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Course Outline

Introduction to CAPEX and the Investment Perspective

  • Defining capital expenditure within the manufacturing sector.
  • The impact of financial analysis on operational decision-making.
  • Typical errors made by managers without finance expertise.
  • Aligning CAPEX with broader strategic business goals.

Time Value of Money, Discount Rates, and WACC

  • Comprehending present and future value principles.
  • Determining and choosing suitable discount rates.
  • Weighted Average Cost of Capital (WACC) and project-specific rates.
  • Practical drills on discounting cash flows.

Net Present Value (NPV), IRR, MIRR, and Payback Period

  • Calculating NPV as the primary investment benchmark.
  • Utilizing IRR as a secondary screening mechanism.
  • Mitigating reinvestment assumption flaws using Modified IRR (MIRR).
  • Applying Discounted Payback Period as a liquidity filter.

Economic Value Added (EVA) and Shareholder Value

  • Computing EVA: NOPAT minus (Capital Invested x WACC).
  • Aligning CAPEX budgeting with shareholder value generation.
  • Evaluating EVA against conventional accounting measures.
  • Case study on value-based management in manufacturing.

Developing the CAPEX Business Case

  • Organizing cash flow forecasts for capital projects.
  • Distinguishing between operating and capital cash flows.
  • Considering working capital and terminal value.
  • Constructing a complete investment case from operational data.

Scenario and Sensitivity Analysis

  • Creating three scenarios: Base, Optimistic, and Pessimistic.
  • Constructing tornado diagrams for sensitivity ranking.
  • Recognizing value drivers and key assumptions.
  • Practical Excel exercises.

CAPEX Processes, Templates, and Capex Cards

  • Stage-gate approval workflows for capital projects.
  • Designing one-page Capex Cards with strategic alignment.
  • Incorporating financial metrics, risk ratings, and schedules.
  • Standardizing Requests for Funding documentation.

Risk Analysis, Monte Carlo Simulation, and Real Options

  • Implementing Monte Carlo simulation using spreadsheet add-ins and Python.
  • Handling uncertainty in manufacturing investment choices.
  • Real options analysis for production flexibility and expansion.
  • Deciding between probabilistic and deterministic models.

ESG, Sustainability, and Regulatory Factors

  • Integrating ESG and sustainability indicators into cash flows.
  • Carbon costs, energy efficiency, and green capex incentives.
  • Modifying risk premiums for environmental compliance.
  • Communicating sustainability advantages to financial stakeholders.

Executive Narrative, Storytelling, and Requests for Funding

  • Drafting a clear executive summary for CAPEX proposals.
  • Structuring the request and connecting it to strategic value.
  • Storytelling techniques for non-finance audiences.
  • Evaluating and critiquing sample funding requests.

Post-Investment Review and Benefit Realization

  • Establishing post-investment review (PIR) frameworks.
  • Monitoring actual vs. projected benefits.
  • Feedback loops to enhance future CAPEX proposals.
  • Fostering a culture of accountability in capital spending.

Requirements

  • Familiarity with manufacturing operations and facility management
  • Proficiency in spreadsheet applications like Microsoft Excel

Target Audience

  • Manufacturing managers and plant supervisors lacking a finance background
  • Engineering managers drafting capital expenditure proposals
 14 Hours

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