Interlligent RF and Microwave Courses:

This course targets professional engineers who are engaged in all stages of design, qualification and manufacturing of systems containing high-speed digital signals, consisting of board design and layout, SIPI, verification, and system and manufacturing processes.

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Course duration: 36 hours.

Based on Interlligent’s flagship RF & Microwave Course, this comprehensive training programme/course enables electronic engineering graduates to reach the level of junior RF & Microwave engineers.

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Our programme merges theoretical studies with practical examples from industry and demonstrations of theoretical concepts.

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Course duration: 80 hours

This Course targets all professional engineers that are immersed in design, qualification and manufacturing of products which consist of high frequencies/ high-speed interfaces, such as: RF, microwave, board design, signal integrity, layout, verification, integration, system and process manufacturer engineers.

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Course duration: 36 hours

This class is directed toward experienced RF & System engineers who choose to enhance their system design engineering expertise and for wireless communication engineering who pursue a better knowledge of system design considerations and trade-offs for designing advanced transmit/receive products.

Both will discover this class is rewarding.

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Course duration: 48 hours

An extensive RF & Microwave training programme for electrical engineers who aim to develop into RF specialists.

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This programme incorporates in-depth theoretical studies and practical lab sessions

Course duration: 136 hours

Interlligent's Lab Instrument Control Using Python equips the participant with the Python programming skills and tools to automate the control of laboratory instruments, specifically signal generators, and spectrum analyzers. It covers Python fundamentals, essential libraries, GUI development, instrument interfacing, complex baseband signals, and culminates in a hands-on workshop where the participant will create a fully automated power amplifier measurement suite and modelling system using Python and real test equipment.

Millimetre-wave communication systems have been around for some while, but mm-wave technologies grew into a “hot topic” just recently, as these technologies are the key enablers for modern wireless applications such as 5G, WiGig, car radar, advanced imaging systems and more.

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Course duration: 16 hours.

A primary introduction to the RF (Radio Frequency) engineering field for a non-technical audience. Students will pick up essential knowledge which will assist them in their daily interaction with RF engineering topics in their respective organisations.

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Course duration: 16 hours

Broadband analogue-to-digital converters (ADCs) and digital-to-analogue converters (DACs) are key building blocks in current transceiver design. This seminar discusses some of their special attributes and their influence on RF system design. In particular, it deals with their unique frequency transfer function and their RF system implications, SNR limitations because of quantisation and jitter, and frequency planning considerations. We will delve into the implications of these properties on real-IF and zero-IF transceivers that include ADCs and DACs.

Seminar duration: 16 hours.

The course delivers deep knowledge of topics including different wireless channel models, SISO, MRC and MIMO systems, OFDM and OFDMA. It uses plain mathematics to deliver intuitive, clear insights and results, in contrast with the conventional approach of teaching MIMO communications using information theory.

Course duration: 15 hours.