Embark on an advanced exploration of geospatial data acquisition with our Level 3 Advanced Diploma course. Master remote sensing fundamentals, satellite and aerial imagery processing, field data collection techniques, and advanced topics in data integration and analysis. Suitable for geospatial professionals and enthusiasts, with a basic understanding of geospatial concepts recommended.
What Will You Learn?
- Gain a comprehensive understanding of geospatial data acquisition principles and techniques.
- Master remote sensing fundamentals and satellite imagery acquisition and processing.
- Explore aerial imagery acquisition and processing techniques.
- Understand the principles and applications of Global Navigation Satellite Systems (GNSS).
- Learn field data collection techniques for acquiring geospatial data in various environments.
- Develop skills in data integration and analysis for meaningful insights.
- Explore advanced topics in geospatial data acquisition to expand your expertise.
- Analyse real-world case studies and practical applications for hands-on experience.
Who Should Take The Course?
- Geospatial professionals seeking to enhance their skills in data acquisition and analysis.
- Students and researchers interested in advancing their knowledge in geospatial sciences.
- Professionals working in fields such as environmental monitoring, urban planning, and natural resource management.
Requirements:
- Basic understanding of geospatial concepts and technologies.
- Proficiency in computer usage and data analysis software.
- Access to relevant resources for practical exercises and case studies.
Course Curriculum
-
- Evolution of geospatial technologies 00:10:00
- Importance and applications of geospatial data 00:10:00
- Overview of geospatial data acquisition 00:10:00
-
- Principles of remote sensing 00:10:00
- Remote sensing sensors and their characteristics 00:10:00
- Types of remote sensing platforms (satellites, aircraft, drones) 00:10:00
- Image preprocessing techniques (calibration, orthorectification) 00:10:00
- Satellite image acquisition method 00:10:00
- Satellite image characteristics and properties 00:10:00
- Differential correction techniques for improving accuracy 00:10:00
- GNSS principles and operation 00:10:00
- Overview of GNSS and GPS 00:10:00
- Geospatial data visualization and interpretation 00:10:00
- Integration of various geospatial datasets 00:10:00
- Spatial analysis techniques 00:10:00
- Practical exercises using industry-standard software and tools 00:10:00
- Project-based assignments to apply learned concepts 00:10:00
- Real-world case studies in geospatial data acquisition 00:10:00
- Order Certificate 00:05:00
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