Learn how to build and manage a complete GIS Enterprise system using Esri technologies like ArcGIS Server, Portal for ArcGIS, ArcGIS Data Store, and Web Adaptor.

This course provides hands-on training in setting up, configuring, and maintaining a secure, scalable enterprise GIS environment.

Ideal for engineers, GIS professionals, planners, and utility staff working with spatial data and infrastructure systems.

Build, secure, and scale Esri based GIS systems with confidence.

Learn how to automate GIS workflows using Python and ArcPy within the ArcGIS Pro environment.
This course covers essential scripting techniques, geoprocessing tools, batch automation, and integration with real spatial data all designed to boost efficiency and reduce manual work.

Ideal for engineers, planners, GIS professionals, and utility staff who want to automate spatial tasks and enhance their geospatial productivity.

The GIS Diploma is a hands-on training program designed to teach you how to use Geographic Information Systems (GIS) tools like ArcGIS and QGIS.
You’ll learn to work with spatial data, analyze maps, and apply GIS in real-world fields like urban planning, environment, and transportation.

This comprehensive course includes 135 training hours delivered over 45 interactive sessions, ensuring deep understanding and practical application.

It also covers essential topics such as:

• Data quality control (QC) in GIS

• Converting and managing GIS data formats
  

It’s ideal for students, professionals, or anyone interested in geospatial technology.

Learn practical GIS skills including QC techniques and format conversion with real-world projects.

Practical training tailored for real gas infrastructure challenges

Learn the essential principles of gas distribution networks, including network components, flow modeling, safety standards, and integration with GIS and infrastructure systems.

Ideal for engineers , professionals, or anyone interested in geospatial technology.

Electric power is the backbone of modern infrastructure and managing it efficiently is critical.

This course shows how GIS supports the planning, operation, and analysis of electric utility networks.

You’ll learn essential workflows such as asset mapping, outage response, network tracing, and infrastructure planning all tailored to the electric power sector.

Ideal for engineers , professionals, or anyone interested in geospatial technology.

Build practical GIS skills for real world electric utility applications.

Telecommunication networks are vital to connecting people, businesses, and smart infrastructure. Managing these complex systems requires precision and spatial awareness.

This course introduces how GIS supports the design, management, and optimization of telecom networks including fiber optics, towers, and underground infrastructure.

You’ll learn key workflows like asset mapping, service area analysis, network tracing, and outage response.

Ideal for engineers , professionals, or anyone interested in geospatial technology.

Apply GIS solutions to real world telecom scenarios with confidence.

Sewer networks play a critical role in urban sanitation, public health, and environmental protection.

This course introduces how GIS is used to map, manage, and analyze sewer systems including pipelines, manholes, connections, and treatment facilities.

You’ll learn essential workflows such as network analysis, overflow detection, asset tracking, and maintenance planning.

Gain practical GIS skills for managing real world sewer infrastructure.

Water networks are essential for public health, urban development, and sustainable resource management.

This course introduces how GIS helps in mapping, monitoring, and managing water distribution systems including pipelines, valves, meters, and reservoirs.

Learn spatial workflows for network analysis, leak detection, asset management, and service optimization

Develop real world GIS skills to support water utility planning and operations.

This course designed for GIS professionals seeking to enhance their expertise in Quality Control (QC) and
Quality Assurance (QA) processes using the Esri GIS environment

It covers foundational concepts of geospatial data, its types, sources, and historical context, highlighting the critical role of QC/QA in ensuring data integrity.

Participants will explore traditional and advanced QC/QA methods, best practices, and innovative techniques, leveraging tools like ArcGIS Arcade, Model Builder, and Python scripting to automate workflows, validate data, and generate QA reports.

By the end, learners will be equipped to streamline QC/QA processes, improve data quality, and advance their geospatial careers.

Learn to automate, validate, and ensure geospatial data quality with confidence.

This course is designed to enhance learners' English language skills specifically for the GIS industry and professional business communication.

Spanning ten units, it focuses on essential grammar, vocabulary, and writing techniques, emphasizing practical applications in technical writing, report drafting, and business correspondence.

Participants will gain the confidence to communicate effectively in both technical and corporate environments, using industry-specific terminology.

By the end of the course, learners will be able to produce professional documents and articulate complex ideas with clarity and precision, bridging communication between GIS professionals and business stakeholders.

Build confidence in using English for technical reports and professional communication.