Comprehensively predict, analyze, and improve the reliability, availability, and maintenance of equipment
Helps optimize performance and streamline military support throughout the life cycle from design to disposal
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Supporting efficient decision-making
from the design phase to the disposal phase -
Implementing an effective logistics system
through optimized logistics support -
Integrating RAM elements into developed equipment
to reduce logistics support costs
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No.1
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Establish a RAM management plan
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Calculate system failure rates
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No.2
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Parts Count Method(PCM)
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Parts Stress Analysis(PSA)
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No.3
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Machine Parts Reliability Analysis
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No.4
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Pi-Factor Selection
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No.5
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Reliability S/W operation
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No.6
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Analysis by Mission Type / Equipment Operation
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No.7
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Electrical/electronic circuit analysis
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No.8
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Analyzing and understanding technical data
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Have business performance (land/sea/air) RAM output data
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Database Construction of Technical Data (Catalog) for Each Part
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Management of Corresponding Part Data Sheets
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Search Function for Similar Project Data in PCM/PSA Calculations
- Research and Translation of R&M-Related Standards
- Reliability Growth Tracking, RGA, FRACAS, 217plus, etc.
- Completion of Maintainability Engineering Seminar (Corporate Competency Enhancement Program)
- Participation and Research in Various Reliability-Related Seminars
- Over 20 Years of Experience in RAM Analysis
- Extensive Experience in Performing RAM Verification Evaluations at Army Comprehensive Maintenance Depot
- RAM Calculation/Analysis/Verification for Army, Navy, and Air Force
