Geographic Information System (GIS)
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What is Geographic Information System (GIS) and what it includes
Kiwa T2 develops, manages, and enhances Geographic Information System (GIS) datasets that provide a reliable digital representation of underground infrastructure assets. Using modern geospatial technologies and field investigation methods, we help organizations improve the accuracy, completeness, and usability of their infrastructure records. GIS is one of Kiwa T2's core geospatial capabilities and supports planning, design, construction, and asset management decisions across a wide range of infrastructure projects.
Our GIS services support both the creation of new mapping datasets and the improvement of existing GIS platforms. Through complementary services such as Subsurface Utility Engineering (SUE), utility locating, surveying, CCTV inspections, and geophysical investigations, we collect and validate infrastructure information that can be integrated directly into client GIS environments. This allows organizations to maintain current, reliable, and actionable infrastructure records.
Who is it for?
Kiwa T2’ GIS services are intended for municipalities, engineering consultants, facility managers, campus operators, industrial organizations, public works departments, infrastructure planners, asset managers, and capital project teams. These organizations rely on accurate infrastructure information to support asset management, maintenance planning, infrastructure improvements, regulatory compliance, and future design and construction activities.
Benefits of GIS
- Improve the accuracy and reliability of underground utility records.
- Support informed asset management and maintenance decisions.
- Reduce uncertainty during planning, design, and construction projects.
- Create a centralized and accessible source of infrastructure information.
- Improve long-term capital planning and infrastructure investment decisions.
- Integrate field-verified data directly into existing GIS platforms.
- Enhance organizational understanding of underground assets and infrastructure risk.
Why Choose Kiwa T2?
Kiwa T2 combines GIS expertise with a broad range of subsurface investigation and geospatial services, allowing clients to improve infrastructure records using field-verified data rather than relying solely on historical documentation. Our integrated approach combines GIS mapping with SUE investigations, surveying, CCTV inspections, and geophysical services to create a more complete understanding of underground infrastructure.
As part of our geospatial service offering, Kiwa T2 delivers accurate spatial data and infrastructure intelligence that helps organizations transform information into actionable insights for planning, design, construction, and asset management
Steps in the Process
Initial Consultation
Review project objectives, existing GIS data, infrastructure records, and asset management requirements.
Data Review and Planning
Assess available records, mapping standards, and data quality requirements.
Field Investigation and Data Collection
Collect infrastructure information through SUE investigations, survey, CCTV inspection, and geophysical methods as required.
Data Validation and Analysis
Verify and organize collected information to improve data quality and consistency.
GIS Integration and Development
Update existing GIS databases or develop new geospatial datasets.
Quality Review
Validate mapping accuracy, asset attributes, and data completeness.
Delivery and Ongoing Support
Deliver updated GIS datasets and documentation for asset management, planning, and infrastructure decision-making.
Whether you are creating a new GIS system or improving existing infrastructure records, Kiwa T2 can help you develop a more accurate and useful representation of your underground assets. Contact our team to discuss your GIS mapping and asset data requirements.
3D Models and Digital Twins
Transform complex utility and infrastructure data into accurate, defensible 3D models that support better planning, design coordination, risk management, and decision-making.
Urban Geophysics
Identify hidden subsurface features and anomalies with advanced geophysical investigations that help reduce uncertainty, manage risk, and support informed project decisions.
LiDAR and Mobile Mapping
Capture accurate, detailed, and comprehensive spatial data with LiDAR and mobile mapping solutions that support planning, design, construction, asset management, and infrastructure decision-making.
Overhead/ Aerial Asset Inventories
Accurate mapping and documentation of overhead utility infrastructure to support planning, design, utility coordination, and long-term asset management.