DIPLOMA COURSES

Our range of online diploma courses provide a more complete understanding of a given subject area. Diploma courses are formed by combining selected topics from our online certificate courses catalog. All online diploma courses include a set of high-quality printed course notes, an IEEE Certificate of Completion and a Certificate of Achievement issued by The Technology Academy. Online diploma courses generally take 10-15 hours to complete.

RF001 – Foundation Diploma in RF and Microwave Engineering
RF001 – Foundation Diploma in RF and Microwave Engineering
RF002 – Diploma in RF and Microwave Measurements
RF002 – Diploma in RF and Microwave Measurements
RF003 – Diploma in RF and Microwave Communications
RF003 – Diploma in RF and Microwave Communications
RF004 – Diploma in RF and High-Speed Digital Design for Signal Integrity and EMC
RF004 – Diploma in RF and High-Speed Digital Design for Signal Integrity and EMC

CERTIFICATE COURSES

Our range of online certificate courses focus on specific topics. Each online certificate course includes a Certificate of Achievement issued by The Technology Academy and the option to purchase an IEEE Certificate of Completion. Online certificate courses generally take 0.5-4 hours to complete.

RF100 - RF and Microwave Basics
RF100 – RF and Microwave Basics
RF200 – Transmission Lines, S-Parameters and the Smith Chart
RF300 – RF and Microwave Propagation: Key Concepts
RF300 – RF and Microwave Propagation: Key Concepts
RF400 – Understanding Modern RF and Wireless Digital Modulation
RF400 – Understanding Modern RF and Wireless Digital Modulation
RF500 – RF and Microwave Components: System Building Blocks
RF500 – RF and Microwave Components: System Building Blocks
RF502 – RF and Microwave Antenna Basics
RF502 – RF and Microwave Antenna Basics
RF600 – RF and Wireless Transceiver System Architectures
RF600 – RF and Wireless Transceiver System Architectures
RF701 – 802.11 WLAN Digital Modulation Overview
RF701 – 802.11 WLAN Digital Modulation Overview
RF702 – 802.11 WLAN PHY Standards and Specifications
RF702 – 802.11 WLAN PHY Standards and Specifications
RF703 – 802.11 WLAN PHY Propagation and Fading
RF703 – 802.11 WLAN PHY Propagation and Fading
RF704 – 802.11 WLAN PHY MIMO and Space Time Block Coding
RF704 – 802.11 WLAN PHY MIMO and Space Time Block Coding
RF801 – Understanding RF and High-Speed Digital Signals
RF801 – Understanding RF and High-Speed Digital Signals
RF802 – Transmission Line Concepts for PCB Design
RF802 – Transmission Line Concepts for PCB Design
RF803 – Transmission Lines and Trace Routing in PCB Design
RF803 – Transmission Lines and Trace Routing in PCB Design
RF804 – Transmission Line Reflections and Terminations in PCB Design
RF804 – Transmission Line Reflections and Terminations in PCB Design
RF805 – Transmission Line Losses in PCB Design
RF805 – Transmission Line Losses in PCB Design
RF806 – Controlling and Measuring PCB Line Impedance
RF806 – Controlling and Measuring PCB Line Impedance
RF807 – Modern PCB Materials and Fabrication Techniques
RF807 – Modern PCB Materials and Fabrication Techniques
RF808 – Understanding Noise, Interference and Crosstalk in RF and Digital Circuits
RF808 – Understanding Noise, Interference and Crosstalk in RF and Digital Circuits
RF809 – Electromagnetic Interference in RF and Digital Circuits
RF809 – Electromagnetic Interference in RF and Digital Circuits
RF810 – Power Distribution and Decoupling in RF and Digital PCBs
RF810 – Power Distribution and Decoupling in RF and Digital PCBs
RF811 – PCB Grounding in RF and Digital Circuits
RF811 – PCB Grounding in RF and Digital Circuits
RF812 – PCB Parasitics in RF and Digital Circuits
RF812 – PCB Parasitics in RF and Digital Circuits
RF813 – RF PCB Layout Guidelines and Design Reviews
RF813 – RF PCB Layout Guidelines and Design Reviews
RF814 – RF and High-Speed Digital PCB Design and Manufacturability
RF814 – RF and High-Speed Digital PCB Design and Manufacturability
RF901 – RF and Microwave Connector Types and Connector Care
RF1000 – Effective Vector Network Analyzer (VNA) Measurements
RF1000 – Effective Vector Network Analyzer (VNA) Measurements
RF1100 – Effective Spectrum Analyzer Measurements
RF1100 – Effective Spectrum Analyzer Measurements
RF1201 – Measuring RF and Microwave Power
RF1201 – Measuring RF and Microwave Power
RF1201 – Measuring RF and Microwave Power
RF1202 – Noise Figure and Noise Figure Measurement
RF1203 – Measuring Frequency Stability and Phase Noise
RF1203 – Measuring Frequency Stability and Phase Noise
RF1300 – Modern RF and Wireless Digital Modulation Measurements
RF1300 – Modern RF and Wireless Digital Modulation Measurements
RF1401 – EMC Antennas and Radiated RF Measurements
RF1401 – EMC Antennas and Radiated RF Measurements
RF1500 – RF and Microwave Test and Measurement: The Essentials
RF1500 – RF and Microwave Test and Measurement: The Essentials
RF1600 – Designing GaN Power Amplifier MMICs
RF1600 – Designing GaN Power Amplifier MMICs
RF1700 – RF and Microwave Power Amplifier Matching
RF1700 – RF and Microwave Power Amplifier Matching