Bluetooth Operated Arduino Car
Prior to transferring to CU Boulder in the Spring of 2023, I had little to no "hands on" engineering experience. I took it upon myself to apply my background knowledge in physics and mathematics to design a bluetooth operated robotic car. Through techniques learned through prior coursework as well as participation in workshops, I was able to design and build a fully functioning robotic vehicle completely from scratch, and become proficient in the necessary techniques to do so. Sub-Projects include: framework designed in Solidworks CAD software, 3D printing of framework, breadboard circuitry, CPU programming (Arduino), and component configuration and assembly.
Prior to transferring to CU Boulder in the Spring of 2023, I had little to no "hands on" engineering experience. I took it upon myself to apply my background knowledge in physics and mathematics to design a bluetooth operated robotic car. Through techniques learned through prior coursework as well as participation in workshops, I was able to design and build a fully functioning robotic vehicle completely from scratch, and become proficient in the necessary techniques to do so. Sub-Projects include: framework designed in Solidworks CAD software, 3D printing of framework, breadboard circuitry, CPU programming (Arduino), and component configuration and assembly.
Arduino Controlled Robotic Car