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# TRAINING ENGINEERING ECONOMY

TRAINING ENGINEERING ECONOMY

## TRAINING EKONOMI ENGINEERING

### TRAINING FINANCIAL IN ENGINEERING

After completing this training, you should able to do the following

• Define different terms of investment, costs, and investment choice.
• Define the terms engineering economy, alternative, evaluation criteria, time value of money, interest, anprincipal
• Define interest rate and interest period and calculate the interest that had been accrued in one interest period
• Define simple interest and compound interest and calculate the total money accrued after one or more years
• Define and derive the following factors:
• . Single-payment compound-amount factor
• . Single-payment present-worth factor
• . Uniform-series present-worth factor
• . Capital-recovery factor
• . Sinking-fund factor
• Find the correct numerical value of a factor in a table
• Define and develop uniform-gradient present-worth factor and annual series factor using single –payment present-worth factor
• Calculate the present-worth or future worth of special cash flow
• Define compounding period, nominal interest rate, effective interest rate, and payment period
• Derive the formula for computing the effective interest rate and define each term in the formula
• Use multiple factors to solve the more intricate problems
• State the important of incremental analysis and explain that it is true with the analysis of different Alternative
• Select the better alternative using the following methods:
• . Present-worth calculation both equal life cycle or different life cycle
• . Equivalent-Uniform-Annual-Worth
• . Benefit/Cost Ratio
• . Internal Rate of Return
• Explain the concepts of Retirement and Replacement and use the above concepts to calculate the related problem
• Define income tax, inflation, risk  and put them into the problem of selecting the better alternative
• Use the entire concept stated above to solve more complex problems.

Hari pertama:

• . Investment
• Introduction
• Mutually Exclusive, Interdependent, Public Investments and Externalities
• Costs: Social, Opportunity, Capital, Income Tax and Inflation
• Investment Choice: Decision Criteria and Procedure
• Alternatives: Recognition and Consequences over Time
• Viewpoint and System Analysis
• Time Horizons and Equal Service Life
• Consequences: Differential and With-Without Criterion
• Common Unit of Measurement
• Sunk Cost, Depreciation and Incremental Analysis
• Analysis: The Manager’s and The Accountant’s
• Equivalence
• . Interest and Financial Mathematics
• Introduction
• The Double Value of Money
• Graphical Conventions
• Formulas
• Rates of Interest: Nominal and Effective
• Interest and Principal Separation
• . Present Worth dan Annual Worth
• Present Worth
• Capitalized-Cost Evaluation
• Capitalized-Cost comparison of Two Alternatives
• Study Period for Alternatives Having Different Lives
• Salvage Sinking-Fund  Method
• Salvage Present-Worth Method
• Capital Recovery-plus-Interest Method
• Comparing Alternatives by EUAW
• EUAW of a Perpetual Investment
• . Benefit/Cost Ratio (B/C)  Evaluation
• Classification of Benefits, Costs, and Disbenefits
• Incremental Analysis Necessary
• Benefits, Disbenefits, and Cost Calculation of a Single Project
• Selection of Alternatives using B/C Analysis
• Mutually Exclusive Alternative: Selection using B/C Ratio Analysis

Hari kedua:

• . Rate of Return
• Overview of Rate-of-Return Computation
• Rate-of-Return Calculation using Present-Worth Method
• Rate-of-Return Calculation using EUAW Method
• Multiple Rate-of-Return
• Internal and Composite Rate-of-Return
• . Rate of Return Evaluation Multiple Alternatives
• Incremental Analysis
• Net Cash Flow Tabulation
• The Interpretation of Return on Extra investmen
• Evaluation of Incremental Rate-of-Return  using PW equation
• Mutually Exclusive Alternatives: Selection using Rate-of-Return Analysis
• . The Effect of Income Tax on Economic Analysis
• Introduction
• Income Tax and Tax Brackets
• Deductions
• Book and Market Values
• Depreciation : Accelerated Cost Recovery System
• Depreciation : Alternative ACRS Method
• ACRS Dispositions
• Computation of After-Tax Cash flow using ACRS
• Methods of Calculating Depreciation
• Selection of Depreciation Method
• Lives
• Gain or Losses on Disposition
• Investment Tax Credit
• . Inflation
• Price : Changes and Indexes
• Rates: Constant, Current, and Inflation
• The Mathematics of Inflation
• Nominal and Effective Rates Related to Inflation
• Incorporating Inflation in an Economic Decision
• Variable Inflation Rates
• . Risk
• Introduction and Definitions
• Probability Measurement
• Expected Value
• Objective and Subjective Probabilities
• Risk Measurement

### Hari ketiga:

1. . Loans
• Loan Criteria
• Unequal Term of Loan
• Tax Effect
• Inflation Effects
• Collateral
2. . Capital Budgeting
• Introduction and Modeling
• Programming Versus Efficiency of Capital Criteria
• Capital Rationing: Independent  Projects
• Capital Rationing: Independent and Mutually Exclusive Projects
• Capital Rationing: Interdependent  Projects
3. . The Cost of Capital
• Introduction and Definitions
• Personal Cost of Capital
• Opportunity Cost of Capital and The Capital Budget
• Financial Cost of Capital in The Private Sector
• Public Sector Opportunity Cost of Capital
• Risk and The Cost of Capital
4. . Replacement Analysis
• Retirement
• Defender, Chalenger and Economic Life
• Identical Replacement
• Different Replacement
5. . Sector Analysis
• Introduction
• The Effect of View Point on Cash Flow—Transfer Payment
• Pareto and Kaldor
• The Private sector Viewpoint
• The Public Sector Viewpoint
• The Cost of Unemployed Resources
6. . Sensitivity Analysis
• Introduction and The Concept of Payback
• Breakeven Analysis
• Sensitivity: The Narrow Definition
• Sensitivity: The Broad Definition
• Multi-variable Sensitivity Analysis

### INSTRUKTUR

Instruktur yang mengajar pelatihan  ENGINEERING ECONOMY ini adalah instruktur yang berkompeten di bidang  ENGINEERING ECONOMY baik dari kalangan akademisi maupun praktisi.

### Jadwal pelatihan trainingmekatronika.com tahun 2024 :

• Batch 1 : 03 – 04 Januari 2024 | 16 – 17 Januari 2024
• Batch 2 : 07 – 08 Februari 2024 | 20 – 21 Februari 2024
• Batch 3 : 05 – 06 Maret 2024 | 19 – 20 Maret 2024
• Batch 4 : 09 – 10 April 2024 | 13 – 24 April 2024
• Batch 5 : 07 – 08 Mei 2024 | 22 – 23 Mei 2024
• Batch 6 : 05 – 06 Juni 2024 | 25 – 29 Juni 2024
• Batch 7 : 09 – 10 Juli 2024 | 23 – 24 Juli 2024
• Batch 8 : 06 – 07 Agustus 2024 | 20 – 21 Agustus 2024
• Batch 9 : 04 – 05 September 2024 | 18 – 19 September 2024
• Batch 10 : 18 – 19 Oktober 2024 | 15 – 16 Oktober 2024
• Batch 11 :06 – 07 November 2024 | 26 – 27 November 2024
• Batch 12 : 04 – 05 Desember 2024 | 18 – 19 Desember 2024

Catatan : Jadwal tersebut dapat disesuaikan dengan kebutuhan calon peserta training budgeting in engineering pasti jalan

### Invetasi dan Lokasi pelatihan financial in engineering di jakarta :

· Yogyakarta,

· Jakarta,

· Bandung,

· Bali,

· Surabaya,

· Lombok,

Catatan : Apabila perusahaan membutuhkan paket in house training, anggaran investasi pelatihan dapat menyesuaikan dengan anggaran perusahaan.

### Fasilitas  pelatihan budgeting in engineering di jakarta :

• FREE Airport pickup service (Gratis Antar jemput Hotel/Bandara/Stasiun/Terminal)
• FREE Akomodasi ke tempat pelatihan bagi peserta training financial in engineering jakarta pasti running
• Module / Handout training ekonomi engineering jakarta fixed running
• FREE Flashdisk
• Sertifikat training engineering economy di jakarta murah
• FREE Bag or bagpackers (Tas Training)
• Training Kit (Dokumentasi photo, Blocknote, ATK, etc)
• 2xCoffe Break & 1 Lunch, Dinner
• FREE Souvenir Exclusive
• Training room full AC and Multimedia

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