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Tracks
Deep dive into professional roadmaps designed for engineers and scientists.
C Programming Mastery
Master the foundations of systems programming, memory management, and low-level computer science with C.
Modern C++ Programming
Master systems programming with modern C++: from fundamentals to C++23, including templates, concurrency, and advanced metaprogramming.
Git and Distributed Version Control
Master the art of version control with Git. From basic workflows to advanced branching strategies and internals used in professional DevOps environments.
Machine Learning
A mathematical and algorithmic journey through the systems that learn from data, from linear models to deep neural architectures.
Abstract Algebra
Groups, rings, fields, and the structures of mathematical systems.
Calculus & Analysis
The study of continuous change, from limits to multivariable calculus.
Discrete Mathematics
Combinatorics, graph theory, and discrete structures.
Mathematical Foundations
Logic, sets, and the axiomatic basis of mathematics.
Linear Algebra
Vectors, matrices, and the geometry of linear spaces.
Probability & Statistics
Probability theory, statistical inference, and data analysis.
Geometry & Topology
Differential geometry, topology, and the shape of mathematical spaces.
Operating Systems Internals
A comprehensive journey from OS fundamentals to the architecture and history of modern systems like Windows, macOS, Linux, and BSD.
Philosophy
A deep dive into the fundamental nature of knowledge, reality, and existence, from ancient wisdom to contemporary thought.
Python for Scientific Computing
A comprehensive journey through Python, focusing on data science, symbolic math, machine learning, and high-end scientific visualization.
Software Engineering & OOAD
Master software engineering principles, Object-Oriented Analysis and Design (OOAD), and advanced testing methodologies.
Team Dynamics & Leadership
An advanced study of organizational psychology, leadership frameworks, and systemic collaboration in high-performance engineering environments.
UML Design
Learn to model software systems using Unified Modeling Language.