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Local Chapter project

Predicting Students' Performance Using Machine Learning Models

Data VisualizationMachine LearningData
Start date
August 25, 2022
Finish date
October 25, 2022
Project status
completed
Predicting Students' Performance Using Machine Learning Models

Challenge background

Student performance has been a global concern since it is influenced by a variety of causes and environments that vary by place. Student performance in certain places might be influenced by regional difficulties for a variety of reasons. Machine learning can be used to determine whether a student’s performance is poor or high, and it can also provide solutions by comparing low-performing students to high-performing students and observing what each of them accomplishes differently. Different prediction models will be used to guarantee that each model’s accuracy is adequate.

Project timeline

  1. 1

    Week 1

    Data Collection (pre-week 1 even)

    Data Pre-Processing

  2. 2

    Week 2

    Data Pre-Processing

  3. 3

    Week 3

    Exploratory Data Analysis

    Modelling

  4. 4

    Week 4

    Modelling (cont)

  5. 5

    Week 5

    Possible deployment into API

  6. 6

    Week 6

    Visualisation and publication

  7. 7

    Week 7

    Visualization and publication (cont.)

  8. 8

    Week 8

    Visualization and publication (cont.)

What you'll learn

1. Collection of data 2. Pre-processing of Data 3. Exploratory Data Analysis 4. Modelling 5. Model deployment into a possible API 6. Visualization and Publication

Get involved

What to expect from a Local Chapter project

First project

  • Welcomes beginners and experienced practitioners.
  • Focuses on education and collaborative delivery.
  • Produces open-source project work.

Benefits

  • Address a significant real-world problem with your skills.
  • Build your project portfolio.
  • Demonstrate your work to organizations and project partners.

Requirements

  • Working English communication.
  • A learning mindset.
  • Commitment to collaborative project work.