Course curriculum

    1. Course Overview

    2. Why Engineers and Cost Estimators are Central to TEM

    3. Learning Outcomes

    4. Target Learner Profile and Prerequisites

    5. Course Level of Difficulty and Effort to Complete

    6. Delivery Format

    7. Resources Provided

    8. Certificate of Completion

    1. 1.0 Introduction: TEM vs TEA - Definitions and Roles

    2. 1.1 Where TEM fits in pre-feasibility, feasibility, and FEED

    3. 1.2 Typical questions TEM answers for project stakeholders

    4. 1.3 Defining scope, boundaries, and assumptions

    5. Quiz 1 – Core concepts of TEA and its role in project stages

    1. 2.1 Renewable Generation: Solar and Wind Yield Estimation

    2. 2.2 Conventional Generation: Heat Rate, Fuel, Emissions

    3. 2.3 Storage and Grid: Efficiency, Cycle Life, Availability

    4. 2.4 Hydrogen, CCS, and Power-to-X: Process Inputs, Energy Efficiency, and Transport Requirements

    5. Quiz 2 – Technical Inputs and Assumptions in TEM

    6. Assignment 1 – Develop Input Assumptions for a Sample Energy Project

    1. 3.1 CAPEX Breakdown and Key Cost Categories

    2. 3.2 OPEX Profiles and Lifecycle Considerations

    3. 3.3 Cost Data Sources and Benchmarking Methods

About this course

  • 22 lessons
  • Time to complete - 16 hours