Master the data science lifecycle from data acquisition to model deployment.
Implement exploratory data analysis and feature engineering techniques.
Apply machine learning algorithms and understand their strengths and limitations.
Build and evaluate NLP and deep learning models.
Work with real data in a project-based environment.
Machine learning model development
Model evaluation and tuning
Data wrangling and analysis
Python programming for data science
NLP and neural networks
Data visualization and storytelling
Master communications, collaboration, and problem-solving skills required for modern tech roles.
Practical experience in professional environments via mock interviews and real-world scenarios.
Learn how to effectively present and collaborate in team environments.
To succeed in this course, students should meet the following prerequisites:
● Arithmetic operations ● Algebra and
basic
equations
● High-school level probability and statistics
Introductory awareness of AI/Data Science concepts (recommended but not mandatory)
Basic knowledge of any programming language (Python is preferred but not mandatory)