Algorithmic Finance Strategist

Python is the language more people learn to code with than any other, and for good reason. It reads like plain English, runs everywhere, and has a library for virtually anything you want to build. From AI to web development to scripting, Python is the starting point for most of what matters in software today.

• Machine learning models and AI applications
• Data analysis and scientific computing
• Web backends with Django and FastAPI

SQL is the language databases speak. You use it to retrieve exactly what you need from large stores of structured data, shape that data into something useful, and define the tables that hold everything together. Almost every application that stores information uses SQL under the hood.

• Querying and filtering data in relational databases
• Building backend data layers for web and mobile apps
• Reporting pipelines and business intelligence dashboards

The most advanced open-source relational database in the world. Handles complex SQL queries, stores rich data types, enforces data integrity, and scales to serious production workloads without a licensing fee.

• Storing relational data for web and mobile applications
• Complex queries with joins, aggregations, and window functions
• Storing JSON and running hybrid relational queries on it

Data structures and algorithms are the vocabulary of software engineering. You will learn how arrays, linked lists, trees, graphs, hash maps, and heaps actually work, when to use each one, and how to analyse the performance of your choices. These concepts underpin every technical interview and every piece of code that needs to perform well at scale.

• Time and space complexity analysis with Big O notation
• Core data structures: lists, stacks, queues, trees, graphs, hash maps
• Sorting and searching algorithms

Data without a clear visual is just numbers. Power BI is Microsoft's business intelligence platform for turning raw data into dashboards that people can actually act on. You will connect to data sources, write DAX formulas for calculated measures, design charts and reports, and publish interactive dashboards that non-technical stakeholders can explore without your help.

• Connecting Power BI to databases, Excel, and cloud sources
• Writing DAX formulas for calculated columns and measures
• Designing clear charts, tables, and summary cards