S1XT33N

S1XT33N is a robot car designed as part of the EECS 16B course at UC Berkeley, capable of listening to voice commands and driving on pre-defined paths. The development process involved mastering various lab equipment and creating an op-amp circuit. Key features include voice command recognition, an inverting amplifier with an offset, and LEDs at input and output nodes for behavioral observation. The project required extensive breadboarding and debugging, utilizing negative feedback in op-amp circuits to ensure linear performance and reliability. This project showcases my ability to handle complex systems, apply theoretical knowledge to practical scenarios, and work through the design, implementation, and debugging phases. S1XT33N is a testament to my proficiency in electronics and embedded systems, highlighting my readiness for challenges in the field of robotics and automation.