Responsibilities: Carry out a variety of engineering assignments and projects related to asset reliability, maintenance planning, and capital delivery, including: Reviewing, commenting on, and validating Entity Information Workbooks (EIWs) submitted by project teams, consultants, and contractors.

Assisting, supporting, and providing technical guidance to Maintenance Planners and Schedulers on capital delivery initiatives, including EIW design-stage reviews (assets, asset hierarchy, and asset attributes) and Work Management System (WMS) data uploads.

Identifying and resolving gaps or issues in capital project deliverables, including EIWs, P&IDs;, SLDs, OEM documentation, PCNs, redline drawings, and as-built drawings.

Coordinating with project teams, consultants, contractors, site Engineers, and Project Managers to ensure the completeness, quality, and accuracy of project deliverables.

Participating in workshops, project meetings, and capital delivery coordination meetings.

Supporting the development and revision of contracts, RFPs, and RFQs to incorporate ASMP requirements.

Developing, updating, and maintaining Standard Operating Procedures (SOPs).

Initiating, coordinating, and supporting Change Requests (CRs) related to equipment maintenance programs, including providing technical recommendations where required.

Leading or facilitating the development of equipment maintenance strategies and plans using Reliability-Centered Maintenance (RCM), Maintenance Task Analysis (MTA), OEM recommendations, and industry best practices.

Collaborating with operational facility staff to review and obtain endorsement of new or revised maintenance plans.

Supporting capital delivery as-built submission requirements through the development of training materials and business processes.

Supporting enhancements to reliability and asset management tools and systems, including the Hierarchy Tool, Preventive Maintenance Tools, WMS, and Datapilot.

Provide evidence-based technical recommendations to operational staff, project teams, and consultants on matters including: Potential failure modes for equipment classes and systems.

Maintenance best practices to prevent or mitigate failure modes.

Maintenance and work procedures to achieve reliability and operational objectives.

Design improvements to enhance equipment and system reliability.

Optimization of maintenance activities and work order grouping strategies.

Manage and oversee work performed by consultants and contractors, ensuring effective communication, accountability, and high standards of quality by:



Coordinating and responding to consultant requests for data and information.

Planning and adjusting consultant resource schedules to support operational priorities.

Monitoring progress and maintaining consultant accountability for deliverables and timelines.

Reviewing consultant submissions to ensure completeness, technical quality, and compliance with Toronto Water standards and conventions.

Forecasting service requirements and prioritizing consultant support requests across multiple operational facilities.

Addressing gaps, issues, and deficiencies in consultant deliverables and coordinating corrective actions as required.

Conduct research and analysis related to assigned engineering initiatives, considering industry developments, emerging technologies, corporate policies, legislation, regulations, and initiatives undertaken by other levels of government.

Prepare engineering analyses and evaluate new technologies, systems, and work procedures to improve operational performance, asset reliability, and maintenance effectiveness.

Collect and analyze data to identify and eliminate recurring issues through techniques such as Root Cause Analysis (RCA), Pareto Analysis, Failure Modes and Effects Analysis (FMEA), statistical analysis, and other reliability methodologies.

Initiate, lead, and manage technical studies, projects, and continuous improvement initiatives.

Provide direction and technical guidance to team members and project stakeholders to ensure deliverables are completed within established timelines.

Develop, document, and implement new business processes and process improvements as required.

Remain current with technological advancements, industry best practices, and emerging trends in engineering, asset management, and reliability.

Represent ASMP on committees, working groups, and project teams by attending meetings, providing technical expertise, and contributing to strategic discussions.

Utilize the Work Management System (WMS) and other asset management applications to monitor, assess, and improve asset reliability and maintenance performance.

Key Qualifications Licensed Professional Engineer (P.

Eng.) in Ontario with a Bachelor''s degree in Electrical, Mechanical, or related Engineering.





Extensive experience developing and optimizing maintenance strategies for mechanical, electro-mechanical, and instrumentation equipment used in water and wastewater treatment, or other complex processing facilities.

Considerable experience implementing equipment Reliability Programs within Work Management Systems (WMS) for assets/equipment delivered through Capital projects.

Proficiency with Computerized Maintenance Management Systems (CMMS/WMS) and other industrial or utility-based computer applications.

Considerable experience reviewing capital project documentation, including as-built drawings, P&IDs;, SLDs, OEM maintenance recommendations, process control narratives, and asset maintenance data.

Experience applying reliability engineering tools and methodologies such as Root Cause Analysis (RCA), Pareto Analysis, Failure Modes and Effects Analysis (FMEA), and Reliability-Centered Maintenance (RCM).

Strong knowledge of equipment maintenance & reliability, and asset management practices in complex industrial environments.

Experience with condition-based monitoring and predictive maintenance technologies is an asset.

Knowledge of Building Information Modeling (BIM) and other digital modeling technologies is an asset.

You must also have: Exceptional interpersonal skills, with a proven ability to build and maintain effective working relationships across diverse groups, including professional, technical, trades, operational, and management staff.

Strong facilitation and leadership skills, with the ability to effectively lead meetings involving individuals with varying personalities, backgrounds, and responsibilities, fostering collaboration, building consensus, and achieving desired outcomes.

Excellent analytical, communication, and report-writing abilities, including the capacity to gather and interpret information, prepare comprehensive reports, and deliver professional presentations to diverse audiences.

Demonstrated ability to manage multiple projects and assignments simultaneously, effectively balancing competing priorities while meeting deadlines and organizational objectives.

Knowledge of water and wastewater treatment processes is considered a strong asset.

Working knowledge of applicable legislation and regulatory requirements, including the Protected Drinking Water Act, Ontario Water Resources Act, Nutrient Management Act, Environmental Protection Act, Occupational Health and Safety Act and associated regulations, collective agreements, and employee and labour relations legislation.

Valid Ontario Class G driver''s licence with the ability to travel as required.

📌 ENGINEER (Toronto)
🏢 City of Toronto
📍 Toronto