Reliability / Mechanical Engineer
Suncor Energy
Total years of experience :10 years, 0 Months
Collaborated with multiple departments to support the maintenance of various mechanical static equipment in compliance with Syncrude procedures and standards as current outage technical lead
Issued over 400 engineering packages to maintain integrity of mechanical equipment such as separation vessels, pressure piping and hydraulic operated valves.
Ensured equipment reliability and availability is measured and reported through key performance indicators (KPI)
Ensured equipment is compliant with relevant codes and standards including ASME, API, CSA, and ABSA
Reviewed design consistency to safety, including the use and support of formal risk assessment, HAZOPs, Management of Change (MOC) and Pre-Start up Safety Review (PSSR) programs
Reviewed equipment history interfacing with Quality Assurance (QA), and maintenance to identify bad actors and provide solutions to improve life and reliability of equipment
Work collaboratively with the business team to effectively manage the business of running the unit
Mentored and supported mechanical engineering co-op students and new mechanical engineers
• Tracked and updated Requirement Traceability Matrices (RTM) to monitor Engineering Change Request (ECR) for the Royal Canadian Navy Joint Support Ship Project (JSS)
• Participated in contract change reviews and oversaw assurance of contract compliance on behalf of PCO, highlighting and resolving issues as the arise
• Attended weekly performance meetings with the PCO department to discuss activities for active contracts including requirement and acceptance management
• Developed full understanding of material specifications and bill of material in accordance with Seaspan material strategies and customer requirements
• Reviewed design documents for the naval replenishment vessels in order to achieve customer, classification society and regulatory approval.
• Provided Support to the Construction Management, Quality Assurance, Project Controls, and Administrative Staff at The STEM Building Project for University of Ottawa
• Reviewed and updated mechanical and electrical drawings and specifications
• Developed STEM Building winter heating and major equipment installation plans
• Monitored, Inspected and Reported on-site daily construction activities with respect to proper specification
• Assisted with Mechanical and Electrical design coordination and code compliance reviews along with LEED documentation and commission of schedule updates
• Prepared, maintained and submitted daily reports, requests for information (RFI), change orders and estimates for additional work, and other reports and information as requested by Project Management and Client representatives
•Maintained communication with management and employees and notified them of any problems or concerns that may restrict the efficiency of production in the plant.
•Analyzed process data and equipment performance data to improve quality, throughput, and troubleshoot.
•Followed Good Manufacturing Practices.
•Maintained a clean, sanitary and safe work area.
•Followed all required work safe practices, including wearing of all required PPE in designated areas, confined space safety, safe chemical handling, and fall restraints.
•Reported any food safety and food quality related issues to management.
•Responsible for food safety, pre-requisite programs and food quality related to designated area.
•Performed field visits, validated isometric drawings and process conditions
•Interacted with operations and maintenance personnel as required
•Developed engineering solutions to assigned work orders
•Developed strategies to identify critical static equipment such as crude tower, heat exchangers and tanks
•Proposed Preventive Maintenance (PM) program to improve overall plant reliability
•Worked with the discipline engineers to develop work instructions and detailed mechanical, piping and instrumentation engineering drawings and specifications for engineering request.
• Developed project proposal for a location hierarchy in rebuilding the company’s asset database using new version of Maximo (upgrade from 7.1 to 7.6)
• Research and development of new wifi maximo mobility for the refinery
• Engaged in daily contact with unit operations supervisors and control technicians
• Completed field engineering survey to confirm accuracy of P&ID and Isometric drawings
• Assisted with day to day operational issues of the units and during major upsets
• Participated in process reviews of equipment failure
• Performed process incident trending and analysis
• Carried out an investigation to determine how flow rate affects the performance of pumps in the refinery
• Sourced viable solutions for implementing a maintenance/traceability system for the Faculty’s in- house hydraulics line infrastructure
• Implemented a labelling system and a routine inspection procedure for the Faculty’s hydraulic components
• Performed probe measurement in pipes to monitor the rate of corrosion
• Developed piping and instrumentation diagrams (P&ID’s) for the hydraulic system.
• Communicated project status with the technicians, manager, and Associate Dean of Engineering
• Completed assigned task both individually and as a team
• Considered issues such as cost, safety and time constraints in delivering the project
• Developed and maintained project plans using Microsoft Office to complete data analysis and report writing
Bachelor of Mechanical Engineering with Major in Sustainable Energy and Petroleum
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