Mobile System for Embedded Education and Design, is a system that is being designed, developed, and tested in order to act as an enhanced replacement for embedded systems design lab and lecture materials. Materials include instructional labs, as well as electronic components and sensors. The system takes advantage of the mobile computing, communication and sensing features of a tablet, and uses them in a manner that provides a hands-on learning experience comparable to traditional embedded systems lab experiences, while also maintaining the convenience of a portable system. The design and development of MSEED was motivated by the advancements and changes in engineering education. Since the early 2000s, there has been a decline in publisher sales and usefulness of traditional textbooks in engineering and technology courses (Carbaugh & Ghosh, 2005; Vahid, 2003). This is in part due to rising costs of print material, the exponential depreciation of textbook value after the first year the edition is introduced, increasing popularity of E-books and other electronic lecture material, and the inability for textbook revisions to be published at the rate at which technology is advancing. This has prompted a major change in the way that course information is being distributed and course activities are being conducted. This research focuses on the design, development, and testing of MSEED in reference to its ability to replicate and enhance the way traditional embedded systems design labs and class activities are conducted. In order to carry out tests, the system was used to design a steering wheel emulation device capable of controlling a computer driving game, Need for Speed: World. The results show that a lab/project implemented using a system composed of materials from a traditional embedded systems design course involving several embedded systems design topics can be duplicated with MSEED in a way that adds additional features while using fewer components and enabling system mobility. In addition, it was found that up to 18 embedded systems design topics can be covered using MSEED designs, B, C, and D. This means that embedded systems design activities can be done outside of the classroom without the need of large, heavy, tethered components.