Fundamentals of GIS Course
A perfect starting point for anyone interested in mapping, spatial data, or GIS careers using ArcGIS.
What will you learn in Fundamentals of GIS Course
Understand foundational concepts in Geographic Information Systems (GIS).
Gain hands-on experience using GIS software (ArcGIS).
Analyze, manage, and visualize geographic data.
Develop spatial thinking to solve real-world problems using maps.
Program Overview
Module 1: What is GIS?
⏱️ 1 week
Topics: Definition of GIS, components, applications in the real world.
Hands-on: Explore GIS interfaces and get introduced to ArcGIS.
Module 2: Geographic Data Models
⏱️ 1 week
Topics: Vector and raster data models, topology, attributes.
Hands-on: Work with layers and data tables in ArcGIS.
Module 3: Data Acquisition and Map Design
⏱️ 1 week
Topics: Sources of spatial data, coordinate systems, map design principles.
Hands-on: Import datasets, apply projections, and design clear map layouts.
Module 4: Spatial Analysis
⏱️ 1 week
Topics: Buffering, overlay, spatial queries, analytical tools.
Hands-on: Use ArcGIS tools to solve real mapping problems.
Module 5: GIS in Action
⏱️ 1 week
Topics: Practical case studies; GIS in environment, urban planning, and more.
Hands-on: Capstone mapping project to apply all learned concepts.
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Job Outlook
High demand for GIS professionals in environmental science, urban planning, logistics, and data analysis.
Entry-level roles include GIS Technician, Analyst, or Cartographer.
Average salary: $55,000–$80,000 annually.
Strong freelance and consulting opportunities for GIS mapping and data visualization.
Explore More Learning Paths
Build a strong foundation in geographic information systems (GIS) and advance your spatial data skills with these carefully selected courses, designed to help you master mapping, analysis, and data management.
Related Courses
Geographic Information Systems (GIS) Specialization Course – Gain comprehensive expertise in GIS, from spatial analysis to advanced applications in real-world scenarios.
GIS Data Formats, Design and Quality Course – Learn how to manage, validate, and design high-quality GIS datasets for accurate and reliable results.
Introduction to GIS Mapping Course – Explore practical mapping techniques to visualize and interpret spatial data effectively.
Related Reading
What Is Data Management – Understand essential strategies for organizing, storing, and maintaining high-quality data in GIS and other technical fields.
- Taught by experienced UC Davis instructors
- Free access to ArcGIS software (student license)
- Strong mix of theory and real-world applications
- ArcGIS installation/setup may be tricky for some users
- Requires a Windows-based system for ArcGIS (no Mac support)
Specification: Fundamentals of GIS Course
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FAQs
- No previous mapping experience is needed.
- Course introduces GIS concepts gradually.
- Hands-on exercises use beginner-friendly ArcGIS tools.
- Focus is on understanding spatial data rather than advanced software skills.
- Suitable for students, professionals, and hobbyists alike.
- GIS is valuable in logistics, business analytics, and marketing.
- Supports decision-making using spatial data in diverse industries.
- Useful for roles like GIS analyst, data visualizer, or consultant.
- Enhances data storytelling and problem-solving skills.
- Freelance opportunities exist in mapping and spatial analysis.
- ArcGIS is primarily Windows-based; Mac users may need a virtual machine.
- The course provides a student license for hands-on learning.
- Cloud-based or web alternatives exist but may differ slightly.
- Installation guidance is offered in the course.
- Planning ahead ensures a smoother learning experience.
- Covers map layout, color schemes, and symbology.
- Teaches effective presentation of spatial data.
- Includes case studies for practical application.
- Enhances readability and storytelling with GIS.
- Focuses on creating maps for real-world problem-solving.
- Concepts are explained in simple terms.
- Helps managers interpret spatial data for strategic planning.
- Enhances communication with technical GIS teams.
- Supports data-driven decision-making across sectors.
- Improves understanding of mapping trends and insights.

