
15 minutes |
|
|
|
Session 15 |
60 minutes |
Advanced antenna measurements & Scattering Suppression |
Introduces some more recent advanced techniques including scattering suppression, phase retrieval, non-canonical transformations. |
|
Break |
15 minutes |
|
|
|
Session 16 |
60 minutes |
Applications: New Innovations and Future Trends |
Exploration of multi-axis robots, UAVs, digital twins, and CEM simulation applications the use of compressive sensing and sparse sampling techniques. |
Please note that the programme is subject to change.
Early bird tickets
(until 3 April 2026)
Member - from £1399
Non-member - from £1599
Student - £999
Standard tickets
(From 4 April 2026)
Member - £1599
Non-member- £1799
Student - £999
Group booking discounts
10% discount for three to five delegates – ANT3TO5
15% discount for six plus delegates – ANT6PLUS
What's included in registration?
- Four half days of training delivered by experts
- Complimentary copy of 2nd edition of the IET text, Principles of Planar Near-Field Antenna Measurements (e-book edition). This will be sent seven days prior to the event in the course joining instructions email
- 19 CPD hours and a certificate
Overseas participants
If you are attending the course from outside of the UK and are paying for your booking using a company payment card where the company is VAT Registered and is the registered card billing address, please use the registration link for a VAT registered overseas company.
This form will capture your Company VAT Registration number and will be subject to Out of Scope VAT. Otherwise, VAT is charged at the UK rate of 20%.
If you are from outside the UK but paying with a personal payment card, please use the overseas individual link.
Terms and conditions
All prices are per person. If you require a proforma invoice before booking and/or wish to pay via purchase order, please contact us: events@theiet.org. We regret that we cannot accept AMEX for online payments.
*All students must provide a copy of their student pass or letter of enrolment from their college or University.
Once registered please email your documentation to events@theiet.org along with your booking confirmation number.
Discount codes are for member and non-member delegate registration only, and not applicable to student bookings.
If you need to pay for your group by proforma invoice, please contact events@theiet.org.
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