The Advanced Embedded Software Development course at CU Boulder culminates in a hands-on project where students design and implement systems using real hardware. Conducted over three one-week sprints following Agile Scrum methodology, the projects encourage innovation and practical application of embedded software principles. Requirements dictate that each project must either leverage Buildroot or Yocto to create an embedded device image.
Students have the opportunity to extend their projects for extra credit by proposing additional functionalities, documenting their work through how-to steps or creating pull requests to aid future cohorts. Noteworthy projects this semester include a Programmable Logic Seven Segment Clock, a Virtualized Embedded Media Controller built on a Raspberry Pi for both local playback and streaming, and an AI Tutor utilizing a hybrid model for generating user answers.
Additional projects demonstrate diverse applications and problem-solving approaches such as developing a household temperature control system, implementing a secure boot mechanism with kernel updates, and designing a compressed virtual block device driver using the LZ4 algorithm. These practical implementations showcase the students’ competencies in managing intricate challenges in embedded systems, preparing them for real-world applications in technology and innovation.
What is the focus of the Advanced Embedded Software Development course?
The course emphasizes hands-on projects using real hardware, embodying principles of embedded software development.
What methodologies are used in the course's project planning?
Projects are organized utilizing Agile Scrum methodologies, consisting of three one-week sprints.
Can students pursue extra credit during the course?
Yes, students can submit proposals for extra credit through additional project work, which may include sharing documentation for future classes.
How can Metaistic help with embedded software development?
Metaistic can assist in embedded software development by providing consulting services, guiding system design, and helping with integration of hardware and software components.
