Semester 1 - First Steps
Introduction to code, math and circuits. Build the essential framework
of computing with programming logic, science, mathematical modeling, and
systems thinking, across hardware and software and applications.
Semester 2 - Expanding the Toolkit
Complex mathematics, circuit design, and new languages. Connect theory
and practice by advancing your understanding of discrete math, digital
logic, OOP programming, and master the command line.
Semester 3 - Building Depth
Computational analysis, probabilistic reasoning, and sophisticated
circuit design. Master data structures, algorithms, and enterprise
development alongside stronger expertise in hardware.
Semester 4 - Theoretical Mastery
Explore limits and paradigms of computation through signal processing,
advanced hardware design, quantum mechanics, and database systems.
Gain the theoretical understanding required to transition into real-world
implementations.
Semester 5 - Specialization & Integration
Advanced linear algebra, telecommunications, AI fundamentals, low-level
architecture, full stack web development, and foundations of teaching.
Deepen your expertise across diverse domains, moving towards the more
advanced topics.
Semester 6 - Frontier Technologies
Graph theory, nanotechnology, machine learning, network architecture,
computer graphics, and ethics. A balance between theory, practice and
societal impact.
Semester 7 - Advanced Systems & Emerging Fields
Deep learning, synthetic biology, advanced networking, systems design,
parallel computing, and the history of computing. Move further into
the realm of computing.
Semester 8 - Security, Scale & Modern Infrastructure
Cryptography, distributed fault-tolerant systems, language design,
critical systems at scale, advanced algorithms, and IoT architectures.
Transform acquired theoretical knowledge into production-grade systems.
Semester 9 - Cutting-Edge Domains
Human-computer interaction, full-stack systems synthesis, blockchain
technologies, offensive security, quantum computing, and bio-nano devices.
Culminating expertise across computing's most advanced frontiers. Push
the envelope and think further.
More semesters coming soon...
Fourth Wall