Browse our rigorous 2-year technical courses across Computational Theory, Applied Mathematics, and Physical Science. Search by keyword, course code, or lab topic to explore syllabi and project deliverables.
Filter by degree track or search across course descriptions, core topics, and hands-on lab deliverables. Click any course to inspect its full syllabus breakdown.
Examines classical digital logic, finite state machines, Turing machines, and custom CPU architecture from the transistor level up.
Custom CPU Designing in hardware description and simulation.
Challenges conventional binary assumptions by exploring analog, optical, reversible, and quantum-inspired computing paradigms.
Alternate Methods Research prototype and benchmark report.
Teaches students how to translate abstract physical, logical, and algorithmic hypotheses into high-speed computational simulations.
Interactive multi-variable system simulator.
Covers Shannon information theory, entropy, modern symmetric/asymmetric ciphers, and post-quantum cryptographic resilience.
Cryptography Development & Live Campus Hackathon.
Focuses on formulating differential and asymptotic approximations to analyze real-world engineering systems near critical thresholds.
Numerical Instability & Boundary Failure Lab.
Traces how breakthrough mathematical tools—from non-Euclidean geometry to imaginary numbers—were invented when existing frameworks hit dead ends.
Make an Alternative Method to a Current Math Concept.
Investigates nonlinear dynamical systems, strange attractors, multi-agent strategic equilibria, and emergent macro-behaviors.
Mathematical Modeling & Physics Simulation Fair entry.
Explores optimization over function spaces, Euler-Lagrange equations, and functional operators used in advanced physics and control systems.
Optimal Trajectory & Energy Minimization Solver.
Pushes classical mechanics, electromagnetism, and thermodynamics to structural and energetic extremes to test theoretical boundaries.
Extreme Trebuchet Lab & structural failure telemetry.
Examines molecular bonding, reaction kinetics, and novel material synthesis to engineer compounds with extreme thermal or structural properties.
Materials Experimentation Research & Synthesis Lab.
