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BTY587 — Data Analysis And Simulations

Course Overview

BTY587 3 Credits L:2 T:0 P:2
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This course covers data preprocessing, visualization, statistical analysis, frequent pattern mining, and machine learning techniques including supervised, unsupervised, and deep learning methods applied to real datasets, particularly in biological and healthcare contexts.

Unit 1

Data preprocessing and visualization

Unit 2

Data analysis

Unit 3

Mining frequent patterns

Unit 4

Machine learning-1

Unit 5

Machine learning-2

Unit 6

Artificial neural networks

Continuous Assessment

3 components

Best 2 of 3 CAs will be considered for evaluation.
Test 50%

Test 1 will assess students' conceptual understanding and practical application of the topics covered in Units I and II. It will include MCQ and application-based questions on data preprocessing, visualization, dimensionality reduction, hypothesis testing, chi-square test, t-test, ANOVA and interpretation of p-values.

Week 4 / 5

Rubric
To enable students to preprocess, clean and visually explore datasets using appropriate plots and dimensionality-reduction techniques also to apply and interpret statistical tests, hypothesis testing

Project 50%

Students will select a relevant biological or healthcare dataset and complete data cleaning, visualization, statistical testing, association/correlation analysis and basic supervised or unsupervised machine-learning analysis. The project must be completed strictly within time line and submitted as a structured research report containing methodology, results, graphs, interpretation, conclusion and references.

Week 10 / 11

Rubric
To enable students to independently apply data preprocessing, visualization, statistical analysis, pattern mining and basic machine-learning techniques to solve a research problem using a real dataset

Test - Code based 50%

Students will be provided with a dataset and required to write and execute code for data cleaning, visualization, statistical testing, correlation or association analysis, classification, regression, clustering and model evaluation. Assessment will be based on appropriate technique selection, code correctness, successful execution, output interpretation and completion within the prescribed time.

Week 11 / 12

Rubric
To test students' subject knowledge and provide an opportunity to improve their CA performance in case of low marks or a missed CA. To assess students' ability to write, execute and interpret code

Exams & Practice

Mid Term Examination

Mid-semester comprehensive evaluation

20%

End Term Examination

Final semester comprehensive evaluation

50%

Type: Examination

BTY587 - FAQs

How many units are in BTY587?

BTY587 has 6 units. Each unit includes detailed notes and MCQ practice questions.

What exam resources are available for BTY587?

Unit-wise notes and MCQ practice are available. Exam resources coming soon.

How to prepare for BTY587 exams?

Study each unit's notes thoroughly, practice MCQs to test understanding, and attempt mock tests before exams. Focus on important topics and previous year questions.