Monitoring Vital Signs with Radars and AI, Not Wires
Stevens works with Autonomous Healthcare to develop NASA-supported technology that monitors heartbeat and breathing with radar, cameras and algorithms.
Stevens works with Autonomous Healthcare to develop NASA-supported technology that monitors heartbeat and breathing with radar, cameras and algorithms.
How Stevens is partnering with America's lead space agency to examine climate change, monitor astronauts, develop planetary roving and landing technologies... and more.
Developed by a team of software and computer engineers, IntelliVeggie combines a smart sensor network with AI harvestability and disease-detection technology to support the small farmer.
Newest U.S. News & World Report rankings place the Department of Electrical and Computer Engineering as a national leader, with the electrical engineering program jumping up 10 places, and the computer engineering program jumping up four.
Stevens team of researchers, led by associate professor Negar Tavassolian, uses millimeter-wave imaging to slash rate of unnecessary biopsies.
The power grids that light and power our homes and business are evolving to become more reliable and equitable. Stevens researchers are helping engineer that future.
As one of the first in the nation, the Department of Electrical and Computer Engineering at Stevens has a long legacy of innovation and discovery.
The community of internationally recognized researchers and faculty who make up our department are dedicated to conducting cutting-edge research and educating the next generation of electrical and computer engineering leaders.
We work diligently to provide a student-centric learning environment with a variety of opportunities, including research experience, accelerated graduate degrees, co-op, internship, and study abroad programs. Our students are immersed in a learning environment that focuses on problem-solving skills development for real-world applications like sensing, communications, robotics, machine intelligence, mobile computing, information security, renewable energy, and heterogeneous computer architectures.
Learn more about the leading-edge research happening in our department →
Annual Research Funding
Computer engineering master's program ranking by TFE Times (2021)
Master's graduate employment rate within three months of graduation
Average Starting Salary of Master's Graduates
AISecLab promotes top-tier research on analytics and information security for complex systems.
SMARTLab pursues engineering applications and trains future-generation professionals in signal processing, machine learning, robotics, and automation systems.
WiMoLab provides resources for exploration of advances in wireless communications and mobile computing, including performance analysis and experimentation.
HUDSONLab addresses fundamental challenges in hardware/software codesign closely related to future chip design, artificial intelligence, data science and IoT.