Electrical & Computer Engineering

ulkuhan
chip
Alex

WPI's Electrical and Computer Engineering (ECE) Department, located in historic Atwater Kent Laboratories, is a community of world-class faculty and students conducting research on diverse subjects including machine learning, cryptography and information security, signal processing, autonomous vehicles, smart health, prosthetic control, analog and digital microelectronics, and wireless information networks. We have a strong tradition of making significant contributions to science and engineering, ranging from the invention of the negative feedback amplifier to laying the foundations of the first wireless local area networks.

Through our innovative Theory and Practice curriculum, hands-on laboratories, and project-based learning, the ECE Department continually strives to develop the next generation of engineers who will develop new technologies and seek creative solutions to society’s most pressing problems. We pride ourselves on our culture of creative scholarship; faculty, students, and staff work closely together and encourage each other through challenges both in the classroom and in life.

CONTACT
Location: Atwater Kent Laboratories
Phone: 508-831-5231

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StateTech
Physical Security, Hardening and Access Control at the Network’s Edge

Securing edge servers and edge data centers requires measures to protect against physical and environmental threats; and dangers from bad actors seeking to tamper with them. Shahin Tajik, assistant professor of electrical & computer engineering, shared his thoughts in StateTech on how to protect critical devices from vulnerability. 

Techopedia
Top 8 Tech Trends That Will Shape the World in 2025

Techopedia asked experts to weigh in on their expectations for new developments in technology in the new year. Alexander Wyglinski, professor of electrical and computer engineering and associate dean of graduate studies, shared insight on the potential applications of the rise of 6G technology, including remote health monitoring, information sharing among vehicles, virtual reality, and augmented reality.

 

Boston Globe
With towers destroyed, Hurricane Milton is a real-time test for satellite cell service

Recent hurricanes are putting the spotlight on ways to address disaster-related cell phone service outages. Some providers are turning to space, leveraging satellites to keep customers connected. Professor Alexander Wyglinski, in the department of electrical and computer engineering, provided analysis on satellite-to-cell systems, including potential benefits and challenges, for this article in The Boston Globe.

WPI Enables More Accurate, Non-Invasive, and Remote Patient Monitoring with Cadence

Embark on an enthralling exploration at the crossroads of academia and industry, where Cadence Design Systems highlights the pioneering research of WPI ECE Professor Ulkuhan Guler and UMass Chan Medical School Pediatric Dr. Lawrence Rhein in the exclusive "Designed with Cadence" series.

Spotlight on Engineering: Hardware Security Research

Patrick Schaumont, professor of electrical and computer engineering, is an expert in hardware security. As part of the Vernam Lab, where several key experts are working on various perspectives of secure system design, he aims to develop designs and prototypes and methods and tools. Partnering with WPI experts in this field can help industry collaborators transfer their own ideas into viable products.

Wireless Sensors for a New Prosthetics Device

Professor Ted Clancy, a local prosthetics company, and an occupational therapist with limb absence have teamed up to develop wireless sensors to improve the performance of prosthetics for individuals with upper limb amputations. “This wireless sensor technology will have a major impact for individuals with limb absence and allow them to control their hand and wrist prostheses,” said Clancy, professor of electrical and computer engineering.

Learn more about the wireless sensors

Driving Straight into an Autonomous Future

With self-driving cars promising to become part of our everyday lives, one MQP team took on the challenge of retrofitting a traditional vehicle to become a self-driving automobile. Under the supervision of ECE professor Alex Wyglinski, team members built a modular platform, using LIDAR, which uses lasers and sensors to measure distance, ultrasonic sensors, motors, and a high-performance computing module that can make any ground vehicle drive autonomously. 

Read the story

Meet Our Students

Jack Adiletta '25
Jack Adiletta '25
BS in Electrical & Computer Engineering and Data Science

WPI’s expansive opportunities allow Jack to participate in many different sporting activities while also supporting his learning and research endeavors. [...]

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Ibraheim Ibraheim '25
Ibraheim Ibraheim '25
BS, Electrical and Computer Engineering

First-generation student, Ibraheim, thrives in WPI’s network of community support and connection.  [...]

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Chase Urban '27
Chase Urban '27
BS in Electrical and Computer Engineering

Chase embraces his love of theater and engineering, while remaining an active member of the Greek community.[...]

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Bora Hurst '25
Bora Hurst '25
BS Electrical and Computer Engineering

Bora applies the lessons he learns as a member of the swim team to all aspects of his life.  [...]

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Robbie Oleynick '24
Robbie Oleynick '24
BS, Electrical & Computer Engineering

At WPI, Robbie is pursuing his passion for music alongside his interest in electrical & computer engineering and computer science[...]

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