Course Overview:
As wireless communication systems evolve toward 6G, advanced waveforms and modulation techniques are becoming critical for spectrum efficiency, low latency, and higher data rates. This crash course provides a clear, focused overview of key advancements in waveform design and modulation strategies, with an emphasis on their impact on 5G-Advanced and the roadmap to 6G.
In just 2 hours, you’ll gain a foundational understanding of how technologies like OFDM enhancements, non-orthogonal waveforms, and adaptive modulation are enabling innovative use cases, from dynamic spectrum sharing to non-terrestrial networks.
In just 2 hours, you’ll gain a foundational understanding of how technologies like OFDM enhancements, non-orthogonal waveforms, and adaptive modulation are enabling innovative use cases, from dynamic spectrum sharing to non-terrestrial networks.
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What You’ll Learn
- Waveform Basics and Enhancements: Understand how advanced waveforms like filtered OFDM and FBMC enhance network performance.
- Next-Gen Modulation Techniques: Explore adaptive modulation, higher-order schemes, and their applications in emerging use cases.
- Application in 5G-Advanced and 6G: Learn how these technologies support non-terrestrial networks (NTN), dynamic spectrum access, and integrated sensing and communications (ISAC).\
- Future Implications: Get actionable insights on the role of waveforms and modulation strategies in shaping future wireless innovations.
Who Should Enroll?
- Wireless Engineers and R&D Teams: Professionals working on spectrum efficiency and next-gen network optimization.
- Spectrum Planners and Policy Experts: Stakeholders focusing on dynamic spectrum usage and its technical underpinnings.
- Telecom Innovators: Anyone interested in the critical role of waveforms and modulation in enabling future wireless use cases.
Why Take This Course?
- Essential Knowledge: Gain a strong foundation in the waveforms and modulation techniques shaping wireless evolution.
- Future-Oriented: Understand how these advancements drive 5G-Advanced and 6G innovations.
- Actionable Insights: Learn concepts you can apply in technical planning, network optimization, and R&D projects.
Course Format & Delivery
Duration
1.5 - 2 Hours
Availability
Coming Q2 2025 – Join the Waitlist!
Price
Included in Pro Membership
Master Next-Gen Waveforms & Modulation – Join the Waitlist Today!
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Frequently asked questions
What does this course cover?
This crash course explores advanced waveforms and modulation techniques, focusing on their role in 5G-Advanced and 6G innovation.
Who is this course for?
Engineers, spectrum planners, R&D teams, and telecom innovators seeking expertise in spectrum efficiency and advanced interfaces.
How is this course delivered?
The course is self-paced, meaning you can learn at your convenience. A Hybrid version with live Q&A sessions will also be available in 2025.
How long does it take to complete the course?
This course takes approximately 1.5 to 2 hours to complete, making it easy to fit into your schedule.
Is this course part of a larger learning path?
Yes, it is part of the Dynamic Spectrum & Air Interface Innovation credential, which focuses on spectrum usage and next-gen interfaces.
When will the course be available?
The course will launch in Q2 2025. You can join the waitlist now to receive updates, sneak peeks, and early access opportunities.
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