Adil Ilyas
Maintenance & Reliability Engineering Professional
Good equipment decisions start with better questions.
I’m a mechanical engineering professional combining project execution, hands-on maintenance, asset data and reliability methods to improve equipment performance.
DEMONSTRATION DATA · Metrics support the portfolio scenarios below; they are not claimed employer results.
RESOURCE RECORD
● AVAILABLEADIL-001
Adil IlyasMaintenance & Reliability Engineering ProfessionalCalgary, Alberta, Canada · Open to relocate
- Discipline
- Mechanical
- Function
- Reliability & Maintenance
- Certification
- PMP · EIT
- Current employer
- Cloverdale Paint
CAREER OPERATING MODEL
4 LAYERSEngineering + Maintenance + Reliability
ASSET HEALTH
8 monitored assets
87HEALTH
- 5 operating normally
- 2 require attention
- 1 bad actor
ACTIVE RELIABILITY WORK
Priority queue
Explore the evidence
Review the experience, maintenance perspective and reliability work behind ADIL-001.
Asset Management
Plant 01 asset hierarchy
Select an asset to inspect health, history, failure modes and maintenance strategy.
SHOP FLOOR
SELECT A COMPONENTPower transmission chain
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Work Management
Maintenance work center
A practical view of defect identification, job reasoning and preventive-maintenance design.
WORK ORDER REGISTER
Maintenance queue
PREVENTIVE MAINTENANCE
94% COMPLIANTUpcoming work
ADIL MODE
CAREER EVIDENCETransferable work-management experience
Petrofac
Mechanical equipment packages, vendor documentation, QA/QC, FAT coordination and multidisciplinary execution.
- Translate technical requirements into controlled deliverables
- Coordinate vendors, stakeholders and schedule constraints
- Verify documentation and equipment readiness
UPS
Team leadership, performance data, vendor coordination and process improvement in a time-sensitive operating environment.
- Use daily performance indicators to direct action
- Coordinate people and workflow around operating priorities
- Escalate recurring issues and improve process discipline
Cloverdale Paint
Current hands-on preventive maintenance, mechanical inspection and troubleshooting experience in industrial manufacturing.
- Belts, filters, lubrication and equipment inspection
- Observe symptoms before selecting corrective work
- Connect technician findings to reliability decisions
Reliability Workbench
From failure data to a better maintenance decision
Interactive examples of how I structure reliability problems—not just the terminology I know.
FAILURE PARETO · 12 MONTHS
SELECT AN ASSETDowntime contribution
RCA-2026-02
INVESTIGATIONCV-201 · Repeated belt failure
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FMEA SIMULATOR
Failure-mode review
| Failure mode | S | O | D | RPN | Priority |
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VIBRATION ANALYSIS
VELOCITY · mm/s RMSGB-201 · Drive-end horizontal
Select a hypothesis
The spectrum is one input. The best next step combines frequency features, phase, operating context and a physical inspection.
CURRENT PM
EVERY 7 DAYSCalendar-driven bundle
- Inspect belt condition
- Inspect motor exterior
- Inspect bearing condition
- Lubricate bearing
- Check accessible fasteners
⚠ Increasing frequency without understanding the failure mode can add maintenance-induced risk.
OPTIMIZED STRATEGY
RISK ALIGNEDFailure-based task design
- Daily
- Operator visual inspection
- Weekly
- Noise and vibration screen
- Monthly
- Alignment and belt tracking
- Condition based
- Bearing vibration trend
- Quarterly
- Lubrication verification
Task interval and method now correspond to failure behavior, detectability and consequence.
ASSET CRITICALITY
Consequence × probability
Criticality is a prioritization input
A ranking should influence maintenance strategy, spares, monitoring intensity, work priority and renewal planning.
- Safety and environmental consequence
- Production and quality impact
- Redundancy and detectability
- Repair lead time and cost
Principle: high criticality does not automatically mean more time-based PM. It means the failure risk deserves a deliberately selected control.
Performance
Reliability analytics
Metrics become useful when they help a team decide where to focus, what to investigate and whether an intervention worked.
ASSET AVAILABILITY
96.8%Equipment trend
WORK TYPE
Maintenance mix
DOWNTIME BY ASSET
Focus areas
METRIC CONTEXT
Read the system, not one number
Select a metric for the questions I would ask before acting on it.
Engineer Record
ADIL-001 · Adil Ilyas
A career deliberately bringing engineering rigor, execution discipline, shop-floor understanding and reliability analysis together.
● AVAILABLEMaintenance & Reliability Engineering Professional
Mechanical engineering professional who enjoys turning equipment history, failure evidence and practical maintenance observations into focused reliability action.
- Discipline
- Mechanical Engineering
- Function
- Reliability & Maintenance
- Current Employer
- Cloverdale Paint
- Certification
- PMP
- EIT
- Registered
- CMRP
- In Progress
- Vibration
- CAT II In Progress
- Location
- Calgary, Alberta, Canada
ENGINEER HISTORY
Career asset lifecycle
ENGINEERING FOUNDATION
Petrofac · Project Engineering
Mechanical equipment, vendor engineering, documentation control, QA/QC and multidisciplinary coordination across increasingly responsible project roles.
OPERATIONAL SYSTEMS
UPS · Operations Team Leader
Fast-paced operations, team leadership, vendor coordination, performance data and continuous process improvement.
BUSINESS + EXECUTION
MBA & Project Management
Strengthened the link between engineering decisions, stakeholder outcomes, cost, schedule and organizational performance.
INDUSTRIAL MAINTENANCE
Cloverdale Paint · Maintenance Technician
Hands-on preventive maintenance, mechanical inspection, lubrication and troubleshooting in an industrial manufacturing environment.
RELIABILITY DIRECTION
Maintenance & Reliability Engineering
Combining equipment knowledge, maintenance experience and analytical engineering to improve asset performance.
Academic foundation
- 2024Master of Business AdministrationUniversity Canada West · Vancouver
- 2015BEng Mechanical EngineeringHeriot-Watt University · Dubai
Reliability toolkit
Root Cause AnalysisFMEARCMPM OptimizationAsset CriticalityCondition MonitoringMaintenance KPIsMechanical SystemsVendor CoordinationProject Execution
How I approach the work
- 01Understand the functionStart with what the asset must do.
- 02Follow the evidenceSeparate symptom from cause.
- 03Match the controlSelect tasks for failure behavior and risk.
Reliability Lab
Engineering notebook
A growing set of compact technical studies. Select a lab record to review its question, method and decision.