Training Courses
Build practical skills in reliability leadership, maintenance execution, condition monitoring, lubrication, and machinery analysis. Allied Reliability courses help maintenance and reliability professionals apply proven methods to real plant challenges.
Training That Supports Better Maintenance and Reliability Decisions
Whether participants are establishing foundational knowledge, preparing for certification, or developing advanced technical capability, these courses provide structured learning for professionals at different stages of their reliability journey. Select a learning path below, then use the course links to review dates, locations, details, and registration options.
COURSES
Choose a Learning Path
The courses below are organized by the capabilities they develop, making it easier to find training aligned with an individual role, a program need, or an operational priority.
Reliability Strategy and Leadership
Condition Monitoring and Predictive Technologies
– Certification courses prepare participants for an industry-recognized certification exam.
RELIABILITY STRATEGY AND LEADERSHIP
Build the Foundation for Sustainable Reliability Improvement
Reliability Advocate (ARP-A)
An introductory course for professionals who are new to reliability improvement or preparing to support a reliability initiative.
Reliability Fundamentals
Covers proven reliability engineering principles that support better asset management and maintenance decision-making.
Leading Reliability Improvement
Develops the strategies needed to lead reliability improvement initiatives and build organizational support for sustainable productivity gains.
Reliability Program Leader (ARP-L)
Focuses on reliability program value, strategy development, communication, and organization-wide engagement.
Reliability Engineer (ARP-E)
Provides broad instruction across essential reliability engineering topics for professionals responsible for technical program development and improvement.
MAINTENANCE WORK MANAGEMENT
Improve Planning, Execution, and Outage Performance
Maintenance Planning and Scheduling Best Practices
Provides practical methods for improving maintenance productivity, controlling costs, and strengthening work management processes.
Developing Effective Work Procedures
Shows participants how to create and use work procedures that improve consistency in maintenance execution and results.
Shutdown, Turnaround, and Outage (STO)
Examines how disciplined planning and management can reduce the disruption and risk associated with shutdowns, turnarounds, and outages.
Root Cause Analysis Training
Uses plant equipment problems to build practical root cause analysis and facilitation skills for structured problem-solving.
CONDITION MONITORING AND PREDICTIVE TECHNOLOGIES
Develop Skills for Earlier, Better-Informed Maintenance Decisions
Condition Monitoring Fundamentals
Introduces vibration analysis, infrared thermography, airborne and structure-borne ultrasound, oil analysis, and motor circuit analysis.
Vibration Analyst, Junior – Category I
Builds the skills needed to collect quality vibration data, perform basic analysis, and validate findings.
Vibration Analyst, Intermediate – Category II
Develops diagnostic capability for a wider range of machinery faults, special tests, precision alignment, and balancing.
Vibration Analyst, Senior – Category III
Prepares experienced analysts to lead condition monitoring programs, diagnose complex faults, and address resonance problems.
Ultrasound Analysis – Category I
Develops practical ultrasound inspection skills for fault detection, steam and compressed-air leak identification, and precision lubrication.
Infrared Thermography – Category I
Provides a working understanding of infrared thermography fundamentals and their application in industrial inspection.
LUBRICATION AND MACHINERY HEALTH
Strengthen Lubrication Practices and Asset Protection
Field Lubrication Analysis – Category I
Builds practical skills for lubricant delivery, field-level lubrication practices, and machinery health support across industrial equipment.
Reliability Centered Lubrication and Lubricant Analysis
Covers lubricant selection, application, analysis, and storage principles that support equipment performance and reliability.
RECIPROCATING COMPRESSOR ANALYSIS
Build Specialized Knowledge for Compressor Performance and Diagnostics
Basic Reciprocating Compressor Analysis
Introduces compressor design and application topics, including valves, clearance, capacity control, components, performance, and vibration measurement.
Advanced Reciprocating Compressor Analysis
Provides a deeper examination of how reciprocating compressor analysis data is applied to evaluate machinery condition and performance.
Why Allied
Training Grounded in Industrial Reliability Practice
Allied Reliability training is designed around the technical disciplines, work processes, and leadership practices used to improve asset performance. Course options range from introductory reliability concepts to advanced technical analysis, helping organizations build capability across multiple roles and experience levels.
1
Practical Subject Matter
Courses address common maintenance, reliability, and machinery health responsibilities.
2
Multiple Experience Levels
Learning options support professionals who are developing foundational, intermediate, or advanced capability.
3
Technical and Leadership Development
The curriculum covers both specialized technologies and the management practices required to sustain improvement.
FAQs
Frequently Asked Questions
Is training available for a group or company team?
Organizations with multiple participants can contact Allied Reliability to discuss team training needs and the most appropriate course or learning path.
How can I request approval to attend?
A Sample Business Case Letter is available to help participants explain the operational value and professional-development need to their manager.
