Course Overview

Technical and engineering leaders are increasingly expected to make decisions that carry significant financial impact. From evaluating projects to allocating resources, understanding financial principles is essential for making informed and effective decisions in capital-intensive environments.

The Finance for the Technical Executive course is designed to bridge the gap between technical expertise and financial understanding. Over five structured days, participants gain practical financial knowledge tailored to engineering, project management, and operational contexts.

The programme focuses on real-world application, enabling participants to interpret financial data, evaluate investments, and communicate effectively with finance teams and stakeholders.

Participants will build confidence in analysing financial statements, assessing project value under uncertainty, and presenting business cases that are both technically sound and financially viable.

Agenda

Day — 1 Foundations of Corporate Finance

• Understanding the role of finance in technical and engineering environments
• Reviewing essential financial concepts and terminology
• Exploring key financial statements and their purpose:
  • Income Statement
  • Balance Sheet
  • Cash Flow Statement
• Linking technical operations with financial performance and outcomes
• Understanding fundamentals of forecasting and financial planning
• Exercise: Analysing simplified financial statements to identify trends relevant to project performance

Day — 2 Project Valuation & Investment Principles

• Understanding core principles of project valuation:
  • Discounted cash flow (DCF)
  • Present value concepts
  • Arbitrage and market efficiency
• Estimating free cash flows using accounting and operational data
• Applying key tools to assess project viability:
  • Net Present Value (NPV)
  • Internal Rate of Return (IRR)
  • Payback Period
• Using scenario and sensitivity analysis to evaluate uncertainty and risk
• Building structured valuation models for technical and engineering projects
• Exercise: Performing a DCF-based valuation and testing key assumptions

Day — 3 Project Financing & Funding Strategies

• Understanding organisational funding needs and capital structure decisions
• Estimating future capital requirements and funding demands for projects
• Defining sustainable growth and aligning financial strategy with business objectives
• Comparing internal financing (retained earnings) and external financing (debt, equity) options
• Communicating project value effectively to financial stakeholders and decision-makers
• Exercise: Estimating funding needs and assessing sustainable growth potential

Day — 4 Capital Budgeting & Management

• Understanding capital budgeting rules and how they guide investment decisions
• Comparing discounted cash flow (DCF) approaches with alternative evaluation methods
• Prioritising projects under limited resources and capital constraints
• Understanding cost of capital and the use of hurdle rates in decision-making
• Exercise: Comparing multiple engineering projects using different evaluation techniques

Day — 5 Project Financing Under Uncertainty

• Understanding how risk and uncertainty influence financial and investment decisions
• Applying techniques to analyse uncertainty:
  • Sensitivity analysis
  • Scenario analysis
  • Break-even analysis
• Evaluating strategic options that affect project value:
  • Delaying investments
  • Expanding investments
  • Staging investments
  • Abandoning projects
• Understanding staged investment approaches, pilot programmes, and milestone-based funding
• Applying best practices for collaborating with financial stakeholders and decision-makers
• Exercise: Evaluating an uncertain project using DCF principles, sensitivity testing, and real-options thinking

Learning Outcomes

By completing this Finance for the Technical Executive programme, you will be able to:

• Apply corporate finance principles to support decision-making in technical and project-based environments
• Read and analyse financial statements to assess performance and operational impact
• Develop financial forecasts and project cash flows using technical and operational data
• Evaluate investment proposals using capital budgeting techniques such as NPV, IRR, payback, and sensitivity analysis
• Estimate project value using discounted cash flow (DCF) approaches while incorporating risk and uncertainty
• Understand project financing options, capital structure, and cost of capital implications
• Communicate effectively with finance teams and present strong, data-driven business cases
• Apply real-options thinking and staged investment approaches in uncertain project environments

Who Should Attend

This programme is ideal for technical professionals involved in financial decision-making and project evaluation, including:

• Technical Executives and Engineering Managers
• Project Managers and Programme Leaders
• Operations and Maintenance Managers
• Technical Directors and Department Heads
• Engineers transitioning into leadership roles
• Professionals working closely with finance and investment teams