GNSS training (Advanced)
- Space
- 0 (Registered)
GNSS Training (Advanced)
Global Navigation Satellite Systems (GNSS) is critical to many modern technologies and services, from personal navigation, aviation, military and maritime, agricultural and geographic surveying applications. This essential system provides precise location and timing information that is vital for a wide range of industries. GNSS constellations, including GPS, Galileo, GLONASS, and BeiDou, broadcast signals that enable receivers to determine their locations. Recent advancements have produced multi-frequency, multi-constellation, multi-antenna receivers that enhance accuracy, availability, dependability, and overall system capacity.
Advancements in GNSS technology are reshaping industries by introducing satellites with state-of-the-art capabilities and leveraging augmentation systems to boost accuracy in diverse environments. Valued at $223.4 billion in 2023, the global GNSS market is expected to grow to $453 billion by 2030, at a compound annual growth rate (CAGR) of 9.2%. These advancements are expanding GNSS applications across sectors like transportation, agriculture, and telecommunications, delivering precise, dependable positioning that drives progress and economic growth.
Overview Of The GNSS Training
SEAC’s “GNSS Advanced” training provides a structured understanding of GNSS principles and practical applications. The course begins with an introduction to GNSS systems, signal structure, reception, propagation, and key satellite navigation methods. Next, students explore the GNSS signal processing chain, starting with the front-end, including the antenna, acquisition, and tracking. Finally, they study telemetry decoding, observables, and the final computation of Position, Velocity, and Time (PVT) solutions. Signal processing chain is rigorously studied to understand its functionality and the unique differences between different constellations.
The advanced course focuses on practical skills with Software-Defined Radio (SDR) using MATLAB. Students will analyze signal processing limitations, including jamming, spoofing, and multipath. They will explore advanced methods like Precise Point Positioning (PPP) and Real-Time Kinematics (RTK). Augmentation systems such as SBAS, GBAS, and TBAS are also covered. Case studies and exercises help develop technical expertise in GNSS applications. The course discusses common GNSS errors and their impact on accuracy and precision.
All participants who successfully complete the online GNSS training advanced at SEAC-Space Economy Academy will receive a Certificate of Completion, making their CV unique in the space sector
The skills you will develop
Understanding Advanced Topics: Students go beyond the basics to explore GNSS signal processing, system vulnerabilities, and precision positioning, including PPP, RTK, SBAS, GBAS, and TBAS.
Expertise in Signal Processing: In addition, students learn advanced GNSS methods such as acquisition, tracking, and navigation message decoding, applying them within an SDR.
Integration of Emerging Technologies: Moreover, students study how GNSS integrates with INS, autonomous vehicles, and emerging fields like Machine Learning and Quantum Computing.
Interference and Countermeasure Mastery: Finally, students analyze multipath effects, ionospheric scintillation, jamming, and spoofing to improve GNSS reliability and stability.
Participant Profile
Participants of the GNSS training are:
To technical decision-makers and managers, understanding SDR in MATLAB is crucial for optimizing GNSS projects and ensuring success.
When it comes to entrepreneurs and innovators, leveraging advanced GNSS techniques and methodologies adds value and drives technological advancements.
For those in the industry, addressing challenges like jamming, spoofing, and multipath is essential for maintaining GNSS system integrity.
As for students in academia, specializing in GNSS technology and real-world applications opens exciting career opportunities in this evolving field.
Career Center
SEAC offers career acceleration with lifetime access to premium packages, and unlocking private job notifications through our Careers platform. Foster development through lifelong learning, mentoring and networking.
- Certificate of completion: Share your success online and make your CV unique.
- Accelerate your career with SEAC- Careers: Unlock the private job offers , and get lifetime premium package.
- Live Sessions with instructors: Twice a year, meet the instructor, and get career advices.
- Lifelong Learning: Lifetime updates in the courses, and loyalty discount of up to 15% to all Alumni.
- Mentoring Opportunities at SEAC, access mentoring and network opportunities regularly.
Lecturer
Gerarda De Pasquale holds a Master Degree in Telecommunication Engineering from Polytechnic of Turin (Italy) with an educational background and a Master thesis strongly focus on GNSS systems. As of the moment, she is employed as GNSS Receiver and R&D Engineer at Rhea Group and she is working as consultant for EUSPA supporting the activities related to the European space programmes evolutions. Before joining the Rhea Group and EUSPA team, she was employed as Navigation System Engineer at "Intecs Solutions". From May 2018 to December 2021, she was a member of the System Engineering Team (SETA Team) supporting Galileo 1st Generation Unit (G1G) at ESA/ESTEC in the domain of GNSS receiver test and software development activities. She holds a certificate on Space Economy from the Seac Business School and on Space for Business from University of St. Gallen (HSG), NOVA School of Business and Economics Executive Education, Rotterdam School of Management and Erasmus University.