
Key topics of the course.
When and why use a multivariate model - instead of a univariate model. And what the differences are.
Description of the 10-step methodology for machine learning, for achieving high accuracy. Also, a paper is available for you to download, for extra reading.
Introductory remarks
Presentation of the data preprocessing stage. Also, a paper is available for you to download for extra reading.
Download the first set of data.
Download the second set of data.
Download the third set of data.
Presentation of the polynomials features stage. Also, a paper is available for you to download for extra reading.
How to perform dataset split. Also, a paper is available for you to download for extra reading.
Key points of this method. Also, a paper is available for you to download for extra reading.
Scaling the matrices and the data. Also, a paper is available for you to download for extra reading.
Introduction and key points.
How to compile the DNN models. Also, a paper is available for you to download for extra reading.
How to fit the models. Also, a paper is available for you to download for extra reading.
We will draw the models and also provide an introduction to the activation function.
How to generate the predictions. Also, a paper is available for you to download for extra reading.
How to find the training-set errors. Also, a paper is available for you to download for extra reading.
How to conduct overfitting analysis.
How to conduct the naive model test. Also, a paper is available for you to download for extra reading.
What is the difference between sensitivity analysis and hyperparameters. Also, a paper is available for you to download for extra reading.
How to conduct sensitivity analysis.
Important theoretical concepts. Also, a paper is available for you to download for extra reading.
How to generate the forecasts.
How to select the best-performing models. Also, a paper is available for you to download for extra reading.
Overview of the key topics.
5 industry case for free
WHO I AM: I hold a PhD in Quantitative Economics and Energy from Imperial College London. I teach practical, real-world data science specifically for the energy sector.
REGULAR ENHANCEMENTS: This course is reviewed periodically with updates to reflect the modern energy market.
STUDENT BONUS: Note: Students who enroll in this course will receive access to the Energy Data Scientist community.
What You'll Learn:
How to build a Deep Neural Network model in Python that can forecast CO₂ emissions
How to achieve high accuracy in the forecasts that you will produce
How to work with World Bank historical data
How to implement advanced statistical tests
How to apply your model to real-world cases (India, China, USA, UK, European Union analysis)
Perfect For:
Environmental consultants and analysts
Energy economists and policy makers
Data scientists in sustainability
Climate professionals
Why This Matters:
With net-zero targets and mandatory carbon reporting, professionals who can produce credible emissions forecasts are in high demand. Master the skills that set you apart in the growing climate economy. Companies now require carbon footprint assessments for regulatory compliance and ESG reporting. Governments need emissions projections for policy planning. Consultancies charge premium rates for these capabilities. Whether you're advancing your current career or transitioning into sustainability, these practical forecasting skills open doors to roles paying $150,000-250,000+ in the rapidly expanding green economy.