Cursusdetails
Finance for Engineers, Project & Technical Professionals
Cursustaal: EN Cursusbeschrijving, lesmateriaal en uitvoering blijven in het Engels.
Cursusdetails
Cursustaal: EN Cursusbeschrijving, lesmateriaal en uitvoering blijven in het Engels.
Taal van de cursus en tweetalige begeleiding
Het officiële cursusmateriaal en het gedetailleerde programma zijn in het Engels. Uitleg, discussies, vragen en praktische oefeningen kunnen, afhankelijk van de beschikbaarheid van de trainer, tweetalig in het Engels en Nederlands worden verzorgd. Hierdoor behouden deelnemers toegang tot de originele Engelstalige vakterminologie, met aanvullende begeleiding in het Nederlands.
Seminarinhoud
Engineering and technical decisions carry significant financial consequences. Equipment selection, project design, maintenance strategies, resource allocation, and capital expenditure all influence profitability, cash flow, and long-term business performance. Technical professionals who understand these financial implications can evaluate alternatives more effectively and contribute to investment decisions with greater confidence.
The Finance for Engineers, Project & Technical Professionals course develops financial knowledge specifically for professionals without a formal accounting background. Participants learn to interpret financial statements, evaluate engineering costs, develop budgets, forecast project cash flows, and assess capital investments using practical financial techniques. The programme connects engineering decisions with financial performance through Excel-based calculations, project scenarios, and investment appraisal exercises.
Limited financial understanding among technical teams: Helping engineers interpret financial information and understand how technical decisions affect profitability, liquidity, and business performance.
Unreliable project cost estimates: Improving the accuracy of engineering budgets through structured estimating techniques, cost classification, and contingency assessment.
Weak financial justification for capital projects: Evaluating equipment purchases, infrastructure upgrades, and engineering investments using NPV, IRR, payback, and lifecycle costing.
Difficulty controlling project expenditure: Identifying cost variances, budget overruns, resource inefficiencies, and opportunities for financial improvement.
Poor cash flow forecasting: Estimating the timing of project expenditure, operating costs, revenues, and working capital requirements.
Unclear pricing and profitability decisions: Understanding cost behaviour, contribution margins, break-even analysis, and the financial consequences of technical and commercial choices.
Communication gaps between engineering and finance: Preparing financially supported technical proposals that can be understood by executives, finance departments, and investment committees.
The programme combines instructor-led financial explanations, engineering case studies, Excel-based modelling exercises, financial statement analysis, cost estimation workshops, and investment appraisal simulations. Participants work with realistic technical project scenarios to understand the financial implications of engineering decisions and develop practical financial models for budgeting, forecasting, cost control, and capital investment evaluation.
By the end of this course, participants will be able to:
Interpret financial statements and identify indicators of business performance
Understand financial terminology used in engineering and project environments
Analyze fixed, variable, direct, indirect, and lifecycle costs
Prepare realistic engineering project budgets and cost estimates
Apply break-even analysis and contribution margin calculations
Forecast project expenditure, revenues, and cash flow requirements
Evaluate capital investments using NPV, IRR, and payback techniques
Assess financial risks and uncertainty in technical investment decisions
Develop Excel-based financial models for engineering projects
Present financially justified technical recommendations to management
This course is suitable for:
Engineers and senior technical specialists
Project managers and project engineers
Engineering and maintenance managers
Technical department heads
Construction and infrastructure professionals
Project planning and cost control professionals
Operations and production managers
Procurement and technical commercial professionals
Asset management and capital investment professionals
Technical professionals involved in budgeting and investment decisions
Participants will develop competencies in:
Financial literacy for engineers
Financial statement interpretation
Engineering cost analysis
Project budgeting and cost estimation
Cost-volume-profit analysis
Cash flow forecasting
Capital investment appraisal
Financial modelling in Excel
Lifecycle cost evaluation
Financial decision-making
Voordelen
Methodiek
Doelgroep
Seminardetails
Understanding how engineering activities, technical projects, and operational decisions contribute to financial performance
Interpreting income statements, balance sheets, and cash flow statements from a technical management perspective
Distinguishing profitability, liquidity, cash generation, and financial sustainability
Analyzing financial ratios covering operating margins, return on assets, liquidity, and financial leverage
Understanding capital expenditure (CAPEX), operating expenditure (OPEX), depreciation, and their financial implications
Practical exercise: Reviewing a company's financial performance and identifying the implications for engineering investment decisions
Classifying direct, indirect, fixed, variable, and semi-variable costs in engineering and technical operations
Developing engineering cost estimates using analogous, parametric, and bottom-up estimating techniques
Preparing project budgets covering materials, labour, equipment, subcontractors, overheads, and contingencies
Applying contribution margin, cost-volume-profit analysis, and break-even calculations to technical operations
Evaluating lifecycle costs, maintenance expenditure, operating efficiency, and opportunities for cost reduction
Excel workshop: Building an engineering project cost model and evaluating the financial impact of alternative technical solutions
Developing project financial plans that connect engineering schedules, resource requirements, expenditure, and payment milestones
Preparing cash flow forecasts covering initial investment, operating expenses, revenues, working capital, and project completion
Analyzing budget deviations, committed costs, actual expenditure, and projected final costs
Applying Earned Value Management concepts to evaluate cost performance and forecast project outcomes
Conducting sensitivity and scenario analysis to assess cost escalation, schedule delays, and changes in project assumptions
Case study: Investigating an engineering project experiencing budget overruns and developing a financial recovery plan
Applying the time value of money to long-term engineering and infrastructure investment decisions
Calculating Net Present Value (NPV), Internal Rate of Return (IRR), and payback periods for capital projects
Comparing investment alternatives using discounted cash flow analysis and equivalent annual cost
Evaluating equipment replacement, asset upgrades, energy efficiency investments, and make-or-buy decisions
Assessing financial uncertainty through discount rates, sensitivity analysis, and risk-adjusted investment scenarios
Practical workshop: Building an Excel investment appraisal model to compare alternative engineering capital projects
Understanding internal funding, debt financing, leasing, and other financing options for engineering and capital projects
Evaluating the cost of capital and its influence on project investment decisions
Developing financially supported business cases with investment requirements, expected benefits, assumptions, and risks
Integrating financial analysis with technical feasibility, operational reliability, asset life, and strategic priorities
Presenting financial forecasts, investment comparisons, and recommendations to finance teams and senior management
Capstone exercise: Preparing and presenting an engineering investment proposal supported by cost estimates, cash flow forecasts, NPV and IRR analysis, risk assessment, and a management recommendation
Data en locaties
Cursuscertificaat
Iedere deelnemer die dit seminar afrondt, ontvangt een professioneel cursuscertificaat van INFORMATECH.
Informatie over
Je plaats is bevestigd zodra de volledige betaling is ontvangen.
Ja, wij bieden de volgende kortingen voor groepsboekingen:
Nee, kortingen kunnen niet worden gecombineerd tenzij dit uitdrukkelijk is vermeld.
Wij accepteren bankoverschrijvingen, credit-/debitcards en geselecteerde online betaalmethoden.
De volledige betaling moet vóór de startdatum van de cursus zijn voldaan om je deelname te bevestigen.
De btw-behandeling hangt af van je locatie en status:
Ja, alle deelnemers ontvangen een officiële factuur. EU-bedrijven moeten een geldig btw-nummer opgeven.
Ja, annuleringen moeten schriftelijk worden ingediend.
Ja, vervanging is zonder extra kosten mogelijk als dit vóór de startdatum van de cursus wordt aangevraagd.
Wij behouden ons het recht voor om een cursus te verplaatsen of te annuleren door onvoorziene omstandigheden. In dat geval kun je:
Ja, alle deelnemers ontvangen na deelname een certificaat van afronding.
Ja, volledige aanwezigheid is vereist om certificering te ontvangen.
Wij bieden zowel klassikale als virtuele live online trainingen aan.
Ja, alle deelnemers ontvangen trainingsmaterialen in digitale vorm.
Nee, deelnemers zijn zelf verantwoordelijk voor reis en accommodatie tenzij anders vermeld.
Ja, wij bieden trainingsprogramma’s op maat op basis van de behoeften van jouw organisatie.
Je kunt ons bereiken via e-mail op info@informatech.co.uk of via ons contactformulier. Ons team reageert snel.
Het officiële cursusmateriaal is in het Engels. Afhankelijk van de beschikbaarheid van de trainer kunnen uitleg, discussies en praktische oefeningen in het Engels en Nederlands worden verzorgd.
Het officiële cursusmateriaal en het gedetailleerde programma blijven in het Engels, zodat deelnemers met de internationaal gebruikte vakterminologie kunnen werken.
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