Prototype: Synapse X1
Neural Edge Processor
7nm FinFET
RISC-V
Master AI-powered semiconductor engineering, intelligent microchip design, and advanced electronic systems from the ground up.
Design Smart ChipsA modular learning environment built for the next generation of hardware architects. We combine classical electronics with cutting-edge AI to accelerate your path from beginner to chip designer.
Learn how machine learning optimizes floorplanning, thermal mapping, and parasitic extraction in modern semiconductor workflows.
From firmware to bare-metal programming, master the integration of sensors, actuators, and real-time processing units.
Build a rock-solid foundation in logic gates, Verilog, RTL design, and synchronous systems used in every processor on Earth.
Explore neuromorphic architectures, edge-AI accelerators, and adaptive computing platforms that redefine performance.
Four intensive tracks designed to take you from fundamental physics to tape-out-ready silicon.
Device physics, fabrication processes, doping profiles, and cleanroom principles. Understand how transistors are born.
Architect neural processing units, systolic arrays, and memory hierarchies optimized for inference and training workloads.
Design low-power SoCs, RTOS kernels, and sensor fusion pipelines for robotics, automotive, and IoT applications.
System-level thinking: power delivery, signal integrity, PCB design, and high-speed interconnects for complex assemblies.
Prototypes, platforms, and core technologies developed by our emerging cohort of silicon architects.
Ready to start your silicon journey? Reach out through our secure interface.