• Menjelaskan konsep dasar RBI & RBM.

• Mengidentifikasi aset kritis melalui risk ranking.

• Menghitung risiko dasar (likelihood & consequence) sesuai API 580/581.

• Menyusun program inspeksi berbasis risiko (metode, interval, prioritas).

• Merancang strategi RBM berbasis kondisi dan risiko operasional.

• Menganalisis damage mechanisms untuk kebutuhan inspeksi & mitigasi.

• Menggunakan data inspeksi, CMMS/EAM, dan monitoring tools untuk keputusan teknis.

• Menentukan tindakan mitigasi paling cost-effective.

• Menyusun roadmap implementasi RBI & RBM secara keseluruhan.

1. Inspection Engineer / Inspector

2. Maintenance Engineer & Supervisor

3. Reliability / Asset Integrity Engineer

4. Mechanical, Rotating & Static Equipment Engineer

5. Process Engineer & HSE Professional

6. Maintenance Planner / Scheduler

7. Operations Engineer / Manager

8. Semua pihak yang terlibat dalam pengelolaan aset & manajemen risiko industri

MODULE 1 — Introduction to RBI & RBM

• Evolusi maintenance: dari corrective → preventive → predictive → RCM → RBI & RBM

• Standar dan regulasi: API 580, API 581, ISO 31000, ISO 55000

• Konsep risk-based strategies dan integrasi dalam asset integrity

MODULE 2 — Risk Management Fundamentals

• Konsep likelihood, consequence, risk matrix

• Hazard identification & assessment

• Failure modes & effects overview

MODULE 3 — Damage Mechanisms & Asset Criticality

• Understanding damage mechanisms (corrosion, fatigue, creep, erosion, embrittlement)

• Criticality analysis dan asset ranking

MODULE 4 — RBI Methodology: Qualitative Approach

• Risk ranking menggunakan risk matrix

• Preliminary risk screening

• Qualitative POF (Probability of Failure) & COF (Consequence of Failure)

MODULE 5 — RBI Methodology: Quantitative Approach (API 581)

• Metodologi perhitungan risiko kuantitatif

• Data requirement for quantitative assessment

• Level of confidence & sensitivity analysis

MODULE 6 — Inspection Planning & Optimization

• Menentukan metode inspeksi (NDT, corrosion monitoring, UT, RT, AE, TOFD)

• Inspection effectiveness

• Interval calculation & inspection optimization models

MODULE 7 — Risk-Based Maintenance (RBM)

• Integrasi RBI dengan maintenance strategy

• Reliability analysis (basic) & condition-based maintenance

• Maintenance prioritization based on risk

• FMEA / RCM linkage to RBM

MODULE 8 — Condition Monitoring & Data Management

• Integrasi data inspeksi dan maintenance

• Predictive technologies (vibration, oil analysis, thermal imaging, corrosion probes)

• Data governance dan CMMS/EAM (SAP PM, Maximo, Infor)

MODULE 9 — Decision Making & Cost Optimization

• Risk reduction strategies

• Cost-benefit analysis (CBA)

• Optimizing inspection & maintenance budget

• Decision matrix for risk mitigation

MODULE 10 — Implementation Roadmap

• Organizational readiness

• Process flow untuk implementasi RBI & RBM

• Roles & responsibility

• KPI: reliability, availability, risk, lifecycle cost

• Audit & continuous improvement program