Your Embedded Software Newsletter …

June 2022 – Issue #113

Dear *|FNAME|*,

Welcome back to the Embedded Bytes Newsletter, where we break down embedded systems one bite at a time!

Here are the article highlights for this edition:

There are also several events that will be coming up in the next few weeks, and months that you might be interested in participating in.

Free DesignNews CEC Series – June 20 – 24th, 2022: Embedded Software Design Techniques

Happy Coding,

Jacob

[email protected]

P.S. We’re currently hiring embedded software engineers. If you or someone you know is looking to join a dynamic team, please reach out to me by email.

Upcoming Webinars

How embedded software is designed and built has evolved over the last several years. Embedded systems are no longer simple disconnected systems, but powerful microcontroller-driven devices balancing connectivity, machine learning, and real-time control. In this course, we will explore how to design and build modern embedded systems that use microcontrollers.

Course Sessions Include Include:

Embedded Software Architecture 101
Designing RTOS-based Applications
Architecture Verification Techniques
Designing Quality into Embedded Systems
Software Configuration Management Techniques

Jacob’s Blog

Simple Tricks to Minimize “Crossed-Wire” PCB Rework

One of the most common issues I see with schematic and PCB layout is crossed wires. For example, the designer has connected the USART peripherals transmit line to the transmit line of the receiving device instead of the receiving line. The designer thought they had it right, but maybe each device specified what Tx and …

3 Tips for Avoiding “Reactive” Engineering

Over the years, I’ve noticed that engineering teams fall into two camps: reactive and proactive. As one might guess, the most successful teams are proactive. They identify potential problems before they occur and put into play a series of contingency plans that allow them to navigate the issues nearly seamlessly. On the other hand, reactive …

Embedded Systems Courses

This course includes seven lectures and labs that run approximately 1 – 1.5 hours long each.

The course sessions are:

Real-time Embedded Systems Concepts
Real-time Operating Systems
Managing Tasks and Threads (Part 1)
Managing Tasks and Threads (Part 2)
Task Synchronization Fundamentals (Part 1)
Task Synchronization Fundamentals (Part 2)
Managing Memory

To download the complete syllabus with the topics covered in each session, click here

If you have any questions, please contact [email protected]

Interested in learning more? Visit our website to find out more about Beningo Embedded, or check out our blog to see our entire article archive – read past articles, search by category, and much more!