Overview

This is the second course in the Siemens Expedite - Skills for Industry microcredential. In this course, the newly hired engineer will be introduced to Electronic Design Automation (EDA) and learn why understanding EDA is important, regardless of what field of engineering a person is entering. Although those in Electronic Engineering will be most familiar with EDA, this course will guide all engineering specialties in learning overall concepts and the practices companies use for their businesses.

Syllabus

The Foundations of Electronic Design Automation (EDA)

Welcome to the world of Electronic Design Automation (EDA), a transformative domain shaping the future of engineering design and innovation. No matter your engineering field or background, EDA will impact the way you design, develop, and innovate. This course equips you with foundational knowledge of EDA tools, explains their historical evolution, and outlines their key functions in modern engineering. You will explore the roles of semiconductors, integrated circuits (ICs), IC packaging, and printed circuit boards (PCBs) in electronic design, and learn how EDA tools enhance the accuracy and efficiency of the design process. Understanding the design flow is fundamental, as it provides a comprehensive framework for the development of all electronic systems. Additionally, this course examines EDA’s diverse applications, emerging trends, and environmental considerations, providing the insights needed to navigate today’s technology-driven landscape. Tyler, an enthusiastic NGenius team member, will be your guide. Ready to step into the world of electronic design?

The Building Blocks of Electronics

It's rather impressive that the electronics powering modern gadgets start from something as simple as sand. This begins with an opportunity to follow the journey of semiconductors from raw materials to the heart of everyday devices. You will get an inside look at the intricate processes of semiconductor fabrication and why these tiny components are the backbone of today's technology. From there, explore how packaging and printed circuit boards (PCBs) connect these chips to larger systems, creating the seamless and powerful electronics we rely on every day.

EDA in Action

EDA tools are essential in the design and manufacturing processes of industries like consumer electronics, automotive, and aerospace. You will discover the capabilities and comparative advantages of various EDA tools. You will also investigate the broader impact of EDA on different sectors and discover why it is a key driver of innovation today, making it valuable across engineering disciplines.

The Future of EDA

As your time on the 8th floor comes to an end, it is now time to look to the future of EDA, exploring the impact of AI, machine learning, and quantum computing to understand how these technologies can revolutionize the field. You will also consider the environmental challenges that accompany advancements in EDA, and learn the importance of sustainable practices from production to e-waste management. Before you go, you will review the diverse career opportunities within this dynamic and evolving sector.

EDA Explained Assessment

The impact of EDA is everywhere – it literally makes our world go round. While exploration of EDA has been brief, you should be well-prepared for the final assessment. It's time to put all that you've learned to the test.