Machinery
Machinery Engineering & Advanced Mechanical Analysis
Deep machinery engineering authority for difficult equipment problems requiring calculations, equipment physics, design review and independent technical judgment. Intended for problems that routine troubleshooting or OEM responses do not adequately explain.
100+ operating assets and sites associated with a major global mining and commercial explosives organization
- UEI
- ZR3PJZEA7A21
- CAGE
- 174X8
- Independence
- Findings challenged before release
- Deployment
- Remote response within 24 hours
What This Discipline Covers
Scope of the technical capability.
Deep machinery engineering authority for difficult equipment problems requiring calculations, equipment physics, design review and independent technical judgment. Intended for problems that routine troubleshooting or OEM responses do not adequately explain.
- Mechanical calculations
- Equipment performance analysis
- Loads and forces
- Component evaluation
- Failure mechanics
- Design review
- Equipment modification
- Repair engineering
- Equipment sizing and selection
- OEM technical review
- Technical troubleshooting
Problems The Technical Lead Solves
The questions this discipline is engaged to answer.
- 01
Complex machinery failures
- 02
Disputed calculations
- 03
Performance problems
- 04
Design deficiencies
- 05
Equipment modifications
- 06
Repair or replace decisions
- 07
OEM technical challenge
- 08
Independent machinery review
Equipment And Systems
Assets this Technical Lead has worked on directly.
- Turbines
- Compressors
- Pumps
- Gearboxes
- Motors and drives
- Fans and blowers
- Process machinery
- Utility machinery
- Rotating equipment trains
Industries And Environments
Operating environments where this experience was built.
- Mining and explosives
- Chemical and process
- Industrial manufacturing
- Utilities and operating plants
Diagnostic And Investigation Methods
How the technical work is actually performed.
- Vibration data collection and spectral analysis
- Phase, orbit, and shaft centreline analysis
- Run up and coast down transient capture
- Operating deflection shape and modal testing
- Rotordynamic modelling and critical speed evaluation
- Alignment, balance, and bearing condition verification
Codes And Standards
Frameworks applied to the analysis.
- API 610, 611, 612, 613, 617 and 618
- API 670 machinery protection systems
- ISO 10816 and ISO 20816 vibration evaluation
- ISO 1940 balance quality
Credentials And Qualification
The professional basis for this discipline.
- 01
Vibration analysis certification at category III or IV level or equivalent depth
- 02
Field commissioning and turnaround machinery experience
- 03
Turbomachinery and reciprocating equipment troubleshooting background
- 04
Machinery protection and condition monitoring system experience
Scale And Breadth
Reported scale of professional exposure.
- 01
100+ operating assets and sites associated with a major global mining and commercial explosives organization
- 02
30+ years of machinery engineering
- 03
Global multi site machinery responsibility
Representative Professional Experience
Assignment types this discipline supports.
- 01
Diagnosis of chronic high vibration on a critical compressor train and redesign of the support system
- 02
Investigation of repeat bearing failures across a pump population with corrective specification changes
- 03
Transient analysis of a turbine trip event to establish the initiating mechanism
- 04
Field balancing and alignment program restoring availability on unreliable rotating assets
Assignment descriptions are generalized to protect client confidentiality. Specific references can be discussed during scoping where permissions allow.
Multidisciplinary Interfaces
Disciplines this work commonly coordinates with.
- Vibration
- Field Diagnostics
- Mechanical & RCA
- Reliability
- Controls
- Electrical
- Process
Discuss a machinery engineering assignment.
We will help define the evidence, disciplines, and next step required to answer it.