Notre Dame Program a Valuable Engineering Option for Stonehill Students
Building on Stonehill’s four-year computer and electrical engineering programs, the five-year Notre Dame partnership provides an opportunity with unique benefits.
Let’s start with the student club that’s building an actual satellite.
Yes, when Stonehill students talk about what it’s like studying engineering at the University of Notre Dame as part of the 3+2 Engineering Program, they often focus on the fact that everything they experience in the classroom and lab is of the highest caliber.
“They have some of the most advanced manufacturing machinery you can get your hands on,” says Gabriel Woolf ’26, who will soon earn his physics degree from Stonehill and his mechanical engineering degree at Notre Dame. “The incredibly advanced clean room lab, the well-stocked makerspace — they even have a 3D printer that prints in metal. You can really use these tools to build whatever your heart desires.”
But when Woolf mentions what he and fellow Stonehill 3+2 student Christian Leonard ’26 are doing outside class, you realize it isn’t an exaggeration to say the program is “out of this world.”
“Christian and I are actually in a club that’s building a satellite that’s going to be sent into space next year,” he says.
Out of this world, indeed.
Gabriel Woolf ’26 says the 3+2 program provided him with the opportunity to engage in both physics and engineering without having to compromise the fullness of either experience.
A Foundation Upon Which to Grow as a Person and a Professional
While the majority of Stonehill students interested in engineering choose to major in the College’s four-year computer engineering or electrical engineering program, the
3+2 Engineering Program gives select students a way to earn a bachelor of science degree in three years at Stonehill and then continue on to Notre Dame for two more years to earn a corresponding bachelor’s degree in engineering.
“Stonehill’s engineering program is exceptional,” says Fr. Kevin Spicer, dean of the May School of Arts & Sciences at Stonehill. “Our program’s emphasis on humanistic engineering not only reflects the College’s mission but also gives our engineering students a competitive advantage when entering the workforce. For our science students, the Notre Dame partnership offers another unique advantage.”
Of particular importance, the highly selective program provides students an educational experience that pairs the holistic mentorship-driven education offered at Stonehill with the opportunities available only at a world-renowned research university such as Notre Dame.
“The skills you develop through a liberal arts education are beneficial, especially when paired with an engineering curriculum,” says program graduate Sara Boukdad ’15, who is now an EV strategy manager at Con Edison. “Having a science, liberal arts and engineering background has allowed me to adapt to any situation, pick up new skills and communicate to different audiences.”
“It prepared me for so much more than engineering,” adds Patrick Burke ’84, a Stonehill trustee who is co-founder of Waverly Partners, which acquires, improves and operates specialty manufacturing businesses. “Program alumni have been very successful not only as engineers but also as patent attorneys, researchers and business consultants — and many as entrepreneurs.”
After working toward a Stonehill science degree for their first three years, students in this program then transfer to Notre Dame for two years to earn a second degree in one of several engineering disciplines:
- Aerospace engineering
- Chemical engineering
- Civil engineering
- Computer engineering
- Electrical engineering
- Environmental engineering
- Mechanical engineering
“This program gave me an incredibly unique experience to do both physics and engineering without really having to compromise the fullness of either experience,” says Woolf, who has also completed Stonehill’s Photonics & Optical Engineering Certificate Program.
“This program not only gave me the experience needed not only to do a project or complete an assignment but also to become a well-rounded engineer,” said Leonard, a physics major at Stonehill. “I didn’t know what to expect, but after I met lots of peers, I felt really engaged, really connected.”
Program Alumni Help Students When Launching Careers and Beyond
In addition to support from faculty and career development advisors at Stonehill and Notre Dame, students also benefit from the support of those who have preceded them in the program.
“I really enjoy mentoring,” adds Burke. “It’s why I love being involved with Stonehill’s Industry Advisory Board, supporting tomorrow’s engineers.”
This commitment to giving back reflects Stonehill’s culture, which emphasizes compassionate leadership and encourages students to define success by their impact on others.
“A big aspect of leadership is being able to help others, to allow them to do their best,” says Woolf. “Stonehill and Notre Dame really teach that as a core part of their principles. Instead of having competition, you have collaboration. Everyone’s willing to work with each other, sort of lift each other up.
“I feel like I’ve barely begun to dip my toe into what I can become here and what I can do.”
Related
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Engineering Department
Stonehill’s Engineering Program is grounded in the practice of humanistic engineering and offers bachelor of science degrees in computer and electrical engineering as well as minors in both disciplines.
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Physics & Astronomy Department
Stonehill’s Physics & Astronomy Department brings together professors with a broad array of expertise, from black hole and planetary astrophysicists to cosmologists and experts in quantum mechanics and optical physics.
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Photonics & Optical Engineering Certificate Program
This 9-month, hands-on training program leads to a certificate in photonics and optical engineering. It is designed to equip participants with the skills and experience needed to thrive in this burgeoning market.