ICTQual Level 2 Award in GIS and Remote Sensing
The ICTQual Level 2 Award in GIS and Remote Sensing builds upon the foundational knowledge gained at Level 1, offering learners a deeper understanding of geospatial technologies and their practical applications. This qualification introduces learners to the principles of Geographic Information Systems, methods of remote sensing data collection, and the interpretation of spatial information for environmental and social studies.
Learners will explore how GIS integrates with remote sensing to support decision‑making in areas such as land use planning, disaster management, and resource monitoring. The course emphasizes practical skills, enabling learners to work with spatial datasets, interpret satellite imagery, and apply geospatial tools to real‑world scenarios. Through guided learning and case studies, learners will develop the ability to analyze spatial data and understand its role in addressing global challenges.
By completing the ICTQual Level 2 Award, learners will gain essential technical and analytical skills that prepare them for progression into higher vocational qualifications, including certificates and diplomas in GIS and Remote Sensing. This award is ideal for individuals seeking to strengthen their geospatial knowledge, enhance employability, and contribute to environmental and community projects using modern mapping and remote sensing technologies.
Level 2 Award in GIS and Remote Sensing
To enrol in ICTQual Level 2 Award in GIS and Remote Sensing, learner must meet the following entry requirements:
This qualification, the ICTQual Level 2 Award in GIS and Remote Sensing, consists of 3 mandatory units.
- Principles of Geographic Information Systems
- Remote Sensing Data Collection and Interpretation
- Applications of GIS in Environmental Studies
Learning Outcomes for the ICTQual Level 2 Award in GIS and Remote Sensing:
Principles of Geographic Information Systems
- Explain the core concepts and functions of GIS.
- Describe how spatial data is stored, managed, and visualized.
- Identify different types of GIS software and their applications.
- Apply GIS tools to create simple maps and analyze spatial information.
Remote Sensing Data Collection and Interpretation
- Explain the methods of collecting remote sensing data from satellites and sensors.
- Describe the types of remote sensing data, including optical and radar imagery.
- Identify key features in remote sensing images such as vegetation, water, and land use.
- Apply basic interpretation techniques to analyze remote sensing datasets.
Applications of GIS in Environmental Studies
- Explain how GIS supports environmental monitoring and resource management.
- Describe case studies where GIS is applied in land use, conservation, and disaster management.
- Identify environmental challenges that can be addressed using GIS tools.
- Apply GIS techniques to analyze environmental data and propose solutions.
The ICTQual Level 2 Award in GIS and Remote Sensing strengthens learners’ foundational skills in geospatial technologies, spatial data interpretation, and environmental applications. Completion of this qualification provides opportunities to advance into higher vocational awards, certificates, and diplomas, while also opening pathways to practical roles in mapping, environmental monitoring, and community projects. Learners gain the confidence to apply GIS and Remote Sensing tools in real‑world contexts and prepare for leadership in advanced geospatial studies.
- Progression to ICTQual Level 3 Award in GIS and Remote Sensing for advanced spatial analysis and applications.
- Opportunities to enroll in vocational certificates focusing on cartography, environmental monitoring, and disaster risk reduction.
- Development of practical skills for entry‑level roles such as GIS technician or mapping assistant.
- Access to higher vocational diplomas in GIS and Remote Sensing, leading to advanced technical expertise.
- Preparation for specialized training in land use planning, conservation, and resource management.
- Opportunities to participate in applied projects using GIS for community development and environmental planning.
- Pathways into vocational qualifications in climate change, sustainability, and conservation leadership.
- Engagement in case studies and applied learning projects that use GIS for problem solving.
- Opportunities to collaborate with organizations on geospatial data collection and environmental monitoring initiatives.
- Foundation for lifelong learning in geospatial technologies, environmental science, and sustainability practices.
- Potential to contribute to awareness campaigns using GIS and Remote Sensing for education and planning.
- Ability to build confidence for progression into leadership roles in advanced GIS and Remote Sensing programs.
