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Beijia Zhang

Dr. Beijia Zhang is an assistant leader of the RF Technology Group. Her areas of expertise include systems analysis, unmanned aerial vehicles, geolocation and direction-finding systems, novel search algorithms, fundamental electromagnetics, rapid prototyping, and strategic planning. In her current role, she oversees many of the RF Technology Group’s collaborative efforts with other research areas, and helps develop programs for applications in space and in other unique domains.

As a technical staff member, Zhang initially worked on ground-penetrating radar technology. She holds two patents and coauthored several papers on this work. She also designed architectures for large systems of air vehicles to enable persistent remote sensing. She later progressed to leading rapid development, integration, and field-testing efforts for several unmanned aerial vehicle-based sensors.

From 2015 to 2017, she served as an Associate Technology Officer within the Director’s Office and took part in the strategic investment of the Laboratory’s internal funds. She also led the planning and organization of the Laboratory’s annual Technology Office Challenge. During this tenure, she served on the funding boards for the MIT Deshpande Center and the MIT Sandbox program, and fostered new relationships between the Laboratory and MIT campus.

Zhang is a member of the honor societies Tau Beta Pi and Eta Kappa Nu. From MIT, she received her SB, MEng, and PhD degrees in electrical engineering and computer science, with a primary focus on electromagnetic phenomenology with applied machine learning.

Courses taught by Beijia Zhang

Microelectronics and Hardware Development 2025

2025

This course will provide students with an overview of how microchips, PCBs, and hardware systems are made and how they run the world.  Students will receive hands-on experience on how to design and implement hardware systems using microcontrollers and develop . . .

  • Free
  • Feb 03, 2025
  • 43 Weeks
  • 2025
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Microelectronics and Hardware Development 2024

2024

This course will provide students with an overview of how microchips, PCBs, and hardware systems are made and how they run the world.  Students will receive hands-on experience on how to design and implement hardware systems using microcontrollers and develop . . .

  • Free
  • Feb 01, 2024
  • 87 Weeks
  • 2024
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