Zerina Kapetanovic
Electrical Engineering
Stanford University
About Professor Zerina Kapetanovic
Zerina Kapetanovic serves as an Assistant Professor in the Department of Electrical Engineering at Stanford University, an institution globally recognized as an epicenter for technological innovation and interdisciplinary excellence. Stanford’s Electrical Engineering program consistently ranks among the most prestigious in the world, fostering a collaborative environment where cutting-edge theory meets transformative practical application. As a key member of this academic community, Dr. Kapetanovic holds courtesy appointments in Computer Science and Geophysics, reflecting the department's commitment to cross-disciplinary synergy. This vibrant ecosystem, supported by initiatives such as SystemX and the Wu Tsai Human Performance Alliance, provides an unparalleled platform for pioneering advancements in modern engineering.
🧬Research Focus
Dr. Kapetanovic’s research focuses on the intersection of low-power wireless communication and large-scale IoT systems. Her work addresses the critical challenge of developing energy-efficient devices capable of operating reliably in diverse, real-world environments. By optimizing embedded sensing and edge computing, her lab aims to create intelligent systems that minimize power consumption while maximizing data utility. These innovations are essential for the next generation of networking infrastructure, enabling sustainable deployments in fields ranging from environmental monitoring to precision agriculture. Her expertise in low-power devices ensures that these technologies remain resilient and scalable, bridging the gap between hardware limitations and the growing demands of global connectivity.
🎓Student Fit & Career
Prospective PhD students who thrive under Dr. Kapetanovic’s academic mentorship typically possess a strong foundation in hardware-software co-design and a passion for experimental validation. Ideal candidates for her lab are proactive problem-solvers who enjoy navigating the complexities of system-level design and are eager to engage in high-impact graduate research. Students working in this domain develop a versatile skill set that spans wireless networking and embedded system architecture. Upon completing their studies, these researchers are well-prepared for leadership roles in both academia and the technology industry, contributing to the evolution of smart infrastructure and the future of intelligent, connected devices.
Research Areas
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