In Embedded Course, students learn methodologies and practical knowledge regarding testing, creating, integrating, and implementing software for advanced embedded systems. Students also gain experience on the state-of-the-art principles and practices used in modern embedded systems development environments like C++ and Java programming languages, multi-threading techniques, and real-time operating systems (RTOS) such as FreeRTOS or ThreadX, etc. As these areas are complex topics in their own right, it can be difficult to gain a clear understanding of them without practical experience.
What is an Embedded system?
An embedded system is any system that has been built with hardware to run the software. For example, there are many different types of consumer products that rely on embedded systems like your car, home appliances, and smartwatches. Embedded systems help provide the core functionality of these devices. These programs will typically be written in C or Assembly language. The programs will also be compiled before being used in the embedded system which includes testing the program for errors before it is run. In most cases, embedded systems need a programmer who understands the languages and technology required for this type of work. They have to make sure that they are up-to-date with the latest advancements in this field because much progress has been made in recent years.
What skills can I develop?
The knowledge and skills that you’ll gain from taking an embedded systems course will be applicable in many different aspects of your career. For example, if you are a programmer at a company, knowing about embedded systems will allow you to better understand the needs of the project managers and clients on your team and solve more difficult problems. If you are a manager, understanding how embedded systems work can help you determine which projects to take on as well as when it’s time to hire new engineers. Even if you’re not working in software engineering or development, being able to apply knowledge of embedded systems can help you make important decisions within your organization or institution. Take my colleague who is a Director of IT: he used his knowledge of embedded systems to implement a system that saved over $30,000 per year! He was able to create a much cheaper solution than what the original proposal had offered because he knew exactly what would work best with our infrastructure. Plus, by using his own knowledge of code and embedded systems, he was able to fix some glitches that were causing other techs lots of headaches–saving them even more time! He has since recommended this same setup for another school district and says that this skill has given him an edge in this competitive industry.
How can I incorporate Embedded into my current job?
If you’re looking to continue your education with a post-baccalaureate or graduate degree, our specialized CS concentration in Software Engineering and Computer Science prepares you for careers in software development, quality assurance, project management, information security, and other IT fields. Graduates from the program work as system engineers or software developers at the cutting edge of technology. They are sought after by top employers because they can apply their technical skills in areas such as data analytics, artificial intelligence, network engineering, and cloud computing.
What will I gain from taking this course?
Training in Embedded Course will provide you with real-world coding experience and hands-on project work to further your expertise in this valuable field. You will learn the methodology of testing, creating, integrating, and implementing software for advanced embedded systems with the goal of enhancing performance. Students who take this course are one step closer to their dream career as they learn skills that will be invaluable once they enter the workforce.
The program features a wide range of high-quality coursework that includes: assembly language programming, C programming, computer architecture and organization, hardware interfacing design (GPIOs), digital signal processing (DSP), network communications protocols, integrated circuits, and packaging techniques. These topics offer detailed instructions on all aspects of embedded systems engineering.
From designing microcontroller-based devices to developing and understanding complex hardware, these topics cover it all! As well as hands-on projects, students have access to industry experts such as engineers from Lockheed Martin and IBM. In addition to learning new skill sets within this niche area, students can also gain internships or jobs with these highly regarded companies through the connections made through Embedded Systems Courses.
