A Planning Framework for Safe, Reliable Water Infrastructure
PROJECT MANAGEMENT ESSENTIALS TRAINING — TORONTO & THUNDER BAY, 2023
WHO THEY ARE
The Ontario First Nations Technical Services Corporation (OFNTSC) is a First Nations-mandated technical services organization created by the Ontario Chiefs-in-Assembly; since 1995, it has supported all 133 First Nations and 16 Tribal Councils across Ontario to build technical self reliance in essential services. It was the first Indigenous organization in Canada mandated to provide professional technical and advisory services to First Nations communities.
Within water and wastewater, OFNTSC works alongside public works teams and operators to keep systems safe, reliable, and maintainable. Its services span maintenance management planning, the Circuit Rider Training Program (hands-on operator training and mentoring), the HUB service for 24/7 certified operator assistance in unaffiliated communities, and engineering support across a project’s lifecycle—scoping, funding applications, design procurement and review, through construction and warranty. At its core, the work builds practical capacity that reflects each Nation’s priorities and supports long-term operations.
WHAT THEY NEEDED
Participants were a cross-section of Public Works, Capital Projects managers and water operators from multiple OFNTSC member nations—they faced a shared reality: aging, undersized, and unreliable systems that left households without dependable services, weakened fire protection and increased insurance costs, as well as slowed housing and business growth, often under the strain of outages and access disruptions.
They needed a practical framework they could take to their community and adapt—built around a community-sized planning baseline—so each team could size and stage solutions for local conditions. The aim was simple and non-negotiable: safe, reliable drinking water that meets provincial standards for the long term, restored fire protection, room for future growth, and less day-to-day strain on operations.
That framework had to be realistic and phased, candid about constraints such as funding pressures, inflation, workforce capacity, and supply chain risks. Equally, it needed to align with community governance and regulatory expectations, embed cultural and environmental stewardship,
communicate clearly with leadership and residents, and build resilience—backup power and operations readiness—so local teams could run these systems with confidence.
WHAT WE DID
Delivered a focused Project Management Planning Essentials workshop for three cohorts under a unified planning brief: delivering reliable, compliant drinking water.
Established a phase-based governance model with decision points and success factors, supported by a practical risk lens (funding pressure, inflation, workforce capacity, supply-chain constraints).
Built a single controlling planning framework for a full water treatment upgrade, grounded in a Project Proposal with both summary and detailed deliverable structures, capturing scope, sequencing, and timelines through construction years (3–5).
Set the human and institutional system behind delivery:
- Clearly defined roles for Chief & Council, community teams, utilities, regulators, and funders
- Funding pathways and procurement approach
- Cultural milestones and communication lines to leadership and residents
- Resilience measures (e.g., backup power) and document/IT control
Defined the transfer-to-operations package, including manuals, certification, and operator training, to support confident long-term local operations.
Mapped the full project lifecycle, from feasibility and cultural/environmental due diligence through design, site preparation, build (intake, pumping, treatment, storage, distribution), and final commissioning.
RESULTS WE GOT
Participants left with a standards-aligned project framework adaptable to their communities:
- A complete end-to-end plan for upgrading a water treatment plant
- Two levels of documentation (summary + detailed)
- A clear 3–5 year path from feasibility and design through construction and commissioning
Ensured cultural, environmental, and operational integrity:
- Cultural protocols paired with environmental assessment and mitigation
- Clear roles and communications with Chief & Council, community members, regulators, and funders
- Resilience measures built in (e.g., backup power)
- A complete transfer-to-operations component enabling confident local system management
Strengthened decision-readiness through:
- A phase-based decision model with milestones and decision points
- Defined leadership success factors
- A practical risk approach matched to real delivery constraints
Moved participants from problem statements to a usable, community-led plan—equipping them to coordinate partners and deliver safe, reliable drinking water with strengthened local control.
IN NUMBERS
1 Water Treatment Plant upgrade planning framework established for use within 29 communities
Bringing purpose, scope, governance, and sequencing into one place to guide work from preparation through commissioning
3–5-Year Phased Path Defined
Pacing feasibility, design, build, and commissioning so leadership could steer decisions and readiness.
Major build targets scoped — 1,300 m distribution watermain, 1,800 m raw water intake, 709 m³ reservoir to restore, anchoring reliability and fire protection.
6 Core Stakeholder Groups Mapped
With roles and two-way communications set across Chief & Council, community, municipality, partners, contractors, and consultants.
