School of Engineering

Theory. Practice. Impact.

At WPI, students are involved in engineering projects and research from the very beginning. Our pioneering project-based learning approach means our undergraduate and graduate students learn in the classroom and then can immediately apply their skills to solve real-world problems.

Students work alongside our world-renowned faculty, many of whom bring invaluable industry experience to their work. WPI graduates become proficient and agile engineers able to adapt to a constantly changing global environment. They’re prepared to collaborate with peers across disciplines—from engineering to the arts and sciences to business—to develop innovative and effective solutions to the world’s most pressing challenges.

This groundbreaking approach establishes a foundation for career success and life satisfaction.

Education

The School of Engineering gives students opportunities to solve real-world problems through team-based projects, immersive research experiences, rigorous independent study, and close student/faculty mentorship.

Engineering Departments and Programs WPI Plan Grand Challenges Scholars Program Network of Global Project Centers Got Potholes? This Student Team Has a Solution

Research

Our well-funded research projects showcase the breadth and depth of the engineering advances at WPI. A research-with-purpose mindset across the university applies many perspectives and collaborations to meet the biggest challenges we face.

Interdisciplinary Groups Metal Processing Institute PracticePoint Center for Wireless Information Network Studies Center for Advanced Research in Drying

Alumni & Students

With a devotion to lifelong learning and a commitment to make the planet better, WPI’s students and alumni produce boundary-pushing results with the widest impact. They approach their work with a careful balance of improving technology and humanity.

Jessica Rosewitz '07 (BS), '16 (MS), '20 (PhD) [Civil Engineering] Stephen Rusckowski ’79 [Mechanical Engineering] Yatao Liu ’08, PhD [Chemical Engineering] Leila Carvajal Erker ’96 [Chemical Engineering]

Researchers Expanding Development of Oxygen Sensor for Babies to also Monitor COVID-19 Patients

An interdisciplinary group of researchers at WPI is expanding its previous work to develop a small wireless mobile sensor that will measure a baby’s blood oxygen levels to also create a similar sensor that can act as early detection device for COVID-19 infections.

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Researcher Leads $2.4 Million Project to Manufacture Low-Cost, Fast-Charging Lithium Ion Car Batteries

WPI will lead a team of industry and university researchers in a $2.4 million project to manufacture cheaper, faster-charging lithium ion car batteries. The researchers will reduce the cost and charging time of lithium ion car batteries by building on previous research to manufacture battery electrodes with a solvent-free approach.

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Chemical Engineers: “Why Not Make Waste Work for Us?”

Two WPI chemical engineering research projects investigating sustainability and waste reduction received nearly $540,000 stemming from the National Science Foundation’s (NSF) 2026 Idea Machine competition. The work will explore finding applications for nitrogen-rich waste products and converting marine plastics into ship fuel.

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Gabriel Espinosa '24

BS in Mechanical Engineering

Gabriel works to pursue his passion for sustainability and engineering through WPI’s clubs and hands-on learning experiences. [...]

Tessa Lytle '23

BS/MS Mechanical Engineering

Tessa’s college career, both on and off the skating rink, has provided her many opportunities to get involved and make an impact. [...]

Student Impact

Martin Thulani Milanzi '24

Milanzi Brings STEM to Refugees in Zambia

Sensing the Living Breath

Electrical engineer Ulkuhan Guler has an ambitious goal: creating a small, smart, skin patch that collects critical measures of respiration.

Field Work in Sustainability

Don Seville ’92 uses systems thinking to improve farming and food.

Spotlight on Engineering

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.

Discover how Yihao Zheng, assistant professor of mechanical engineering, is using applied science, engineering, and technology to advance manufacturing in the healthcare industry.

James Urban, assistant professor in fire protection engineering, researches advances in wildland fire, visual-based fire protection, and fundamental fire phenomenon. His team is especially skilled at finding low-cost ways to measure fire and provide collaborators access to state-of-the-art fire labs, easily allowing for multi-scale experiments.

Research scientist Christopher Nycz and the team at PracticePoint uncovered a need in the market for a space where engineers could better access clinical spaces. Corporate partners are welcome to integrate their industry know-how and WPI’s academic expertise to create new products—and accelerate those products to market.

Media Coverage

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The Cool Down

Engineers address major issue with Thomas Edison-era energy tech — and it could make waves in the battery industry

The climate-focused site, The Cool Down, reported on research led by Xiaowei Teng, the James H. Manning Professor in Chemical Engineering, to make batteries more efficient by using silicate, with an eye towards potential energy storage.

O Globo

Notre-Dame Cathedral reopens with 'lessons learned,' five years after destruction by fire

The Brazilian newspaper O Globo interviewed Albert Simeoni, professor, and head of the Department of Fire Protection Engineering, about the Notre Dame Cathedral fire in Paris, upon the building’s restoration and reopening to the public. "The confusion over the approximate area of the fire and the time it took to reach the roof from the stairs resulted in a significant loss of time, which allowed the flames to grow beyond the firefighters' ability to control," Simeoni said.

Telegram.com

Some Mass. towns use beet juice or molasses to fight winter storms: Why are they doing it?

Camila Gomez and Hassan Dajana, graduate students in WPI’s master’s in community climate adaptation program are exploring the potential operational and environmental impacts of using beet juice for treating roads and highways to avoid icing. They spoke with the Telegram & Gazette about preliminary findings from their year-long project with Worcester’s Department of Sustainability & Resilience which is aimed at providing a variety of recommendations to help the city address winter climate resilience.

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.

Theory. Practice. Impact.