In my third semester, I embarked on a diverse set of projects that expanded my technical skills across different domains of electronics and embedded systems. In the Digital Experiment Lab, I explored the intricacies of digital logic, enhancing my understanding through practical experiments. Simultaneously, in the Analog Electronics Lab, I undertook the challenge of designing a regulated power supply tailored to specific requirements, which honed my abilities in circuit design and power management. Additionally, in the ARM7 segment, my project focused on 7-segment shifting, where I applied my knowledge of microcontrollers to create dynamic displays, further enriching my expertise in microcontroller programming and interfacing. This semester was pivotal in providing me with a well-rounded experience in both analog and digital electronics, as well as microcontroller applications.
In my third semester, I embarked on a diverse set of projects that expanded my technical skills across different domains of electronics and embedded systems. In the Digital Experiment Lab, I explored the intricacies of digital logic, enhancing my understanding through practical experiments. Simultaneously, in the Analog Electronics Lab, I undertook the challenge of designing a regulated power supply tailored to specific requirements, which honed my abilities in circuit design and power management. Additionally, in the ARM7 segment, my project focused on 7-segment shifting, where I applied my knowledge of microcontrollers to create dynamic displays, further enriching my expertise in microcontroller programming and interfacing. This semester was pivotal in providing me with a well-rounded experience in both analog and digital electronics, as well as microcontroller applications.