Coursera - Chip based VLSI design for Industrial Applications Specialization

Master FPGA Design for Industrial Application. Master FPGA architecture, VHDL programming, and IoT integration for industrial applications, unlocking career opportunities in digital design
What you'll learn
Explore digital design basics, Boolean algebra, logic gates, circuits, memory types, and PLDs, gearing you for diverse VLSI challenges.
Master CMOS VLSI design, analog/digital circuits and their implementation with Electric VLSI EDA Tool & LTspice, ensuring industry proficiency.
Master FPGA architecture, sensor interfacing, digital protocols and real-time applications with Xilinx Vivado for industrial automation & IoT roles.
Skills you'll gain
Control Systems
Semiconductors
Electronics
Embedded Systems
Electrical Engineering
Serial Peripheral Interface
Electronic Hardware
Internet Of Things
Computer Architecture
Application Specific Integrated Circuits
Low Voltage
Hardware Design
Specialization - 4 course series
Embark on a transformative exploration into the dynamic field of Very Large-Scale Integration (VLSI) Design. Unravel the intricacies of semiconductor technology and chip design, delving into the multifaceted world of VLSI with real-time facets of designing integrated circuits. Our comprehensive course structure covers essential topics such as digital design fundamentals including Boolean algebra and logic gates, combinational circuits and arithmetic logic for binary operations, sequential circuits and state machines for designing complex systems, memory and programmable logic for advanced functionalities, VLSI chip design and simulation using Electric VLSI EDA Tool with a focus on CMOS technology and IC design principles, VHDL programming using Xilinx ISE for digital circuit design and analysis, and FPGA architecture for industrial applications using Vivado with hands-on experiences in designing digital logic circuits, interfacing sensors and communication protocols (RS232, SPI, and I2C) and implementing IoT solutions. This ensures a holistic understanding and practical skills in VLSI, chip design, VHDL programming, and FPGA-based system design for industrial innovations.
Applied Learning Project
Through comprehensive training, learners will develop proficiency in VLSI chip design, VHDL programming, FPGA architecture, and industrial automation. This knowledge equips them for diverse roles in semiconductor design and FPGA-based applications across various industries. They will possess the skills needed to tackle challenges in digital system design, embedded systems, and IoT integration, enabling them to contribute effectively to technological advancements and innovation in the field.
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