Expert Reliability Engineering and Asset Management consultancy for high-stakes industries.
Paracha Engineering Ltd is a trusted partner in delivering advanced reliability and asset management solutions that drive operational excellence. Our services are designed to optimize maintenance strategies, extend asset life cycles, and minimize unplanned downtime. By leveraging industry best practices and cutting-edge methodologies, we help organizations achieve maximum plant availability, reduce costs, and enhance overall performance. With a focus on data-driven decision-making and sustainable asset health, Paracha Engineering Ltd empowers clients to maintain reliability, improve efficiency, and secure long-term value from their critical infrastructure.
Trusted by industry leaders across North America












"Muhammad [Taha] is a pleasure to work with, a sound professional, believes in team-work and provides complete solutions. I strongly recommend him for lead engineering positions!"
"Taha worked as a reliability engineer with me in the Shell Canada Reliability team in Fort McMurray. He is very knowledgeable in engineering and combining his good personality in deal with overwhelming work and people. He worked on finding the real root causes of problems; and he gave practical solutions, solid improvement results, and strong contribution for a team achievement."
"At the time I supervised Taha, he was a new professional and had already acquired a large knowledge of reliability processes and techniques. He had the initiative to develop his own training courses and had presented them to our team. These were well done and well received by the group. Taha was a great self-starter and quickly caught on to the work and the processes that the team used. I would recommend Taha for future projects."
Proven expertise in leveraging large language models and advanced AI technologies to drive innovation, optimize workflows, and deliver intelligent solutions across diverse domains with 15+ years of experience using in asset performance, reliability engineering, and advanced process analytics across industrial process industries including oil & gas, power generation, chemicals, and mining. Proven track record in deploying data-driven maintenance strategies, optimizing asset performance using tools like GE APM, Aveva PRiSM, Isograph, and delivering client-focused technical solutions. Strong communicator with the ability to translate complex technical data into actionable insights for stakeholders across all organizational levels. Holds P.Eng., CMRP, and M.Eng. in Reliability Engineering.
Paracha Engineering Ltd provides a wide range of technical services to optimize maintenance resources and improve plant availability.
Reliability is defined as an asset functioning as expected within a set of specific operating conditions, meeting stakeholder, business, and regulatory requirements. These services utilize software packages such as Isograph, Meridium APM, Reliasoft, SAP, and Maximo.
Uses a structured decision process to develop mitigating tasks that eliminate or reduce the frequency of specific failure modes. Failure modes are documented at a detailed level (Part, Problem, Cause) to result in a complete maintenance strategy.
Reliability Availability & Maintainability Analysis: An integrated application to model asset connectivity and assess the reliability, availability, and maintainability of a production unit or complete facility. It uses simulations and "what-if" scenarios to compare changes in asset configurations or maintenance strategies.
Failure Mode and Effect and Criticality Analysis: An engineering tool performed during the design stage to reduce risk before an asset is installed. It focuses on identifying high-level failure modes, root causes, and effects to optimize maintenance programs.
Characterizes how failures are distributed over equipment life by describing the Time to Failure (TTF) as a statistical distribution.
Used to make strategic decisions by indicating if data measurements are random or follow a trend. Evaluates past behavior to predict future performance and assess the effectiveness of modified strategies.
Previously known as PM Optimization, this module enables the creation of plans to optimize equipment performance and achieve business benefits by defining ways equipment can fail and actions to prevent them.
Predictive maintenance uses data analysis tools to detect operation anomalies and equipment defects so they can be fixed before failure occurs. Specialized tools include:
Continuous monitoring to detect mechanical issues early through vibration analysis.
Comprehensive fluid analysis to assess equipment condition and contamination levels.
Lube room management and lubrication best practices implementation.
Used for transformers, electrical panels, valve leaks, and steam traps to detect thermal anomalies.
Detection of air leaks and bearing condition monitoring for optimal greasing schedules.
This service is founded on four fundamental beliefs that guide our approach to managing physical assets:
Focuses on what assets can do for the organization and its stakeholders rather than the asset itself.
Translates organizational objectives into technical and financial processes, plans, and activities through systematic decision-making.
Provides effective governance for assets and the asset management system.
Essential commitment from all management levels to operate and improve asset management.
Advanced analytics and comprehensive monitoring capabilities for real-time asset health assessment:
Model building, model maintenance, and failure predictions using AI-driven analytics.
System health reporting, performance monitoring, and component/program health reports.
Includes risk logs and thermal performance monitoring.
Industry-specific expertise tailored to meet the unique requirements of each sector:
AP-913 Equipment Reliability Process, Single Point of Vulnerabilities (SPVs) assessments, Equipment Reliability Index (ERI), and regulatory compliance (RD-334, RDGD-98).
ISO 55,000 compliance, Capital Expenditure Planning for portfolios, and Distribution System Plans (DSP) in line with Ontario Energy Board (OEB) requirements.
ISO 14224 failure codes, Bad Actor Analysis, PHA/HAZOP Analysis, and Reliability Facilitation.
Regional infrastructure planning (RI), integrated regional resource planning (IRRP), and renewable energy asset planning.
Data-driven approaches to measure and improve reliability performance:
Includes design for reliability, reliability testing, and production loss analysis.
Monitoring maintenance unit cost, Overall Equipment Effectiveness (OEE), Mechanical Availability, Mean Time Between Failure (MTBF), Mean Time To Repair (MTTR), and PM Backlog.
Paracha Engineering Ltd (PEL) provides specialized reliability and asset management consulting across highly regulated, capital-intensive sectors. Our expertise ensures compliance with industry-specific standards and the optimization of complex asset portfolios.
We provide comprehensive support for the nuclear fuel cycle and power generation plants, focusing on high-reliability standards and regulatory rigor.
Our services in the oil and gas sector focus on maximizing uptime and safety through data-driven reliability strategies.
We assist electrical transmission and distribution providers in aligning their physical assets with financial and regulatory objectives.
Providing specialized planning for public infrastructure and regional energy resources.
Ready to optimize your asset reliability? Get in touch with our team of experts today.