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Torch Bearers: Math as Miracle

Eye-opening experiences can go both ways.

Professor Jan Cannizzo’s unabashed love of math springs naturally into his everyday conversation, as he quotes history’s great mathematicians. One of his favorites, paraphrasing Galileo: “Mathematics is the language in which the universe is written.”

The award-winning professor — who earned bachelor’s and master’s degrees in mathematics from Stevens in 2007 and a Ph.D. in mathematics from the University of Ottawa — has spent his career as a math educator and innovator. He’s the perennial coordinator of the Stevens Math Circle Initiative, an enrichment program for elementary and middle school students aimed at inspiring and nurturing a love for math, and has helped to organize the Stevens Mathematical Olympiad competition for local schoolchildren.

Any time I had difficulties in a class or any questions, I knew that I could rely on Professor Cannizzo.
Katherine Fuentes ’26

In his class, you might see a brief lecture, then students working in groups, with Cannizzo roaming the room, speaking with students and answering questions. You may see students tackling a calculus problem, with polling software immediately telling him who’s getting it and who needs more time. (See sidebar below on a new AI tutoring tool for calculus homework developed by Cannizzo.)

“I try to carry across in what I’m teaching my own love of mathematics,” Cannizzo says. “It feels like a small miracle that every human being has a capacity to do mathematics.”

His student Katherine Fuentes ’26 was a standout, and not just because she was among the First in Class of her Stevens graduating class, with a perfect 4.0. This fall, she joined Binghamton University to pursue a Ph.D. in mathematics, with plans to become a university professor.

But her academic journey was far from certain.

Growing up in West New York, New Jersey, Fuentes was a math whiz and a popular tutor. “I would help them, and it would always feel really nice,” she says.

She was the first in her family to attend college; most of her family had not completed high school, having fled El Salvador during the country’s 12-year civil war. She and her mom lived with her aunt and uncle; her family offered steadfast support and faith in her. But she faced tough classes, college tuition bills, and the future seemed uncertain. College felt like traveling through a tunnel, she explains. “My entire time I was at Stevens, my question was always, ‘What am I going to do next?’”

She’ll be a great instructor. I am so proud of her.
Jan Cannizzo ’07 M.S. ’07Teaching Associate Professor

The ADAPT Scholars program at Stevens — funded by the National Science Foundation — offered scholarships and mentors to talented first-generation college students like Fuentes. Cannizzo became her mentor.

He was always ready to help, she says. They discussed difficulties with classes, courses she should take and the road ahead. In Cannizzo, Fuentes also saw the type of teacher she wanted to be; she thrived as a teaching assistant this past year. She plans to mentor other first-generation college students.

Cannizzo describes Fuentes as “a great student” who opened his eyes to the struggles and resilience of first-gen college students.

“Going forward,” he says, “she’ll be a great instructor. I am so proud of her.”

– Beth Kissinger

From Cremation to Creation: An AI Tutor for Calculus

Students from all disciplines — from engineering to business to visual arts majors — are required to take at least an introductory calculus course at Stevens. Generations of alumni have bemoaned the rigors of calculus; many decades ago, students marked the end of their calculus classes with the annual “Calculus Cremation” where they put calculus on trial, always found it guilty and burned a calculus effigy.

The bonfires are part of history, but the challenges of calculus remain. So, mathematics professor Jan Cannizzo and lecturer Paul Schwartz, with grant support from Stevens’ Teaching and Learning Center, have developed and launched an AI tutoring tool this fall in two foundational calculus courses to help students improve their performance while mastering first-year calculus.

More than 400 first-year students enrolled in Differential Calculus or Integral Calculus have access to the new tool.

Working with the AI tutor will replace traditional homework assignments, allowing students to practice calculus problems at their own pace, with unlimited practice and feedback until they master the work. The AI tutor collects data and tracks each student’s progress and learning tendencies and helps them prepare for assessments that take place in the classroom.

“During class, the emphasis is on active learning and social interaction,” Cannizzo says. “I think there is a case for using ancient methods — like Socratic dialog — inside of the classroom and cutting-edge technology outside of the classroom to support learning.”