Registered Apprentice Programs for Geospatial Specialist

Registered Apprentice Programs for Geospatial Specialists offer a structured pathway for individuals interested in mastering the skills needed to succeed in cartography and photogrammetry.

These programs focus on hands-on learning, competency-based evaluation, and specialized knowledge in geographic data analysis, mapping, and spatial intelligence.

Through this training, apprentices gain valuable expertise in Geographic Information Systems (GIS), map preparation, and the interpretation of spatial data critical for a variety of applications.

What is a Geospatial Specialist?

Geospatial Specialists are professionals who research, analyze, and create maps and spatial data in digital or graphic forms. Their work serves various purposes, including legal, educational, social, and design applications.

They may also engage in designing and evaluating GIS algorithms, data structures, and user interfaces. Using tools like geodetic surveys, aerial photographs, and satellite imagery, they gather and interpret geographic data to create precise and functional maps.

Key Responsibilities of a Geospatial Specialist:

• Analyze aerial photography and satellite data to collect geographic information.
• Design algorithms and data structures for GIS mapping systems.
• Revise maps and charts to ensure accuracy and usability.
• Determine map content, layout, and specifications such as scale and projection.
• Create three-dimensional terrain models and optical representations.

Program Details:

• RAPIDS Code: 1062CB
• O*NET Code: 17-1021.00
• Program Length: Approximately 1 year
• Apprenticeship Type: Competency-Based

Competencies Gained in a Registered Apprentice Program

Data Compilation and Legal Studies

• Task: Compile and organize aerial photographs, survey notes, and maps.
• Application: Use legal records to establish and verify property boundaries at local, national, or international levels.

Map Preparation and Editing

• Task: Prepare trace maps, charts, and stereoscopic models using computer graphics.
• Application: Revise maps to ensure they align with updated geographic or structural data.

Map Design and Specifications

• Task: Develop production guidelines, including map scale, projection, and color schemes.
• Application: Oversee map production to ensure adherence to design specifications.

Quality Inspection

• Task: Inspect final map compositions to verify their accuracy and completeness.
• Application: Maintain quality control standards for spatial data output.

Technical Skills Developed

Remote Sensing and Data Collection

• Task: Use aerial photography and digital sensors to gather Earth feature data.
• Application: Identify, scale, and record features such as hydrography and topography.

Ground Surveys and Analysis

• Task: Examine data from reports, surveys, and photographs.
• Application: Create detailed maps and topographic charts using collected data.

Database Management

• Task: Build and maintain digital geospatial databases.
• Application: Ensure databases are accurate and reflect the latest geographic information.

Equipment Selection

• Task: Choose appropriate remote sensing techniques and plotting equipment.
• Application: Meet high standards of mapping precision and accuracy.

Related Educational Courses

Registered Apprentice Programs for Geospatial Specialists integrate academic instruction through related courses. These courses help apprentices deepen their technical understanding of geospatial technologies and methods.

Sample Courses:

Benefits of Competency-Based Apprenticeships

Competency-based programs allow apprentices to focus on mastering specific skills at their own pace rather than following rigid timelines. This approach ensures a deep understanding of critical geospatial competencies, such as:

• Analyzing and interpreting geographic data.
• Using GIS tools to develop maps and spatial models.
• Ensuring data quality through precision and rigorous inspection.

Example Competency Milestones

Map Preparation:

• Compile source data and study legal documents.
• Delineate aerial photography details using advanced tools.

Data Analysis:

• Inspect aerial photographs to identify key geographic features.
• Analyze survey data to develop accurate topographic maps.

Digital Database Maintenance:

• Update geospatial databases with the latest Earth feature data.
• Ensure digital tools meet modern accuracy standards.

Geospatial Specialist Core Competencies

This page includes information from APPRENTICESHIPUSA by the U.S. Department of Labor.