
EEE356 - Data Analytics [R] (2025-2026 Spring)
Main Course
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Venue: D203, M2 Building
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Date&Time: 09:45-12:00 on Thursdays
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Objectives: This course aims to gain students insight and required skills related to data analytics containing R Programming, data wrangling, data visualisation, exploratory data analysis, and approaches to missing data.
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Textbook:
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Contents: Introduction to Data Analytics, Introduction to R Programming Language, Data Structures, Control Structures, Functions, Introduction to Data Visualisation, Data Transformation, Data Wrangling, Data Visualisation (ggplot2, Layers, Scales, and The Grammar), Exploratory Data Analysis, and Approaches to Missing Data.
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Course Documents
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Introduction to Data Analytics & Quarto Markdown & The Joy of Stats
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Hands-on Exercise: Case Study for Students (Deadline: February 25 and March 4, 2025)
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Hands-on Exercise: Q2 (a, b, c, and d) (Deadline: March 11 and 18, 2025)
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Hands-on Exercise: Q2 (e, f, g, and h) (Deadline: )
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Hands-on Exercise: Q3 (Deadline: )
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Hands-on Exercise: Q2 (a, b, c, d, and e) (Deadline: )
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Hands-on Exercise: Q3 and Q4 (Deadline: )
Laboratory
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Venue: Computer and Networks Lab, M3 Building
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Date&Time: 15:15-17:00 on Wednesdays
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Lab Documents
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Introduction to RStudio (Reference: Prof. Trevor Hastie, Statistical Learning)
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DataCamp Classrooms: Introduction to R
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DataCamp Classrooms: Introduction to the Tidyverse
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DataCamp Classrooms: Introduction to Data Visualisation with ggplot2
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DataCamp Classrooms: Exploratory Data Analysis with R
Exams
Announcements
The students are responsible to prepare a project presentation regarding data analytics by paying attention to the followings:
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Deadline: 20 May 2026 Wednesday before 23:59 (The presentations must be delivered till the deadline by e-mail [kasimzor@yahoo.com])
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Data set category can be freely chosen by the students according to their interests. But the data set must at least conform the following properties:
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Resolution (Temporal Granularity) <= 1-h
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Duration <= 1-y
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Number of Features <= 5
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Aim: One-step ahead forecasting by using Multiple Linear Regression (MLR) [Source] [Video]
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Performance and Error Metrics: R-squared (%), MAE (Unit), MAPE (%), and RMSE (Unit).
