Reduce Equipment Failures & Production Downtime in Heavy Industry
Independent P.Eng. delivering structured engineering programs to improve reliability, modernize equipment, and eliminate costly failures across Western Canadian operations.
20+ years experience across mining, oil sands, forestry, and industrial manufacturing.
Who We Work With
We support industrial teams responsible for uptime, reliability, equipment upgrades, and operational performance.
- Plant Managers dealing with recurring equipment failures
- Reliability Engineers seeking root cause solutions
- Operations Managers responsible for uptime and production
- OEMs developing or improving equipment
- Industrial companies planning upgrades or acquisitions
Our Engineering Programs
Industrial Reliability Engineering Program
Identify root causes of recurring failures and improve uptime across critical equipment systems
Mechanical System Redesign Program
Upgrade aging equipment through engineering redesign and performance optimization.
• Equipment evaluation
• 3D redesign & calculations
• Efficiency and reliability improvements
Failure Investigation Program
Investigate root causes of equipment failures. Identify mechanical, hydraulic or operational issues, provide actionable recommendations, and implement corrective measures to prevent recurrence and reduce downtime
OEM Product Development
Design and develop industrial equipment, including 3D modeling, engineering calculations, and full PPMP documentation.
Manufacturing Optimization
Improve production efficiency, reduce bottlenecks, and optimize equipment performance in fabrication and machine shops.
Hydraulic Engineering
Design and optimize hydraulic systems for heavy equipment, improving performance, efficiency, and reliability.
Engineering Due Diligence
Evaluate equipment condition, reliability risks, and technical liabilities for acquisitions and capital investments.
HOW OUR ENGINEERING PROGRAMS WORK
Step 1
1. Discovery Call
We understand your system challenges and failure points.
Step 2
2. Engineering Audit
We analyze equipment, hydraulic systems, and operational data..
Step 3
3. Engineering Design
We develop solutions, calculations, and redesign strategies.
Step 4
4. Implementation Support
We support execution to ensure measurable results.
Practical Engineering Expertise for Real-World Systems
Our engineering programs are designed to deliver measurable results — not theoretical recommendations.
Every project is based on field data, engineering calculations, and practical implementation strategies used in real industrial environments.
We focus on solving root causes of failures, not symptoms.
Request a Quick Engineering Assessment
Tell us what equipment, reliability, or design issue you are facing, and we’ll review whether an engineering program may be the right fit.