• Menjelaskan konsep evaluasi teknis dan ekonomi pada proyek engineering & maintenance.

• Melakukan cost estimation untuk proyek perawatan dan engineering.

• Melakukan analisis ekonomi: NPV, IRR, BCR, Payback Period, LCC.

• Menganalisis kelayakan teknis berdasarkan aspek reliability, safety, performance, dan engineering standards.

• Menyusun perbandingan alternatif teknis berdasarkan kriteria multi-parameter.

• Menyusun feasibility study untuk proyek maintenance dan engineering.

• Menggunakan metode risk assessment dalam evaluasi proyek (technical & financial risk).

• Menyusun rekomendasi proyek berdasarkan hasil analisis kuantitatif dan kualitatif.

• Menyajikan hasil evaluasi dalam bentuk laporan profesional & executive summary.

1. Engineer & Supervisor Maintenance

2. Reliability & Asset Management Engineer

3. Project Engineer / Project Manager

4. Mechanical, Electrical, Civil, Instrument Engineer

5. Planning Engineer & Cost Engineer

6. Operations Engineer / Manager

7. Finance & Budget Staff (teknis)

8. Semua profesional yang terlibat dalam pengembangan proyek teknis dan perawatan aset

MODULE 1 — Introduction to Technical & Economic Evaluation

• Framework evaluasi proyek engineering & maintenance

• CAPEX vs. OPEX perspective

• Integrasi engineering–finance dalam pengambilan keputusan

MODULE 2 — Cost Engineering in Maintenance & Engineering Projects

• Cost elements (direct & indirect costs)

• Cost estimation levels (Class 1–5)

• Work breakdown structure (WBS)

MODULE 3 — Technical Evaluation Framework

• Performance analysis

• Reliability, availability & maintainability (RAM)

• Equipment condition & risk analysis

• Evaluating technical alternatives

MODULE 4 — Economic Evaluation Methods

• Time value of money

• NPV (Net Present Value)

• IRR (Internal Rate of Return)

• BCR (Benefit–Cost Ratio)

• Payback Period

MODULE 5 — Life Cycle Cost (LCC) Analysis

• LCC concept: acquisition → operation → maintenance → disposal

• Maintenance strategy cost modelling

MODULE 6 — Risk-Based Project Evaluation

• Identifikasi risiko proyek

• Quantitative risk analysis

• Sensitivity & scenario analysis

• Monte Carlo introduction (optional)

MODULE 7 — Multi-Criteria Decision-Making (MCDM)

• Decision matrix

• Analytical Hierarchy Process (AHP)

• Weighted scoring

MODULE 8 — Feasibility Study for Engineering & Maintenance Projects

• Struktur laporan FS

• Technical feasibility

• Economic feasibility

• Market & stakeholder considerations

MODULE 9 — Financial Modelling for Engineering Decisions

• Spreadsheet modelling principles

• Sensitivity model

• Scenario-based model

• Hands-on: Building a project evaluation model

MODULE 10 — Reporting & Project Recommendation

• Executive summary writing

• Visualizing economic data

• Communicating technical conclusions

• Template laporan evaluasi proyek