Cartographer - Mid

To qualify for the Mid-Level Cartographer role at Global Dimensions, candidates must possess a current TS/SCI security clearance and have at least five years of demonstrated relevant experience in cartographic finishing and feature extraction processes. Familiarity with geospatial data sources such as Controlled Image Base, Topographic Line Maps, and Digital Terrain Elevation Data is essential, as is proficiency in using data conversion tools like FME and ESRI ETL tools.

As a Cartographer at Global Dimensions, your main responsibilities will include managing geospatial databases, performing cartographic finishing techniques, and ensuring the quality of geospatial outputs through effective quality control workflows. You will use advanced tools for map finishing automation, and your work will contribute to accurate boundary recovery and feature data extraction.

Global Dimensions places a strong emphasis on professional development. As a Mid-Level Cartographer, you will have access to ongoing training opportunities, mentorship programs, and resources that foster skill enhancement in areas such as advanced cartographic techniques and geospatial data management. We encourage our team members to pursue certifications and additional education to support their career goals.

Data quality control is crucial for a Cartographer at Global Dimensions as it ensures that all geospatial products meet high standards of accuracy and reliability. By utilizing tools like GAIT and ArcGIS Data ReViewer, you will be able to perform thorough inspections and validations of geospatial datasets, which are essential for informed decision-making and successful operations in the field.

A Mid-Level Cartographer at Global Dimensions should be proficient in using a range of software tools, including FME for data conversion, ESRI ETL tools for extracting and transforming data, and cartographic automation tools such as Cartographic Web Services (CWS) and Digital Cartographic Studio (DCS). Familiarity with quality control tools like GAIT and ArcGIS Data ReViewer is also important to ensure high-quality geospatial outputs.

In my previous roles, I've primarily worked with diverse geospatial datasets, focusing on feature extraction processes. I am familiar with both manual techniques and automated tools. I approach boundary recovery seriously and apply my understanding of data sources like CIB1 and TLMs to ensure precision in my work.

I follow established quality control workflows rigorously. I utilize tools such as GAIT and ArcGIS Data ReViewer to inspect and validate my cartographic outputs. Additionally, I always cross-check the data against known standards to ensure reliability.

I have substantial experience using FME for data conversion, which allows me to manage various geospatial data formats effectively. Moreover, I’ve utilized ESRI ETL tools to transform data for specific mapping needs, adapting to project requirements seamlessly.

One challenge I faced was dealing with inconsistent data formats from different sources, which often affected the integrity of my cartographic outputs. To overcome this, I developed a systematic approach using data conversion tools to standardize formats before starting my work, which greatly improved efficiency.

I'm familiar with various cartographic finishing techniques, including symbolization, color selection, and label placement. I believe these elements greatly enhance a map's usability and visual appeal, and I always aim to apply the best practices in my work.

Effective time management is crucial in my work. I prioritize tasks based on project deadlines and complexity, often using a project management tool to keep track of my progress. I ensure to allocate sufficient time for quality checks before submission.

Collaboration is key in geospatial projects, as it allows for a diverse input of expertise. Sharing insights with colleagues improves the overall quality of the outputs and ensures that different perspectives are taken into account.

I stay updated with advancements in cartography and GIS technology by attending relevant workshops, webinars, and industry conferences. Moreover, I actively participate in online forums and communities where professionals share knowledge and best practices.

Geospatial databases are responsible for storing, retrieving, and managing spatial and attribute data. I focus on ensuring data integrity and accessibility through proper management practices, which includes efficient schema design and regular updates based on project developments.

I am drawn to Global Dimensions because of its commitment to excellence and its impactful projects. Working here would allow me to leverage my skills in a collaborative environment, contribute to meaningful outcomes, and continue my professional development in a dynamic setting.