Learn communication engineering from practitioners
Online, on-site and self-paced courses in optical and RF communications — delivered by engineers who build the tools, with certificates and evaluations.
Online Training
Live, instructor-led courses delivered remotely — interactive sessions with practicing engineers.
- Live virtual classroom
- Scheduled cohorts
- Certificate of completion
On-site Training
In-person training delivered at your location, tailored to your team and systems.
- Customized curriculum
- At your facility
- Hands-on with your use cases
Self-Learning
Self-paced courses you can take anytime, with recorded materials and resources.
- Learn at your pace
- Recorded lessons
- Lifetime access to materials
Online courses
Live, instructor-led cohorts delivered remotely.
From Conventional to Modern: The Evolution of Radar and Lidar Technologies
Traces radar and lidar from classical systems to modern techniques, highlighting principles, applications and recent advances.
- Dr. Sajid Ahmed; Prof. Mohamed-Slim Alouini
- 8 hours (4+4 in two days)
- Zoom
- $249
Overview of Non-Terrestrial Networks
A broad introduction to Non-Terrestrial Network concepts - satellites, HAPS and UAVs - and how they extend connectivity beyond terrestrial infrastruct
- Mohamed-Slim Alouini; Mustafa Kishk; Baha Eddine Youcef Belmekki
- 8 hours (4+4 in two days)
- Zoom
- $249
Optical Beam Attenuation in Atmosphere and Underwater
How optical beams are attenuated by atmospheric and underwater media, the governing models, and implications for link design.
- To Be Announced Soon
- 4 hours (divided into 2 sessions)
- Zoom (Link will be provided after registration)
- $220
Underwater Optical Wireless Communication
High-speed data transmission through water using light, the channel's unique absorption and scattering challenges, and practical system design.
- To Be Announced Soon
- 5 hours (divided into 2 sessions)
- Zoom (Link will be provided after registration)
- $270
6G and Beyond
A forward-looking overview of the 6G vision, enabling technologies and research directions shaping next-generation wireless.
- To Be Announced Soon
- 4 hours (divided into 2 sessions)
- Zoom (Link will be provided after registration)
- $240
Terahertz Communication
Terahertz-band communication, its ultra-high bandwidth potential, propagation challenges and role in 6G and beyond.
- To Be Announced Soon
- 5 hours (divided into 2 sessions)
- Zoom (Link will be provided after registration)
- $250
Quantum Key Distribution (QKD) in Practical Networks
Deploying Quantum Key Distribution (QKD) in real-world networks: protocols, hardware, integration challenges and security guarantees.
- To Be Announced Soon
- 5 hours (divided into 2 sessions)
- Zoom (Link will be provided after registration)
- $280
Cognitive Optical and Wireless Networks
Self-aware networks that sense their environment and dynamically adapt resources for greater efficiency and reliability.
- To Be Announced Soon
- 5 hours (divided into 2 sessions)
- Zoom (Link will be provided after registration)
- $260
Quantum Optics and Single-Photon Detection
Quantum-optical concepts and single-photon detection technologies underpinning quantum communication and advanced sensing.
- To Be Announced Soon
- 5 hours (divided into 2 sessions)
- Zoom (Link will be provided after registration)
- $270
Inter-Satellite Optical Wireless Links
Design of optical links between satellites, including pointing, Doppler, link budgets and their role in space network backbones.
- To Be Announced Soon
- 5 hours (divided into 2 sessions)
- Zoom (Link will be provided after registration)
- $290
Orbital Angular Momentum (OAM) for Optical and RF Communication
How Orbital Angular Momentum (OAM) modes add a degree of freedom to multiplex channels and increase capacity in optical and RF links.
- To Be Announced Soon
- 5 hours (divided into 2 sessions)
- Zoom (Link will be provided after registration)
- $230
Mitigation Techniques for Performance Improvement
Practical methods - diversity, coding, adaptive optics, aperture averaging and more - used to counter impairments and improve link performance.
- To Be Announced Soon
- 4 hours (divided into 2 sessions) 5 hours (divided into 2 sessions)
- Zoom (Link will be provided after registration)
- $250
Fluid Antenna Systems and Advanced MIMO
Fluid/movable antenna systems and advanced MIMO techniques that boost spectral efficiency and reliability in next-generation wireless.
- To Be Announced Soon
- 5 hours (divided into 2 sessions)
- Zoom (Link will be provided after registration)
- $220
Imaging and Optical Sensing in Turbulent Environments
How turbulence affects imaging and optical sensing, and the methods used to restore image quality and sensing accuracy.
- To Be Announced Soon
- 5 hours (divided into 2 sessions)
- Zoom (Link will be provided after registration)
- $280
Optical Wireless & Free-Space Communication
Foundations of free-space optical (FSO) links: how data rides on light beams through the atmosphere, the key system building blocks, and the advantage
- To Be Announced Soon
- 5 hours (delivered over 2 sessions, 2.5 hours/session)
- Zoom (Link will be provided after registration)
- $220
Non-Terrestrial Networks (NTN) and Space-Based Communication
Satellite, HAPS and space-based networks in the NTN framework: architecture, link challenges and integration with terrestrial 5G/6G.
- To Be Announced Soon
- 5 hours (divided into 2 sessions)
- Zoom (Link will be provided after registration)
- $290
Energy-Efficient Wireless Networks
Techniques and architectures that cut power consumption across devices and networks while maintaining performance.
- To Be Announced Soon
- 4 hours (2 sessions)
- Zoom (Link will be provided after registration)
- $220
Integrated Sensing and Communications (ISAC)
The convergence of sensing and communication onto shared spectrum and hardware, a key 6G enabler, with use cases and design trade-offs.
- To Be Announced Soon
- 5 hours (2 sessions)
- Zoom (Link will be provided after registration)
- $320
AI in Wireless and Optical Communication
How machine learning is applied to channel modeling, link optimization, resource allocation and performance prediction in modern wireless and optical
- To Be Announced Soon
- 5 hours (2 sessions)
- Zoom (Link will be provided after registration)
- $250
Directed Energy and High-Power Optical Systems
The physics, beam control and applications of high-power and directed-energy optical systems across communication and sensing.
- To Be Announced Soon
- 5 hours (2 sessions)
- Zoom (Link will be provided after registration)
- $320
Reconfigurable Intelligent Surfaces (RIS) for Optical and RF Communications
How Reconfigurable Intelligent Surfaces (RIS) intelligently redirect and shape optical and RF signals to extend coverage and reliability in next-gener
- To Be Announced Soon
- 6 hours (2 sessions)
- Zoom (Link will be provided after registration)
- $270
Coherence and Intensity in Optical Communication Systems
Coherent versus intensity-modulation/direct-detection schemes and how optical coherence shapes capacity, sensitivity and system complexity.
- To Be Announced Soon
- 4 hours
- Zoom (Link will be provided after registration)
- $240
Quantum Communication & Cryptography
Principles of quantum communication and cryptography, including how quantum states enable fundamentally secure information exchange.
- To Be Announced Soon
- Approximately 6 hours (delivered over 2 sessions, around 3 hours/session)
- Zoom (Link will be provided after registration)
- $320
Integrated ground-air-space-underwater communication
Seamless multi-domain connectivity linking terrestrial, aerial, space and underwater segments into a unified communication architecture.
- To Be Announced Soon
- Approximately 5.5 hours (delivered over 2 sessions, around 2.75 hours/session)
- Zoom (Link will be provided after registration)
- $280
HAPS and Satellite-Based Optical Wireless Communication
Optical communication from High-Altitude Platform Stations and satellites, covering link geometry, channel effects and system design for air- and spac
- To Be Announced Soon
- Approximately 5.5 hours (delivered over 2 sessions, around 2.75 hours/session)
- Zoom (Link will be provided after registration)
- $230
Monte Carlo Simulations in Optical Wireless Communication Systems and MATLAB Implementations
A hands-on course on building Monte Carlo link simulations in MATLAB, from channel modeling to BER estimation, giving participants reusable simulation
- To Be Announced Soon
- Approximately 5.5 hours (delivered over 2 sessions, around 2.75 hours/session)
- Zoom (Link will be provided after registration)
- $240
Pointing Errors and Beam Control in Optical Links
How misalignment and jitter affect FSO performance, and the acquisition, tracking and pointing (ATP) techniques used to keep beams reliably aligned.
- To Be Announced Soon
- 4 hours (delivered over 2 sessions, around 2 hours/session)
- Zoom (Link will be provided after registration)
- $180
Optical Turbulence and Propagation Challenges
How atmospheric turbulence, scintillation and absorption degrade optical links, and the models used to characterize and predict these impairments.
- To Be Announced Soon
- 4.5 hours (delivered over 2 sessions, around 2.25 hours/session)
- Zoom (Link will be provided after registration)
- $190
On-site courses
In-person training delivered at your facility.
Concepts in Infrared (IR) Signature Prediction, Suppression, & Management of Aerial Vehicles
This course introduces: IR signatures - Prediction in SWIR, MWIR, LWIR bands; Prediction of lock-on range & lethal range; IR signature suppression & i
- Senior Professor & Distinguished Researcher — Name Shared After Confirmation
- 5 days (5 hours/day) – customizable upon request
AI-Enabled and Next-Gen Wireless Communication
This dynamic training explores the integration of artificial intelligence (AI) with next-generation wireless communication systems, focusing on how ma
- To Be Announced Soon
- 2 days (8 hours/day) – customizable upon request
Optical Wireless & Free-Space Communication
This training provides an in-depth exploration of optical wireless and free-space communication (OWC/FSC) systems, which use light to transmit data th
- To Be Announced Soon
- 2 days (8 hours/day) – customizable upon request
Space-Based and Non-Terrestrial Networks (NTN)
This specialized training introduces participants to the rapidly expanding field of Space-Based and Non-Terrestrial Networks (NTN)—a cornerstone of fu
- To Be Announced Soon
- 2 days (8 hours/day) – customizable upon request
HAPS-Based Optical and RF Wireless Communication: Design, Challenges, and Applications
This advanced training focuses on High Altitude Platform Systems (HAPS) and their potential to revolutionize optical and RF wireless communication. HA
- To Be Announced Soon
- 2 days (8 hours/day) – customizable with hands-on simulation or design workshops
Integrated Ground-Air-Satellite-Underwater Communication
This comprehensive training addresses the design and implementation of integrated communication systems that span across ground, aerial (UAV), satelli
- To Be Announced Soon
- 3 days (8 hours/day) – customizable upon request
Quantum Key Distribution (QKD) and Secure Communication
This specialized training delves into the principles and implementation of Quantum Key Distribution (QKD)—a foundational technology for future-proof s
- To Be Announced Soon
- 2 days (8 hours/day) – customizable upon request
Terahertz Communication
This training provides a comprehensive introduction to Terahertz (THz) communication, an emerging technology that operates in the terahertz frequency
- To Be Announced Soon
- 2 days (8 hours/day) – customizable with hands-on labs or simulation-based exercises
Optical Turbulence and Laser Beam Propagation in Turbulent Media
This specialized training provides a comprehensive understanding of optical turbulence and its impact on laser beam propagation through various turbul
- To Be Announced Soon
- 2 days (8 hours/day) – customizable upon request
Mitigation Techniques for Optical Wireless Communication Systems
This specialized training focuses on the mitigation techniques essential for enhancing the performance and reliability of optical wireless communicati
- To Be Announced Soon
- 2 days (8 hours/day) – customizable upon request
Reconfigurable Intelligent Surfaces in Wireless Communications
This advanced training provides an in-depth exploration of Reconfigurable Intelligent Surfaces (RIS) and their transformative role in next-generation
- To Be Announced Soon
- 2 days (8 hours/day) – customizable upon request
Performance Degradation Factors in Optical Wireless Communication Systems (Turbulence, Attenuation, Pointing Error and AOA)
This specialized training focuses on the performance degradation factors that affect optical wireless communication (OWC) systems, including turbulenc
- To Be Announced Soon
- 2 days (8 hours/day) – customizable with hands-on labs or simulation-based exercises
Monte Carlo Simulations in Optical Wireless Communication Systems and MATLAB Implementations
This technical training offers a practical and theoretical foundation in applying Monte Carlo simulation techniques to optical wireless communication
- To Be Announced Soon
- 2 days (8 hours/day) – customizable with MATLAB labs and advanced modules
Emerging Technologies in Optical and Wireless Communication
This forward-looking training explores the cutting-edge advancements shaping the future of optical and wireless communication systems. As global deman
- To Be Announced Soon
- 2 days (8 hours/day) – customizable upon request
Underwater Optical Wireless Communication and Sensing
This training delves into the specialized domain of underwater optical wireless communication (UOWC) and sensing, addressing the principles, challenge
- To Be Announced Soon
- 2 days (8 hours/day) – customizable upon request
Underwater turbulence and optical beam propagation
This specialized training explores the complex interactions between underwater turbulence and optical beam propagation, a crucial area for application
- To Be Announced Soon
- 2 days (8 hours/day) – customizable upon request
Integrated Sensing and Communications (ISAC)
This advanced training provides a comprehensive overview of Integrated Sensing and Communications (ISAC)—an emerging paradigm that unifies wireless co
- To Be Announced Soon
- 2 days (8 hours/day) – customizable upon request
Imaging and Sensing in Turbulent Environments
This advanced training focuses on the design and optimization of imaging and sensing systems operating under turbulent or harsh propagation environmen
- To Be Announced Soon
- 2 days (8 hours/day) – customizable upon request
Photonic and Optical Devices for Sensing and Imaging
This training explores the use of photonic and optical devices in sensing and imaging applications. With the rapid advancements in optical technologie
- To Be Announced Soon
- 2 days (8 hours/day) – customizable with hands-on labs on optical sensing techniques and imaging system setup or practical case studies
Quantum and Advanced Photonics Communication
This focused training offers a comprehensive introduction to quantum communication and advanced photonics-based data transmission, bridging fundamenta
- To Be Announced Soon
- 3 days (8 hours/day) – customizable upon request
Advanced Communication System Security and Photonic Encryption
This advanced training explores cutting-edge strategies for securing modern communication systems, with a focus on photonic encryption and optical-lay
- To Be Announced Soon
- 2 days (8 hours/day) – optional lab session on implementing photonic encryption setups or simulating optical-layer attacks
Fiber Optic Communication Systems for High-Speed Networks
This training provides a comprehensive understanding of fiber optic communication systems used in high-speed networks. As global data traffic continue
- To Be Announced Soon
- 2 days (8 hours/day) – customizable with practical labs on fiber optic network design, fiber testing, or network troubleshooting
Advanced Simulation and Modeling in Optical Communication
This in-depth training is designed to equip participants with the skills and methodologies required for advanced simulation and modeling of optical co
- To Be Announced Soon
- 3 days (8 hours/day) – customizable upon request
Energy-Efficient and Cognitive Networks
This training delves into the design and optimization of energy-efficient and cognitive wireless networks, which are essential to meet the performance
- To Be Announced Soon
- 2 days (8 hours/day) – customizable upon request
Optical Beam Attenuation in Atmosphere and Underwater
This training explores the critical concept of optical beam attenuation in both atmospheric and underwater environments, focusing on how environmental
- To Be Announced Soon
- 2 days (8 hours/day) – customizable with hands-on simulations or case study analysis
Optical Fiber Sensors and Their Applications in Communication Systems
This training focuses on the use of optical fiber sensors and their critical applications in communication systems. Optical fiber sensors leverage the
- To Be Announced Soon
- 2 days (8 hours/day) – customizable with hands-on labs or real-world case studies on fiber-optic sensor applications
Photonic Time-Frequency and Optical Signal Processing
This training delves into photonic time-frequency processing and its crucial role in optical signal processing. Photonic time-frequency processing use
- To Be Announced Soon
- 2 days (8 hours/day) – customizable with hands-on simulations or design workshops
Advanced Optical Networks and Photonic Switching
This training explores advanced optical networks and the crucial role of photonic switching in enabling high-capacity, high-efficiency communication s
- To Be Announced Soon
- 2 days (8 hours/day) – customizable with hands-on labs or design workshops
Integrated Photonics for Communication Systems
This training provides an in-depth exploration of integrated photonics and its applications in communication systems. Integrated photonics uses photon
- To Be Announced Soon
- 2 days (8 hours/day) – customizable with hands-on labs or design workshops
Photonic Materials and Their Applications
This training focuses on the essential photonic materials that form the foundation of modern photonics and their key applications in communication sys
- To Be Announced Soon
- 2 days (8 hours/day) – customizable with hands-on labs or material characterization workshops
Advanced Metrology for Optical and Wireless Systems
This training provides an in-depth exploration of advanced metrology techniques used in optical and wireless systems. Accurate measurement and testing
- To Be Announced Soon
- 2 days (8 hours/day) – customizable with practical labs on optical power measurement, signal characterization, or channel modeling
Self-paced courses
Recorded courses you can take anytime, at your own pace.
Atmospheric Turbulence in OWC
This self-learning training provides a comprehensive understanding of atmospheric turbulence effects in optical wireless communication (OWC) systems s
- Yahya Baykal
- 4 hours
- haps-communication, optical-turbulence
- $149
AI-enabled Wireless Communication
This course focuses on the integration of artificial intelligence (AI) with wireless communication systems, a key enabler of future 5G/6G networks. AI
- SCOPT Inc Training Team
- 3 hours
- ai-enabled-communication
- $249
Imaging through Turbulence
This course focuses on the principles of imaging through turbulent media, particularly in the context of atmospheric turbulence and optical systems. T
- To Be Announced Soon
- 4 hours
- optical-turbulence
- $219
Laser Physics Coherence Optics
This course delves into the principles of laser physics and coherence optics, focusing on the behavior of coherent light, laser generation mechanisms,
- To Be Announced Soon
- 4 hours
- free-space-optics
- $199
Optical Turbulence
This advanced self-paced training delves into the phenomenon of optical turbulence, a key challenge in free-space optical (FSO) communication systems.
- To Be Announced Soon
- 3 hours
- optical-turbulence
- $99
Non-Terrestrial Networks
This course explores the concept of Non-Terrestrial Networks (NTNs), a revolutionary approach to wireless communication that utilizes satellites, unma
- To Be Announced Soon
- 5 hours
- free-space-optics
- $249
HAPS assisted FSO Communication
This course introduces the architecture, benefits, and challenges of HAPS-assisted Free-Space Optical (FSO) communication, a rapidly emerging solution
- To Be Announced Soon
- 4 hours
- free-space-optics
- $159
Underwater Optical Wireless Communication
This course presents a comprehensive exploration of Underwater Optical Wireless Communication (UOWC)—a promising alternative to traditional acoustic a
- To Be Announced Soon
- 4.5 hours
- underwater-optical-wireless-communication
- $169
Quantum Communication
This course offers a comprehensive introduction to quantum communication, a groundbreaking approach to secure and ultra-efficient information transfer
- To Be Announced Soon
- 5 hours
- quantum-communication
- $189
Light Detection and Ranging (LIDAR)
This course provides a comprehensive understanding of LiDAR (Light Detection and Ranging) technology, which is widely used for remote sensing, topogra
- To Be Announced Soon
- 4 hours
- free-space-optics
- $179
Energy Efficiency in Wireless Networks
This course explores the critical aspect of energy efficiency in wireless networks, which is a fundamental concern in the design and operation of mode
- To Be Announced Soon
- 5 hours
- free-space-optics
- $249
SWIPT Concept
This course introduces the SWIPT (Simultaneous Wireless Information and Power Transfer) concept, which enables the simultaneous transmission of both i
- To Be Announced Soon
- 4 hours
- free-space-optics
- $229
Cognitive Radio
This course introduces the concept of Cognitive Radio (CR), an advanced technology that allows wireless communication systems to intelligently adapt a
- To Be Announced Soon
- 4 hours
- Technical
- $159
OFDM
This course provides an in-depth understanding of Orthogonal Frequency Division Multiplexing (OFDM), a modulation technique widely used in modern comm
- To Be Announced Soon
- 4 hours
- Technical
- $169
Massive MIMO
This course focuses on the concept and implementation of Massive MIMO (Multiple Input Multiple Output) technology, a key enabler of 5G and 6G networks
- To Be Announced Soon
- 5 hours
- mitigation-techniques
- $249
Remote Sensing
This course provides an extensive overview of remote sensing technologies, which are crucial for obtaining data about the Earth’s surface without dire
- To Be Announced Soon
- 4 hours
- Technical
- $179
Polar Coding in 5G
This course provides an in-depth exploration of Polar Coding, a powerful and modern coding technique adopted for 5G wireless communication systems. It
- To Be Announced Soon
- 4 hours
- Technical
- $199
Tissue Optics and Turbulence
This course explores the interaction of light with biological tissues, emphasizing the optical properties and challenges in tissue optics. Biological
- To Be Announced Soon
- 4 hours
- Technical
- $209
Radio Resource Allocation
This course covers the critical concept of Radio Resource Allocation (RRA), a key technique used in modern wireless communication systems to ensure ef
- To Be Announced Soon
- 5 hours
- Technical
- $249
Handover Management
This course provides an in-depth exploration of handover management, a critical function ensuring seamless connectivity in heterogeneous, mobile, and
- To Be Announced Soon
- 3.5 hours
- Technical
- $139
Phase Screen Concept in Optical Turbulence
This specialized course focuses on the phase screen technique, a widely used numerical tool for modeling atmospheric turbulence in optical wireless co
- To Be Announced Soon
- 3 hours
- Technical
- $139
Directed Energy
This course introduces the fundamentals and practical considerations of Directed Energy (DE) technologies, with a focus on high-energy lasers (HEL) an
- To Be Announced Soon
- 4.5 hours
- Technical
- $179
Integrated Sensing and Communications
This course delivers a comprehensive introduction to Integrated Sensing and Communications (ISAC) — a cutting-edge paradigm that enables simultaneous
- To Be Announced Soon
- 4 hours
- Technical
- $149
Underwater Visible Light Communication
This course offers an in-depth look at Underwater Visible Light Communication (UVLC), a high-bandwidth, low-latency solution for data transmission in
- To Be Announced Soon
- 3.5 hours
- underwater-optical-wireless-communication
- $139
Mitigation Techniques in OWC
This course provides an in-depth look at various mitigation techniques used to improve the performance of optical wireless communication (OWC) systems
- To Be Announced Soon
- 4 hours
- mitigation-techniques
- $149
Laser Beam Propagation in Turbulent Media
This self-paced advanced training focuses on the propagation behavior of laser beams in turbulent media—an essential subject in the design and analysi
- To Be Announced Soon
- 4 hours
- optical-turbulence
- $129
Experimental Vortex Beam Analysis
This hands-on course dives into the experimental analysis of vortex beams, also known as optical beams carrying orbital angular momentum (OAM). These
- To Be Announced Soon
- 4 hours
- Technical
- $139
Optical Signal Processing
This specialized self-paced training provides an in-depth understanding of optical signal processing—a transformative technology enabling ultrafast, h
- To Be Announced Soon
- 4.5 hours
- Technical
- $139
Visible Light Communication
This self-paced training introduces the rapidly growing field of Visible Light Communication (VLC), a next-generation wireless technology that uses th
- To Be Announced Soon
- 3.5 hours
- free-space-optics
- $119
Intensity and Degree of Coherence
This advanced self-learning course explores two of the most foundational concepts in optics: intensity and degree of coherence. These parameters are e
- To Be Announced Soon
- 3 hours
- Technical
- $109
Pointing Error in Optical Wireless Communication
This advanced self-learning course addresses a critical challenge in optical wireless communication (OWC) systems—pointing error, which results from m
- To Be Announced Soon
- 3.5 hours
- free-space-optics
- $129
Wavefront Sensing and Adaptive Optics
This course provides a deep and practical exploration of wavefront sensing and adaptive optics (AO)—two cornerstone technologies for real-time correct
- To Be Announced Soon
- 4.5 hours
- mitigation-techniques
- $149
Wireless Optics - Fiber Coupling
This course delivers a focused and practical approach to understanding and mastering fiber coupling in wireless optical systems. As free-space optical
- To Be Announced Soon
- 3 hours
- free-space-optics
- $119
Monte Carlo Simulation in OWC
This course provides an in-depth understanding of Monte Carlo simulation techniques as applied to optical wireless communication (OWC) systems. By lev
- To Be Announced Soon
- 4 hours
- free-space-optics
- $139
Reconfigurable Intelligent Surfaces
This course offers a comprehensive exploration of Reconfigurable Intelligent Surfaces (RIS) and their transformative potential in optical wireless com
- To Be Announced Soon
- 4 hours
- mitigation-techniques
- $159
Vortex Beams
This course provides a detailed and intuitive introduction to vortex beams—light beams that carry orbital angular momentum (OAM)—and their application
- To Be Announced Soon
- 4.5 hours
- Technical
- $169
Spatial Diversity
This course explores spatial diversity, a powerful technique used in both RF and optical wireless communication (OWC) to combat signal fading, improve
- To Be Announced Soon
- 3.5 hours
- free-space-optics
- $129
Li-Fi Basics
This course provides a foundational understanding of Li-Fi (Light Fidelity), a cutting-edge wireless communication technology that uses visible light
- To Be Announced Soon
- 2.5 hours
- free-space-optics
- $99
Integrated Ground-Air-Space Communication
This course explores the emerging concept of Integrated Ground-Air-Space Communication (IGASC), a cutting-edge communication paradigm that combines te
- To Be Announced Soon
- 4 hours
- free-space-optics
- $159
Fluid Antenna Systems
This course delves into the innovative and emerging field of Fluid Antenna Systems (FAS), a novel approach to antenna design that leverages the dynami
- To Be Announced Soon
- 3 hours
- Technical
- $139
Physical Layer Security
This course provides a comprehensive understanding of Physical Layer Security (PLS), a crucial approach to securing communication systems by exploitin
- To Be Announced Soon
- 4 hours
- free-space-optics
- $149
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