Foundations of Semiconductor & Digital Design builds core knowledge in CMOS technology, logic gates, digital circuits, timing concepts, and VLSI basics essential for advanced chip architecture.

Computer Architecture & AI Fundamentals covers processor design, memory hierarchy, parallel computing, and core AI concepts to build efficient, high-performance intelligent systems.

AI Accelerator & NPU Architecture focuses on designing high-performance neural processing units, optimizing MAC arrays, memory bandwidth, and parallel dataflow for efficient AI computation.

Verification & Agentic RTL Development focuses on building robust testbenches, functional coverage, and AI-driven RTL automation to ensure reliable, high-quality chip design and faster verification closure.

This module equips you with industry-relevant tools required for AI chip architecture, intelligent RTL development, and autonomous EDA orchestration. You gain hands-on expertise in programming, hardware description, machine learning, and physical design automation to build next-generation semiconductor solutions.

Physical Design & Timing Fundamentals covers placement, routing, clock tree synthesis, static timing analysis, and timing closure techniques to ensure optimal performance, power efficiency, and reliable silicon implementation.