Kurra Kamakshi

I’m an electrical and electronics engineering graduate-in-progress who enjoys turning real-world problems into working systems. I’m motivated by hands-on learning, from sensing and connectivity in IoT prototypes to power-related concepts like dynamic wireless charging and solar PV design.

Through projects, I built an AUTOMATIC ALERTING DOORBELL USING IoT, where sensors (PIR/ultrasonic) detect visitors, a controller processes events, and alerts are delivered through an internet-connected platform. I also developed an EV-dynamic wireless charging concept for roads using inductive power transfer—designed to enable charge-as-you-drive by transferring energy from embedded coils to an onboard receiver.

My internships strengthened both technical foundations and practical discipline. I completed a SOLAR PV PLANT DESIGN internship (8 weeks), a short-term ELECTRIC VEHICLE internship via SkillDzire, and an Embedded System Developer virtual internship supported by MICROCHIP—experiences that sharpened my engineering thinking, documentation habits, and ability to learn fast in structured environments.

I bring communication, teamwork, leadership, analytical skills, and time management to every assignment. I also enjoy upskilling through courses like AWS S3 basics and Excel, and I participate in college activities such as NSS and hackathons that reinforce my focus on embedded systems and IoT solutions.