In the fast-evolving world of semiconductor design, SystemVerilog has emerged as the industry-standard hardware description and verification language. If you aim to build a successful
In the world of VLSI design, ensuring a chip functions correctly after fabrication is just as important as designing it. That’s where DFT (Design for
As modern chips become more complex and power-hungry—driven by AI, IoT, and mobile computing—low power VLSI design has become a critical priority across the semiconductor
In today’s digital world, nearly every smart device—from smartphones and EVs to wearables and IoT sensors—is powered by custom-designed chips, also known as ASICs (Application-Specific
As VLSI chips become faster, smaller, and more power-efficient, one often overlooked factor can make or break a design: Signal Integrity (SI). Whether you’re designing
If you’re starting your journey in VLSI design, one term you’ll hear again and again is STA – Static Timing Analysis. It’s a core concept
The tech industry is undergoing a major shift—and embedded engineers are at the center of it. With the rapid rise of the semiconductor industry, many
The VLSI (Very Large Scale Integration) industry is booming. With the rise of AI, EVs, 5G, and smart devices, semiconductor companies are investing billions in
In today’s electronics-driven world, power consumption is one of the most critical constraints in chip design. From smartphones and IoT sensors to AI accelerators and
FPGA design is often the first step in a VLSI engineer’s journey—but if you’re looking for long-term career growth, moving to ASIC design is the
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Everything that I learned at Kempbelle University really helped put me above the competition in the field of business management.
Alyssa Watson
BA Business Management
