ENGF0003 Mathematical Modelling and Analysis I Coursework Integrated Engineering Programme (IEP)
| University | University College London (UCL) | 
| Subject | ENGF0003 Mathematical Modelling and Analysis I | 
Coursework Summary – Task 1 & Task 2
Task 1 – Describing and Visualising Data (30 marks)
You will analyse and visualise open datasets about AI training compute.
A. Data Summary (15 marks)
- Use the dataset provided (Dataset 1).
- In MATLAB, create a table summarising the training compute requirements (petaFLOPS) for three AI domains of your choice (e.g. language, vision, robotics).
- Include descriptive statistics (mean, median, variance, etc.) that help interpret the data.
- If useful, apply a data transformation (e.g. log scale) to make results clearer, and justify mathematically why you did so.
- Write a short analysis paragraph explaining what your statistics mean and how the transformation helps interpretation.
B. Data Visualisation (15 marks)
- Create a graph/visualisation (e.g. bar chart, boxplot, line plot) in MATLAB showing differences in compute cost across the domains.
- Write a short analysis comparing the results in your table and figure.
- Explain how the visualisation supports, complements, or validates your summary table.
Goal: Show that you can describe, transform, and represent data effectively, and interpret it critically.
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Task 2 – Modelling and Analysing Data (40 marks)
You will model the relationship between model size and power draw for AI training and analyse its implications.
A. Modelling Power Draw (20 marks)
- Use Dataset 2 for the Language domain.
- Fit a curve (mathematical model) showing power draw vs. number of parameters (e.g. exponential, polynomial, power-law).
- Present your results in a table like this:
| Data type | Parameter | Parameter | Measure of quality | 
| Original / Transformed | … | … | … | 
- Explain why you chose this type of curve, what each column means, and evaluate the quality of your fit.
- Then find an estimate of ChatGPT-5’s number of parameters (from reliable online sources) and use your fitted model to estimate its training power draw.
- Discuss how trustworthy your sources and estimates are.
B. Impact Discussion (20 marks)
- Using your findings from Tasks 1 and 2, discuss the potential social, environmental, and economic impacts of AI compute and energy costs.
- Make a logical, evidence-based argument using your results and datasets, and relevant external research.
- You can include your own reflections and opinions if they’re supported by data.
Goal: Show you can build a quantitative model, justify it, use it to make estimates, and discuss real-world implications.
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