This is a project course, where I design from the ground up a keyboard, that interfaces with the Latte Panda Mu, to connect to my home computer from anywhere in the USA. Over the course of 10 weeks, significant effort was made into the design for this project however, there were several hurdles along the way, and now, as I write this, this version of the project does not work. In chronological order, here are just a few of the errors I encountered. While performing a power analysis on the development board, an accidental movement caused two of the pins on the base of the dev board to become shorted, popping open the two 7 amp quick break fuses. Once the schematic was designed initially, it was found that several of the integrated circuits I had chosen to use were out of stock, so the schematic had to be reworked. Once the schematic was finalized, the layout proved to be a challenge due to the sheer number of components. When the time for ordering the PCB came around, several of the parts I had initially chosen in the layout phase were no longer in stock, requiring a fast rework of the entire project. After the parts had been picked and the board ordered from JLCPCB, manufacturing was started, and for reasons outside of my control, the board took upwards of the entire month to ship to me. As the production of the PCB took much longer than expected, the initial deadline was exceeded. When the board finally arrived, a few physical defects were unfortunately found, and it was too close to the deadline to perform any final testing. The board was delivered after 5 pm on Friday of spring break (3/28/2025). With the deadline so near, and the Oregon State University labs I would have used to initialize and debug the hardware of the system being closed over spring break, I find myself writing this final log. This is only the first revision of the project, and I am sure there will be more before I am satisfied. Unfortunately, this project must end on a sour note, as the final board delivered by JLCPCB was not operable. A case for the board was designed however, it was not manufactured due to the large material cost it would require, and seeing as the PCB does not work, it would be a waste of material. The entire project is open source and available on Github here: https://github.com/Astrid-Delestine/Remote-Access-Desktop-Terminal In short, the requirements were outlined at the start of the course as: 1. ) The R-DAT will have a custom-designed keyboard. [x] 2. ) The R-DAT will have an integrated custom battery design created for this project, not using any consumer parts. [x] 3. ) The R-DAT will have a water resistant enclosure [x] 4. ) The R-DAT will be able to operate using either usb power c power delivery, or via an internal battery. [ ] As the system does not operate, requirement 4 has not been met. The system was designed to utilize the USB C specification at 20v 2A and then step the voltage down to first 16.8 volts for the battery, then to 10v, 5v, and 3.3v for the peripherals and subsystems.