Distributed wireless networks are transforming communication systems, enabling seamless connectivity across IoT, smart cities, and beyond. However, their decentralized nature and open communication ...

Meet with our distinguished faculty to identify which of our leading 50+ Master’s, 20+ PhD or 90+ graduate certificate programs fits your career goals. Interact with our current students to get a ...

Stevens dedicated a week to service, education and reflection, advancing Dr. Martin Luther King Jr.’s vision of justice, equality and a “beloved community” Stevens honored the legacy of Dr. Martin ...

Join the Chicago Alumni Network for a Happy Hour at Time Out Market Chicago! Connect and catch-up with fellow Ducks while enjoying great bites, drinks and lively conversation. Whether you're new to ...

Join us for the Second Annual Alumni Cross-Industry Networking Night, an evening designed to bring together Stevens alumni from all industries for meaningful conversations and professional connections ...

Located in the heart of the New York metropolitan area, our programs and resources connect you to the center of the financial world, Fortune 500 technology companies, and top research and government ...

Alumni Weekend 2025 promises to be an unforgettable celebration, reuniting graduates and their guests from around the world. This year’s lineup is packed with dynamic social gatherings, special ...

Many applications from camera arrays to sensor networks require efficient compression and processing of correlated data, which in general is collected in a distributed fashion. While ...

The algorithmic power of DNNs often comes at a high cost in terms of latency and energy consumption, posing significant challenges, especially in resource-constrained environments like AR/VR. AR/VR ...

Our vibrant campus sits across the river from New York City, opening the door to endless opportunity and adventure. There’s never a dull moment on campus — with fraternities and sororities, clubs, ...

The Diophantine problem in a group G, shortly DP(G), is decidable if there is an algorithm which, when given a finite system of group equations with coefficients in G, decides whether the system has a ...