What you will learn:

Master programming fundamentals: Learn core programming concepts such as variables, data types, control flow, functions, and modules in both Python and R.

Wrangle and analyze data: Effectively manage and manipulate your scientific data using file handling techniques in Python and data manipulation methods in R.

Perform statistical analysis: Utilize libraries like NumPy and SciPy in Python, along with core R functionalities, to conduct essential statistical analyses

Create informative visualizations: Craft compelling graphs and plots to communicate your research findings clearly using libraries like Matplotlib in Python

Explore Artificial Intelligence applications: Gain an introduction to AI, including deep learning techniques and their application to scientific research

Apply your skills to real-world problems: Put your newfound knowledge into practice by working through case studies that address various research scenarios