Syllabus
Block 1: Introduction
Unit I: Introduction to Data Science
1 Introduction to Data Science
-
Overview of Data Science
- Introduction
- Evolution of data science
-
Role of a Data Scientist
- Work profile of a data scientist
- Career in data science
- Nature of data science
- Typical working day of a data scientist
-
Significance of Data Science in Agribusiness
- Importance of data science in agribusiness
2 Fundamentals of Analytics, Intelligence, and Machine Learning
- Fundamentals
-
Process of Business Analytics
- Typical process of the business analytics cycle
Unit II: Fundamentals of Research
3 Fundamentals of R and R Studio
- Fundamentals of R programming
- Basics of R Studio interface
- Overview of key R packages
4 Data Preparation and Transformation in R
- Data manipulations and transformations
- Handling missing values and imputations
- Normalization and standardization
- Creating and managing dummy variables
5 Data Visualization in R
- Basics of 2D data visualization techniques
- Introduction to 3D data visualization tools in R
6 Understanding the Machine Learning Analytical Cycle
- Basic architecture of the analytical cycle in machine learning
- Key components of an analytical process
7 Descriptive Analytics
- Overview of descriptive analytics
- Data manipulation and visualization
- Measures of central tendency and dispersion
- Measures of distribution and association
8 Inferential Statistical Techniques
- Hypothesis testing: t-test and F-test
- Analysis of Variance (ANOVA)
- Chi-square test
- Basic statistical modelling framework.
Block 2 Machine and Deep Learning
Unit I: Regression and Classification Models in Supervised Learning
9 Introduction to Supervised Learning
- Basic framework of supervised machine learning
- Overview of regression and classification models
10 Regression Models
- Linear regression
- Nonlinear regression
- Multiple regression
- Polynomial regression
- Quantile regression
11 Advanced Regression Techniques
- Lasso regression
- Ridge regression
- Stepwise regression
12 Classification Models
- Logistic regression
Unit II: Advanced Machine Learning Methods and Unsupervised Learning
13 Advanced Techniques in Supervised Learning
- Linear discriminant analysis
- Principal component analysis (PCA)
- Factor analysis
- Support vector machines (SVM)
- Naïve Bayes classifier
- Nearest neighbors
- Decision trees
- Random forest
- Ensemble methods
14 Model Validation and Improvement
- K-fold cross-validation
- X Gradient Boosting
15 Introduction to Unsupervised Learning
- Basic framework of unsupervised machine learning
- Concepts of clustering
16 Clustering Techniques
- K-means clustering
- C-means clustering
- Hierarchical clustering
17 Advanced Topics in Unsupervised Learning
- Hidden Markov models
- Forecasting models:
- AR (Auto-Regressive)
- MA (Moving Average)
- ARMA (Auto-Regressive Moving Average)
- ARIMA (Auto-Regressive Integrated Moving Average)
Unit III: Deep Learning and Applications in Agribusiness
18 Introduction to Deep Learning
- Basic framework of neural networks
- Types of neural networks
19 Advanced Neural Network Techniques
- Feedforward neural networks
- Backpropagation
- Recurrent neural networks (RNN)
- Convolutional neural networks (CNN)
- Reinforcement neural networks
- Concurrent neural networks
20 Deep Learning Applications
- Computer vision
- Object detection and localization
21 Optimization Techniques
- Gradient descent optimization for loss function
- Regularization methods: L1 and L2
22 IoT and Agribusiness Applications
- Introduction to IoT
- Applications of deep learning in agribusiness
23 Practical Applications Using R Studio
- Illustrations from agribusiness domains
- Practical exercises in R Studio
Course Highlights
Hands-On Focus: The course emphasizes practical, hands-on learning through real-world case studies and interactive exercises, ensuring students gain applicable skills in data science and analytics.
Flexible Tool Assignment: Students will work with a variety of tools such as Excel, R, Python, and SPSS, providing flexibility and adaptability to different analytics platforms.
Comprehensive Scope: The curriculum covers a wide range of topics, from foundational data science concepts to advanced machine learning techniques, ensuring a well-rounded understanding tailored to the agribusiness sector.