We’ve performed SUE projects long before it was a recognized civil engineering practice by ASCE. Our tried and tested methodology is based on decades of progressive experience that assures clients receive the highest standard in quality subsurface utility data and visual maps that fuel strategy development, the engineering design process, and construction efficiencies.
Effective engineering design depends on reliable information about existing site conditions. Subsurface Utility Engineering (SUE) develops project-specific utility information to support planning, design, coordination, relocation and construction activities.
multiVIEW combines records research, field investigation, utility designation, surveying and targeted utility exposure, as appropriate, to develop and document subsurface utility information for defined project requirements.
multiVIEW brings decades of experience in utility investigation, mapping and infrastructure data development to SUE projects across Ontario.
Our teams combine Engineering, Geophysics, field investigation, surveying, data management and technical review to develop utility information suited to the requirements of each project. multiVIEW is also a prequalified provider for numerous municipalities and infrastructure organizations, supporting projects ranging from focused investigations to large, multi-phase capital programs.
multiVIEW’s SUE work is performed with reference to the current ASCE 38 standard and its established framework for classifying subsurface utility information by Quality Level.
Quality Levels D through A reflect different sources and degrees of investigation, from existing records and visible surface features through geophysical designation and targeted physical exposure.
Selecting the appropriate Quality Level depends on the project objective, design stage, site conditions and the level of information required.
multiVIEW applies records research, field observation, geophysical methods, surveying and vacuum excavation as appropriate to the investigation. Information developed through these methods is reviewed, correlated and documented to provide the project team with a clearer understanding of known utility conditions, identified conflicts, and areas where additional investigation may be warranted.
Because subsurface investigation is subject to site conditions, utility characteristics, access and the physical limitations of available technologies, no single method can resolve every condition. Our approach is to apply appropriate investigative methods, professional judgment and quality controls to develop and clearly communicate the information reasonably obtainable within the defined project scope.
multiVIEW combines Engineering, Geophysics, surveying, utility investigation and project management capabilities to coordinate SUE programs around defined project requirements.
The appropriate investigation effort is determined by factors such as project stage, site complexity, available records, design needs and the level of utility information required. Depending on the scope, multiVIEW can coordinate records research, field investigation, geophysical designation, surveying, targeted utility exposure, CCTV investigation, mapping, data management and preparation of professional deliverables.
Information developed through each stage is reviewed and consolidated to document the utility conditions identified within the project limits and the Quality Levels achieved.
HATCHWe used to rely on disparate data to gain an understanding of subsurface assets. Whenever a change would occur, the area would be re-surveyed and data would be stored in various formats. By applying Subsurface Utility Engineering, we’ve created a database of high quality data that can be used by future contractors for years to come.
To learn more about planning an appropriate SUE investigation, read our blog: What You Need to Know About Subsurface Utility Engineering
You can also download our Subsurface Utility Engineering White Paper.
multiVIEW’s CAD and technical teams consolidate information developed through the investigation into project-specific drawings, datasets and supporting documentation. Deliverables are prepared to reflect the applicable SUE Quality Levels, defined project scope, relevant standards and customer specifications.
The resulting information provides the project team with a documented representation of the utility conditions identified through the investigation, together with the context needed to understand how that information was developed.
We’re authorized by the Association of Professional Engineers of Ontario (PEO) in addition to the Association of Professional Geoscientists of Ontario (APGO). We offer P.Eng and P.Geo oversight on all project processes and deliverables.
Our project methodology is based on over 30 years of experience in project planning and coordination. A focus on QA/QC ensures timely delivery, completeness of in-field area coverage and the production of high quality visuals and reports.
We’re able to self-perform all four SUE quality levels including QL-A “daylighting.” Minimizing or eliminating the need to manage subcontractors decreases risk and the possibility of project delays.
Our highly trained technicians undergo various levels of training including ORCGA Damage Prevention Technician (DPT); Certified Project Management; Confined Space Entry (CSE); Rail Safety and Electrical Safety Authority (ESA).
At multiVIEW Locates Inc., we understand that better data leads to better decisions. This video shows our team setting up a lateral launch CCTV inspection to capture detailed visuals from the mainline through the sewer lateral connection. The data collected…
The Challenges of Multi-Channel Ground Penetrating Radar (GPR) and Why Single-Channel Systems May Be a Better Option Ground Penetrating Radar (GPR) is a vital tool for subsurface exploration, used in everything from construction and archaeology to environmental surveys. The advent…
Exceptional Training, Extraordinary Customer Care In this video, we dive into the critical role that employee training, orientation, and skill development play in delivering exceptional customer service. From hands-on training to leadership and technical skills, we’ll explore how a comprehensive…
Advancing the Standard for Subsurface Utility Engineering In the world of construction and infrastructure development, knowing where utilities are located beneath the surface is critical for ensuring safety, efficiency, and the success of projects. Without this knowledge, projects risk costly…
Modern infrastructure development places utmost importance on the integrity, efficiency, and cost-effectiveness of projects. One critical civil engineering process that enables the achievement of these objectives is Subsurface Utility Engineering (SUE). This all-encompassing method entails meticulous mapping, documentation, and management…
The Significance of Investing in Subsurface Utility Engineering In the realm of civil engineering, the importance of accurate and comprehensive subsurface utility information cannot be overstated. Lack of reliable data on underground conditions often leads to inefficiencies in project design,…
At multiVIEW, we place great emphasis on quality assurance (QA) by incorporating systematic reviews of SUE Quality Level ‘B’ (Utility Locating) packages and data collection to ensure the competency and accuracy of the utility data. Here’s a simple example of…
Assessing the conditions of pavement allows for efficient long-term planning of municipal roads and bridges. The Financial Accountability Office of Ontario (FAO) estimates that the Current Replacement Value* of municipal infrastructure in Ontario was $484 billion in 2020, with 35…
Supporting customer’s Utility Engineering and Mapping needs since 1989. multiVIEW Locates (“multiVIEW”) is celebrating a very important milestone. multiVIEW recently exceeded the 50,000 project mark in support of customer’s utility engineering and mapping needs since resetting the counter on its…
Every day in Ontario, hundreds if not thousands of ground disturbances expose abandoned underground infrastructure. These occurrences affect everyone, but the ground disturber (the “excavator”) is left with the biggest burden. ORCGA’s Ear to the Ground magazine’s Spring/Summer 2021 issue,…
Decades of experience provide multiVIEW with the technical depth and practical insight to deliver greater value to our customers.
Our Quality Management System (QMS) guides consistent project execution, technical review and delivery across multiVIEW.
Our flexible resourcing model supports changing project demands, extended coverage and responsive delivery across a wide range of project requirements.
We invest in continuous improvement through ongoing technical, operational and Health & Safety training, supported by established HS&E policies and procedures.
A full suite of Utility Engineering, Geophysics and Infrastructure Data Collection services backed by our focus on Safety, Quality and Customer Excellence.
