Fenwick Launches Engineering and Innovation Laboratory

Facility represents the ‘stem’ of flowering course offerings in science, technology, engineering and mathematics.

By Mark Vruno

Science Department Co-chair Mr. Dave Kleinhans (right) works with a student on a laptop computer in the new STEM-focused facility.

Fenwick High School has ushered in its 91st academic year with a new Engineering & Innovation Laboratory. At the Open House in late September, prospective students and their families had an opportunity to see the modular classroom (Room 57), which features 25 new drafting and programming laptop computers, six 3D printers and five interactive, “smart” monitors. These technology equipment upgrades are a major part of the more than $70,000 investment in the refurbished lab space.

“We are teaching in the lab to packed computer-science classes,” Science Dept. Co-chair Dave Kleinhans reports. In an effort to prepare students for business and STEM (science/technology/engineering/math) degrees in college, he adds, many of these courses were co-developed with a University of Illinois, student-run consulting organization. At professional-development sessions in mid-September, faculty members received training on the three-dimensional (additive-manufacturing) printers. 

Principal Peter Groom adds, “The development of our Computer Science curriculum has been a collaborative effort. We put a lot of faith in our faculty, and they really ran with it. In some cases, our teachers took existing courses and tailored them to the 21st-century world,” Mr. Groom explains. “In other cases, we started brand new courses. The opening of the new lab is just the beginning of a facilities transformation that will allow our excellent CS/Physics faculty to maximize the student experience.”

Fenwick’s Engineering & Innovation Lab “is what software labs look like at some of the companies I still communicate with in the private sector,” notes Kleinhans, who started up three software firms over two decades before embarking on a career change to become a teacher. IBM (Cognos) acquired one of his companies, but Kleinhans insists that teaching and mentoring young people bring him far more satisfaction and joy “than any bonus check for selling a company or being a CEO.”

Mr. Don Nelson (center) joined the Fenwick faculty this year to help run the computer-science segments of the new lab.

Joining the Fenwick faculty for this school year is Donald Nelson, who is “taking over a lot of our CS [computer science] classes,” according to Kleinhans. “Principal Groom made a great, strategic new hire in Nelson,” Kleinhans believes. “Don is a 30-year business person/nuclear engineer who wants to be involved with students as a second career.” Nelson, who previously has taught at the Illinois Institute of Technology and DePaul Prep, holds a B.S. in engineering from the University of Illinois at Urbana-Champaign and an M.S. in computer science engineering from the University of Wisconsin at Madison. 

Student input and involvement

“It was inspiring to watch Dave Kleinhans empower recent graduates and current Friars to be project managers for the new lab,” adds Math Teacher and alumnus Kevin Roche ’05.Kevin Brosnan ’20, Spencer Gallagher ’19 and Jack Vomacka ’18 [helped] make it all happen. They met with architects, researched the best equipment, presented to the Board and even were present for the painting and carpeting subcontractors to ensure the job got done. That was my favorite part of it all: those three gain valuable project-management experience thanks to Dave.

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Alumni Friars Teaching in Academia

It’s “cool” to be smart at Fenwick, and these Ph.D. scholars have taken their intellectual talents to a higher level as university professors.

By Mark Vruno

Fenwick instructors have honed developing minds of highly intelligent people over thecourse of 90 school years. From physics and politics to English and French, some of those students took their passions for learning to the next level by pursuing research, education and scholarship at some of the world’s most prestigious private and public universities.

Holder Hall at Princeton University, Princeton, NJ, where two Fenwick alumni teach.

At Princeton, the Ivy League research school with New Jersey roots dating back to 1746, two Fenwick alumni-turned-professors can be found teaching on campus: Thomas Duffy ’78 (geophysics) and John Mulvey ’64 (operations research/financial engineering). In Boston, Professor William Mayer ’74 has been a political-science guru at Northeastern University (established in 1898) for the past 28 years. After Fenwick, Mayer attended Harvard University in Cambridge, Massachusetts, from which he also earned a Ph.D. (in 1989). “I don’t like to move,” he dead-pans, “plus my wife loves the New England area.”

On the West Coast, one of Prof. Duffy’s classmates, Larry Cahill ’78, is a neuroscientist and professor in the Department of Neurobiology and Behavior at the University of California at Irvine. And in the Midwest, Robert Lysak ’72 is professor of physics and astronomy at the University of Minnesota in Minneapolis – Saint Paul.

Additionally, two members of the Class of 1961 were college professors and are now retired: Terrence Doody (English Literature) at Rice University in Houston and Thomas Kavanagh (French), most recently at Yale University in Connecticut. Another Professor Emeritus isJohn Wendt ’69, who taught Ethics and Business Law at the University of St. Thomas (Minnesota) for 30 years. (Read more about them.) Spread out geographically across the United States, Fenwick is the common denominator for these seven Ph.D.’s and college professors. Read on for a glimpse at their impressive works.

A Computing Love Affair

John Mulvey in 1964.

John Mulvey is a professor within Princeton’s Operations Research and Financial Engineering (ORFE) Department, which he founded. He also is a founding member of the interdisciplinary Bendheim Center for Finance as well as the Statistics and Machine Learning Center at the university. Mulvey is captivated by the ongoing revolution in information and machine-learning. The ORFE Department focuses on the foundations of data science, probabilistic modeling and optimal decision-making under uncertainty. “Our world is a very uncertain place,” he stresses.

The work Mulvey does has applications throughout the service sector, including in communications, economics/finance, energy/the environment, health-care management, physical and biological sciences, and transportation. In the past, he has worked with aerospace/defense-technology firm TRW (now part of Northrop Grumman) to help solve military problems, including developing strategic models for the Joint Chiefs of Staff (U.S. Department of Defense).

“Today we work with major firms, including some of the largest investors in the world, which are interested in integrating their risk,” Mulvey explains. For example, “hedge funds and private-equity firms need to manage their portfolios over time to protect themselves. When the crash occurred in 2008, people thought they were diversified. The banking and finance world refers to systemic risk as contagion,” which is the spread of market changes or disturbances from one regional market to others.

Mulvey also analyzes data for supply-chain management, which he calls a “transformative industry. Production and distribution models were separate before,” he points out, “but we’ve brought it all together now. Amazon has built its whole system based on this commerce model.”

Prof. Mulvey at Princeton.

Machines running algorithms and computer optimization became passions for him at a relatively young age. At Fenwick, Mr. Edward Ludwig helped mathematics to make sense for young John. “He was an amazing math teacher,” Mulvey says of Ludwig. “His class was fantastic. I didn’t necessarily want to be an engineer but felt I could go into a technical area.

“In the 1960s we were at the cusp of computing, and the University of Illinois had one of the world’s most powerful supercomputers at the time,” recalls Mulvey, who grew up on the West Side of Chicago and attended the old St. Catherine of Siena Parish. “That’s why I wanted to go there, and I fell in love with computing.”

The ILLIAC IV supercomputer is what drew Mulvey to the University of Illinois in the mid-1960s.

He next ventured west to study business administration at the University of Southern California (USC) and the University of California (Cal), then earned a second master’s degree in management science in ’72 from the University of California at Los Angeles (UCLA). Three years later Mulvey completed his Ph.D. at UCLA’s Graduate School of Management. His dissertation topic, “Special Structures in Large Scale Network Models and Associated Applications,” won the 1976 American Institute of Decision Sciences Doctoral Dissertation Competition.

Mulvey taught for three years at the Harvard Business School and, 41 years ago, came to Princeton “to have an impact at a smaller school,” he says. (Princeton has some 5,200 under-grads.) “I came here to grow the basic, general engineering program for undergraduates.” The 72-year-old thoroughly enjoys his work: “If you had a job like mine, you wouldn’t want to retire.”

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