📘 Panduan Lengkap Kurikulum & Matriks Kompetensi

Teknisi Electrical, Instrumentation & Control (E&I) – Industri Petrokimia

• 📘 Panduan Lengkap Kurikulum & Matriks Kompetensi
  • 1️⃣ Executive Summary
• 🔷 STRUKTUR BESAR ROADMAP
  • Evolusi Pola Pikir
• 🔷 LEVEL 1 – JUNIOR (0–2/3 Tahun)
  • Filosofi Level Junior
  • 🔵 BULAN 1 – Fundamental Electrical Safety & Motor Basic
  • 🔵 BULAN 2 – Induction Motor & Alignment Awareness
  • 🔵 BULAN 3 – Basic Instrumentation
  • 🔵 BULAN 4 – Control Valve & Pneumatic
  • 🔵 BULAN 5 – PLC & DCS Basic
  • 🔵 BULAN 6 – Transformer & Distribution
  • 🔵 BULAN 7 – Analyzer & Sampling
  • 🔵 BULAN 8 – SIS Awareness
  • 🔵 BULAN 9 – Shutdown Preparation
  • 🔵 BULAN 10 – Cable & Grounding
  • 🔵 BULAN 11 – Rotating Equipment Instrument
  • 🔵 BULAN 12 – Integrated Case
  • 🎯 Outcome Junior
• 🔷 LEVEL 2 – INTERMEDIATE (2–5 Tahun)
  • Filosofi Level Intermediate
  • 🔵 BULAN 1 – Advanced Motor & Drive
  • 🔵 BULAN 2 – Protection & Coordination
  • 🔵 BULAN 3 – Advanced Instrument Diagnostics
  • 🔵 BULAN 4 – Control Valve Failure Analysis
  • 🔵 BULAN 5 – DCS / PLC Advanced
  • 🔵 BULAN 6 – Analyzer Reliability
  • 🔵 BULAN 7 – Reliability Engineering
  • 🔵 BULAN 8 – Shutdown & TA Planning
  • 🔵 BULAN 9 – Electrical RCA
  • 🔵 BULAN 10 – Safety System Deep Dive
  • 🔵 BULAN 11 – Energy Efficiency
  • 🔵 BULAN 12 – Integrated Major Trip Study
  • 🎯 Outcome Intermediate
• 🔷 LEVEL 3 – SENIOR (5–10 Tahun+)
  • Filosofi Senior
  • 🔴 BULAN 1 – Asset Integrity Strategy
  • 🔴 BULAN 2 – Power System Expansion
  • 🔴 BULAN 3 – SIS Lifecycle
  • 🔴 BULAN 4 – Failure Investigation Leadership
  • 🔴 BULAN 5 – EPC & Project
  • 🔴 BULAN 6 – OT Cybersecurity
  • 🔴 BULAN 7 – Reliability Data Analytics
  • 🔴 BULAN 8 – Cost Optimization
  • 🔴 BULAN 9 – Regulatory Readiness
  • 🔴 BULAN 10 – Availability Program
  • 🔴 BULAN 11 – Mentoring
  • 🔴 BULAN 12 – 5-Year Reliability Plan
• 🔷 MATRiks KOMPETENSI A/W/I/E
  • Definisi Level
• 📘 Electrical – Relay Coordination
  • A
  • W
  • I
  • E
• 📘 Power System & Motor
• 📘 Transformer & Distribution
• 📘 Instrumentation – Alarm Management
  • A
  • W
  • I
  • E
• 📘 Field Instrument
• 📘 DCS / PLC / SIS
• 🔷 Cara Menggunakan Kurikulum & Matriks
  • 1️⃣ Assessment Awal
  • 2️⃣ Tentukan Gap
  • 3️⃣ Buat IDP
  • 4️⃣ Evaluasi 6 Bulanan
• 🎯 Manfaat Sistem Ini
• ⏳ Roadmap Waktu
• 🧭 Penutup Strategis

1️⃣ Executive Summary

Dokumen ini merupakan panduan komprehensif pengembangan teknisi Electrical, Instrumentation & Control (E&I) yang mencakup roadmap kompetensi tiga level (Junior–Intermediate–Senior), kerangka evaluasi berbasis A/W/I/E, serta acuan standar internasional yang relevan untuk industri petrokimia.

Tujuan utama panduan ini adalah membangun sistem pengembangan teknisi E&I yang terstruktur, objektif, dan berbasis risiko, sesuai dengan karakteristik plant petrokimia yang kompleks, berenergi tinggi, dan bersifat safety-critical.

Pendekatan ini dirancang untuk memastikan bahwa:

• Kompetensi berkembang secara sistematis dan terukur
• Praktik kerja selaras dengan standar internasional seperti IEEE, NFPA, International Electrotechnical Commission (IEC), serta prinsip functional safety dan praktik API

🔷 STRUKTUR BESAR ROADMAP

Evolusi Pola Pikir

🔷 LEVEL 1 – JUNIOR (0–2/3 Tahun)

Filosofi Level Junior

Komposisi Materi:

• 60% Troubleshooting Praktis
• 25% Preventive Maintenance
• 15% Basic Theory & Standard Awareness

Target:

• Bisa bekerja mandiri pada pekerjaan rutin
• Mengikuti SOP dengan disiplin
• Memahami risiko dasar electrical & instrument
• Safety awareness sesuai NFPA dan IEEE practice

🔵 BULAN 1 – Fundamental Electrical Safety & Motor Basic

Troubleshooting

• Motor LV trip saat start
• MCC breaker trip (overload vs short circuit)

Preventive

• Checklist inspeksi MCC & panel distribusi

Basic Theory

• ANSI relay code (50/51/27/59)

Referensi:

• NFPA
• IEEE

🔵 BULAN 2 – Induction Motor & Alignment Awareness

Troubleshooting

• Motor overheating (electrical vs mechanical)
• Vibrasi tinggi setelah coupling replacement

Preventive

• IR & PI test sesuai IEEE 43

Basic Theory

• Prinsip kerja motor induksi 3 fasa

🔵 BULAN 3 – Basic Instrumentation

Troubleshooting

• Pressure transmitter tidak stabil
• Temperature error pasca shutdown

Preventive

• Kalibrasi bench vs loop

Basic Theory

• 4–20 mA & loop wiring

Referensi:

• IEC practice

🔵 BULAN 4 – Control Valve & Pneumatic

• Valve hunting
• Valve tidak 100%
• ISO 8573 air quality awareness
• Prinsip kerja actuator

🔵 BULAN 5 – PLC & DCS Basic

• PLC lost communication
• Analog mismatch
• Backup awareness
• PLC vs DCS

🔵 BULAN 6 – Transformer & Distribution

• Overheating alarm
• Voltage unbalance
• Thermography awareness
• IEEE C57 basic awareness

🔵 BULAN 7 – Analyzer & Sampling

• Gas analyzer drift
• Moisture analyzer false alarm
• Sampling line cleaning
• GC basic principle

🔵 BULAN 8 – SIS Awareness

• ESD valve gagal close
• False trip
• Proof test awareness
• SIL concept

Referensi:

• IEC 61511

🔵 BULAN 9 – Shutdown Preparation

• Pre-shutdown inspection case
• Checklist shutdown
• JSA basic awareness

🔵 BULAN 10 – Cable & Grounding

• Ground fault
• Signal noise
• IEEE 80 awareness
• Earthing basic

🔵 BULAN 11 – Rotating Equipment Instrument

• Vibration transmitter abnormal
• Bearing temp spike
• Machinery protection basic

🔵 BULAN 12 – Integrated Case

Motor trip → valve malfunction → plant upset

• Root Cause (5 Why & Fishbone)

🎯 Outcome Junior

Teknisi mampu:

• Membaca SLD & loop diagram
• Troubleshoot sistematis
• Melaksanakan PM rutin
• Memahami interaksi Electrical–Instrument–Control

🔷 LEVEL 2 – INTERMEDIATE (2–5 Tahun)

Filosofi Level Intermediate

Fokus berubah dari eksekusi menjadi:

Analisa kegagalan & pencegahan berulang

Komposisi:

• 50% Advanced Troubleshooting
• 25% Reliability
• 15% Standard & Compliance
• 10% Documentation & Coordination

🔵 BULAN 1 – Advanced Motor & Drive

• Harmonic impact
• Bearing fluting
• MCSA
• IEEE 519 awareness

Case: Repeated bearing failure pada pump critical

🔵 BULAN 2 – Protection & Coordination

• Relay coordination
• Selective tripping
• Arc flash interpretation (NFPA 70E)
• IEEE 242 awareness

🔵 BULAN 3 – Advanced Instrument Diagnostics

• Smart transmitter diagnostics
• Impulse line review
• SIL practical awareness (IEC 61511)

🔵 BULAN 4 – Control Valve Failure Analysis

• Cavitation pattern
• Valve sizing awareness
• Actuator failure root cause

🔵 BULAN 5 – DCS / PLC Advanced

• Interlock matrix
• Cause & effect
• Redundancy failure

🔵 BULAN 6 – Analyzer Reliability

• Sample redesign
• GC repeatability
• False trip reduction

🔵 BULAN 7 – Reliability Engineering

• MTBF / MTTR
• Criticality ranking
• FMEA basic

🔵 BULAN 8 – Shutdown & TA Planning

• Scope definition
• Manpower estimation
• Spare forecasting
• RBI awareness (API 580)

🔵 BULAN 9 – Electrical RCA

• Fault tree
• Event timeline
• Trip data interpretation

🔵 BULAN 10 – Safety System Deep Dive

• Proof test optimization
• Common cause failure
• Spurious trip reduction

🔵 BULAN 11 – Energy Efficiency

• Motor loading
• PF correction
• Utility interface

🔵 BULAN 12 – Integrated Major Trip Study

Cross-discipline investigation.

🎯 Outcome Intermediate

✔ Memimpin troubleshooting ✔ Analisa trend historian ✔ Memberi rekomendasi teknis ✔ Terlibat decision making

🔷 LEVEL 3 – SENIOR (5–10 Tahun+)

Filosofi Senior

Fokus:

• Asset Strategy
• Risk Control
• Compliance
• Technical Authority

🔴 BULAN 1 – Asset Integrity Strategy

• RCM
• RBI
• Lifecycle costing
• API 580 awareness

🔴 BULAN 2 – Power System Expansion

• Load growth
• Substation strategy
• Protection redesign

🔴 BULAN 3 – SIS Lifecycle

• SIL reassessment
• MOC
• Functional safety audit

🔴 BULAN 4 – Failure Investigation Leadership

• RCA workshop
• Evidence preservation
• Compliance coordination

🔴 BULAN 5 – EPC & Project

• Technical bid evaluation
• FAT/SAT
• ITP review

🔴 BULAN 6 – OT Cybersecurity

• Segmentation
• Risk mapping
• Incident response

🔴 BULAN 7 – Reliability Data Analytics

• Historian trend
• Predictive maintenance
• CBM strategy

🔴 BULAN 8 – Cost Optimization

• OPEX vs CAPEX
• Spare optimization
• Vendor evaluation

🔴 BULAN 9 – Regulatory Readiness

• Compliance review
• Gap analysis
• Audit preparation

🔴 BULAN 10 – Availability Program

• Production loss analysis
• Bottleneck mapping

🔴 BULAN 11 – Mentoring

• Coaching junior
• Knowledge retention
• Lesson learned system

🔴 BULAN 12 – 5-Year Reliability Plan

• Asset roadmap
• Risk register
• Upgrade strategy

🔷 MATRiks KOMPETENSI A/W/I/E

Definisi Level

📘 Electrical – Relay Coordination

A

• Tahu fungsi relay
• Mengerti selective tripping

W

• Baca TCC
• Verifikasi setting

I

• Analisa event log
• Identifikasi miscoordination

E

• Tentukan filosofi proteksi
• Approve setting final

📘 Power System & Motor

📘 Transformer & Distribution

📘 Instrumentation – Alarm Management

Mengacu pada prinsip EEMUA 191.

A

• Tahu nuisance alarm

W

• Identifikasi alarm flooding

I

• Analisa frequency
• Usulkan deadband

E

• Tentukan alarm philosophy

📘 Field Instrument

📘 DCS / PLC / SIS

🔷 Cara Menggunakan Kurikulum & Matriks

1️⃣ Assessment Awal

• Evaluasi setiap teknisi
• Tandai A/W/I/E

2️⃣ Tentukan Gap

Bandingkan dengan target level.

3️⃣ Buat IDP

• Artikel bulanan
• OJT
• Mentoring

4️⃣ Evaluasi 6 Bulanan

🎯 Manfaat Sistem Ini

✔ Mendukung audit kompetensi ✔ Mengurangi subjektivitas ✔ Mendukung succession planning ✔ Selaras dengan safety-critical environment petrokimia

⏳ Roadmap Waktu

Jika dijalankan disiplin:

• 2 tahun → Junior solid
• 3–5 tahun → Intermediate kuat
• 5–7 tahun → Senior siap memimpin

🧭 Penutup Strategis

Kurikulum tanpa matriks kompetensi menghasilkan pembelajaran yang tidak terukur. Matriks tanpa roadmap menghasilkan stagnasi.

Ketika keduanya disatukan:

Organisasi tidak hanya melatih teknisi, tetapi membangun technical authority yang mampu mengendalikan risiko, menjaga reliability, dan melindungi integritas aset plant petrokimia.