Where engineering expertise meets
infrastructure technologyAbility Alliance combines engineering consulting, Bentley infrastructure software, professional training and digital delivery — one partner for the full lifecycle of complex assets.
One partner across Software
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Bentley applications licensed & supported
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Industry sectors served across Canada
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Instructor-led professional courses
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Engineering-led, not sales-led delivery
- Ability Alliance of Canada | Bentley Systems Canadian Channel Partner
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- Expert Bentley Training | Tailored to Your Needs
- Engineering Software Experts Since 2011
- Authorized Bentley Systems Training Partner
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Engineering first
What we do
Most clients start with one and end up using two or three. That's the point: the engineers who license your software also teach it and use it on real projects.
Infrastructure software, engineered
- 31
- Applications
- 11
- Disciplines
- 11
- Sectors
Digital twin lab
The same thinking behind our structural integrity work — load paths, utilisation and deflection — in a model you can play with. Move across the bridge to drive the load.
Members coloured by utilisation as the load travels.
- Peak utilisation
- 0.00
- Peak deflection
- 0 mm
- Load position
- 50%
Illustrative model — a visual demo, not an engineering analysis.
Software
31 applications for modelling, analysis, plant, water, civil, bridges and more. Tell us the work; we'll tell you which tool fits and how to license it.
Modeling & VisualizationMicroStation
Modeling, documentation and visualization for infrastructure projects of every scale.
Structural AnalysisSTAAD
Structural analysis and design for steel, concrete, timber and aluminium structures.
Plant DesignOpenPlant
3D plant design for piping, equipment and raceways across disciplines.
Pipe Stress & VesselAutoPIPE
Pipe stress analysis for piping systems under static and dynamic loads.
Water & HydraulicsWaterGEMS
Hydraulic modelling and analysis for water distribution networks.
Civil DesignOpenRoads
Civil design and modelling for roads, highways and corridors.
Building DesignOpenBuildings
Building design and documentation for architectural, structural and MEP disciplines.
Project CollaborationProjectWise
Engineering collaboration and document management for project teams.
Ecosystem universe
Every application we license, implement and teach — grouped by discipline. Pick an orbit to light it up; drag your pointer across the model to turn it.
Modeling & Visualization
CAD modeling, documentation and visualization for infrastructure.
Engineering services
Select a practice to see what our engineers actually deliver — and where it applies.
Engineering Consulting
Basic and conceptual engineering, detailed engineering, procurement support and commissioning — grounded in computational analysis and practical project experience.
Basic & Conceptual Engineering
Early-phase engineering that frames the problem, evaluates options and sets projects on a sound technical footing.
Detailed Engineering
Production-ready engineering deliverables: models, calculations, drawings and specifications.
Computational Analysis
High-performance computational services for structural, thermal and dynamic problems.
Procurement Engineering Support
Technical evaluation of vendor documents, equipment and materials against project requirements.
How we work
Whether it's a licence, an assessment or a training plan, every engagement follows four steps.
- 01
Talk it through
A short call with an engineer about the asset, the deadline and the decision you need to make.
- 02
Agree the plan
The right software and licence, the analysis scope or the course outline — in writing, with a price.
- 03
Do the work
Our engineers deliver it to the governing codes, and a second engineer checks it.
- 04
Stay with you
Training, support and renewals afterwards, so the result keeps working for your team.
See it work
Move your pointer across the drawing to drive it. Every number comes from the same physics our engineers use.
Heat a pipe, and it moves
A pipe fixed at one end and resting on two sliding supports. Turn up the heat and watch it grow toward the free end — then see the stress it would carry if nothing let it move. Working out where that movement goes is what a pipe-stress study does.
Field notes · 11 sectors
Keep scrolling — each sector, the challenge that keeps its engineers up at night, and how many of our applications and services apply.
01Mining
“Ageing structural assets in abrasive, high-cycle environments”
From processing plants and conveyors to tailings and site infrastructure, mining operations depend on structures and systems that must perform in demanding conditions.
02Power Generation
“High-energy piping subject to thermal and cyclic loading”
Power plants combine heavy structures, high-energy piping and strict regulatory expectations — an environment where analysis quality directly affects availability.
03Oil & Gas
“Pressure equipment and piping operating near design limits”
Refineries, terminals and processing facilities run on piping, vessels and steel — assets where failure consequences demand rigorous engineering.
04Chemical & Petrochemical
“Dense piping systems with demanding thermal behaviour”
Chemical plants concentrate complex piping, vessels and structures in tight footprints — where accurate models drive safer, more maintainable facilities.
05Steel Structures
“Disconnected analysis and detailing models causing rework”
Industrial buildings, pipe racks, platforms and support structures — designed, analyzed and detailed as one continuous workflow.
06Aerospace
“Large-span structures with strict deflection limits”
Aerospace facilities — hangars, test structures and manufacturing plants — combine large-span structures with precision requirements.
07Automotive
“Frequent equipment and layout changes stressing existing structures”
Automotive plants evolve constantly — lines move, equipment changes, and the structures supporting production have to keep pace.
08Water & Wastewater
“Ageing networks with incomplete records”
Treatment plants, pump stations and distribution networks benefit from hydraulic models that turn operational questions into answerable analysis.
09Nuclear
“Code-specific piping and structural analysis requirements”
Nuclear projects demand traceable engineering, code-specific analysis and quality processes that stand up to regulatory scrutiny.
10Automation
“Legacy documentation blocking digital initiatives”
Automation programmes are only as good as the engineering data beneath them — models, documents and asset information that systems can trust.
11Educational Organizations
“Preparing students on tools used by industry”
Universities, colleges and research laboratories need access to the same engineering software and methods used in professional practice.
On site
Plants, bridges, pipelines, water systems and public infrastructure across Canada.
Training
Instructor-led Bentley training from fundamentals to advanced workflows — online, at your office or both. Every course runs on request for your team.
- Built around real project workflows
- Taught by engineers who use the software every week
- Private cohorts and company programs
Questions
What engineers and asset owners ask us most.
What is structural integrity analysis?
Structural integrity analysis evaluates whether a structure or component can safely carry its intended loads over its design life. It combines code compliance checks, finite element analysis, and assessments such as fatigue, fracture, seismic and vibration response to identify risk before it becomes failure.
What is risk-based inspection?
Risk-based inspection (RBI) is a methodology that prioritizes inspection activities based on the probability and consequence of equipment failure. Instead of inspecting everything on a fixed schedule, RBI directs effort toward the assets where failure would matter most, improving safety while optimizing inspection cost.
What is Bentley STAAD?
STAAD is a Bentley structural analysis and design application used to model, analyze and design steel, concrete, timber and aluminium structures. Engineers use it for buildings, industrial structures and infrastructure that must comply with international design codes.
What is Bentley SELECT?
Bentley SELECT is a subscription programme that provides access to Bentley software licences along with support, training options and portfolio flexibility. It is commonly used by organizations that want predictable annual licensing and the ability to scale usage with project demand.
What is pipe stress analysis?
Pipe stress analysis evaluates how piping systems respond to pressure, temperature, weight and dynamic loads. It confirms that piping, supports and connected equipment stay within code allowables, preventing leaks, fatigue failures and damage to pumps, turbines and vessels.
What is asset integrity management?
Asset integrity management is the structured process of keeping industrial assets safe, reliable and compliant throughout their lifecycle. It combines performance standards, verification activities, inspection planning and management of change to ensure equipment continues to perform its intended function.
Talk to an engineer, not a sales queue
Software, an integrity question, a training plan or a digital project — tell us what you're working on and we'll put you with the right person.