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Assignment 3 - Data Integration and Solving Engineering

Problems : Details

Overview

Task description:

The task consists of two parts:

In Part A you will use Python and Pandas to integrate multiple data sources and to employ algorithm design skills to solve a real engineering challenge.

In Part B you will explore and present an example of computing and data being put to work. In high-level terms, we want you to find and investigate a situation where computing and data are being used to solve problems or design solutions, then describe the underlying algorithm or computational method to us as a short (1-2 page) case study, using the elements of “motivation”, “materials” and “methods” like case studies presented in class.

Unit Learning Outcomes assessed:

ULO 1: Create your own software - you will learn a programming language and how to design and implement simple algorithms.

ULO 2: Manipulate engineering data flexibly and efficiently by creating your own scripts and simple programs to handle the specific tasks.

ULO 3: Invent creative approaches to solving engineering problems by creating your own software.

ULO 4: Ensure software is correct, clear and maintainable by applying introductory level software development principles and processes.

What you need to do

Part A (30 marks)

The detailed instructions for Part A can be found in the following two links.

This link opens a skeleton .ipynb file with markdown instructions but without expected results included. You should use this file for to create your solution for Part A.

Open Part A in jupyter

This link opens a HTML file that contains the same markdown instructions, but with the expected results for each task included:

Part A - expected results.htmlLinks to an external site.

Part B (10 marks)

This link opens a skeleton .ipynb file with markdown instructions. You should use this file to generate a PDF report for Part B.

Open Part B in jupyter

Exemplar Case Study for Part BDownload Exemplar Case Study for Part B

Video Instructions for Part B

What to submit

A Jupyter notebook file (.ipynb) for part A and a PDF report for part B (generated from the provided .ipynb notebook).

Go here to submit: EGB103 Assignment 3 - Data Integration and Solving Engineering Problems : Submission

Feedback:

Under normal circumstances, you will receive marks for each criterion via a Canvas rubric within 10-15 working days of submission. Click on Grades to see your results. Usually the reason for each choice of mark is self-evident, the marker will include some written feedback about your performance. You should use this feedback to strengthen your performance in the next assessment item. 

Moderation:

All staff who are assessing your work meet to discuss and compare their judgements before marks or grades are finalised.