Biomedical Engineering
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I am a highly motivated and passionate Bioengineering student at the University of California Riverside, with a strong foundation in mechanical and electrical engineering. Through hands-on projects such as developing an EMG-controlled bionic hand and creating real-time ECG monitors, I have honed my skills in programming, circuit design, and prototyping. As the founder of a 3D printing business, I have gained valuable experience in product design, customer engagement, and managing a startup. I thrive on solving complex problems and am eager to apply my knowledge to real-world challenges in both the engineering and technology fields. My goal is to contribute to impactful projects that bridge the gap between technology and healthcare, while continually growing as a professional.
I have a diverse background in bioengineering, with hands-on experience in product development and customer engagement. As the founder of a 3D printing business, I designed and prototyped custom products for Arduino, Raspberry Pi, and other tech applications, gaining experience in Fusion 360, prototyping, and e-commerce. Additionally, as an EMT, I’ve developed strong communication and problem-solving skills while managing patient care and ensuring transport stability. My academic projects, including creating a bionic hand and ECG monitor, have provided me with practical knowledge in programming, electronics, and biomedical engineering.
I am currently pursuing a Bachelor’s degree in Bioengineering and Biomedical Engineering at the University of California, Riverside, where I have maintained a strong GPA of 3.70. My coursework and projects have provided me with a solid foundation in mechanical and electrical engineering principles, with a focus on developing innovative solutions for biomedical applications. Notable projects include designing a bionic hand prototype using EMG signals and creating an Arduino-based ECG monitor, both of which strengthened my skills in programming, circuit design, and hands-on prototyping.