Our aim is to develop a high-throughput DNA transformation procedure that will become the standard transformation procedure for the BioFoundry Lab moving forward. First and foremost to accomplish this, the development of a Python protocol that will execute our transformation procedure within the OT-2 robot is needed. However, the existing transformation protocol involves spread plating with beads and traditional rocking incubation, which the OT-2 is incapable of performing. As such, we must also modify the existing procedure to be more amenable to the capabilities of the robot, replacing the spread plating with a spotting method and rocking incubation with aeration via pipette mixing. To perform our spotting method of plating, we had to design and construct a unique petri dish rack to hold the plate for our samples to be spotted onto. Our designs needed to resolve all of these issues simultaneously and in an economically and technologically feasible fashion.