Robert A. Altenkirch
New Jersey Institute of Technology
BSME ’70, PhD ’75 (Mechanical Engineering)
For his exceptional contributions as an educator, researcher, and university administrator
A Political Agenda
As a researcher, mechanical engineering professor Robert Altenkirch has spent time studying combustion and radiative heat transfer in flames. Now, as president of the New Jersey Institute of Technology (NJIT), he’s working with another kind of heat–the political hot seat. And he loves it. “I like organizational management and moving an organization forward in a particular direction,” Altenkirch says. “The higher you get, the more politics are involved, which is quite fascinating,” The NJIT position, which he assumed in 2002, allows him to solve problems, set goals, lobby for funding, and work on economic development projects with the city of Newark.
Born and raised in St. Louis, Missouri, Altenkirch excelled as an athlete in high school, where he played football and baseball, wrestled, and set track records in sprint events. He played freshman baseball at Purdue but quickly learned that in order to do well in the classroom, he would need to apply himself–a realization prompted by a note he received on a test in an accelerated math class that suggested he might consider a different course of study. “I realized there were a lot of smart people around and that I would need to work harder,” he says.
Altenkirch enrolled in the School of Mechanical Engineering, where he was drawn to the field of thermodynamics. As an undergraduate, he did independent work with professors Arthur Mellor and Sigmar Wittig at the Thermal Sciences and Propulsion Center (now known as Zucrow Laboratories) and focused his studies on combustion. After earning a master’s degree at the University of California, Berkeley, he returned to Purdue for a doctorate in mechanical engineering, studying gas–turbine air–pollution–reduction techniques under Mellor.
With degree in hand in 1975, Altenkirch joined the ME faculty at the University of Kentucky, where he remained for the next 13 years, the last four spent as chairman of the department. He enjoyed that experience and decided to seek out a dean’s post, which came his way in 1988, when Mississippi State University appointed him dean of its College of Engineering and professor of mechanical engineering.
“Mississippi was a good opportunity to grow the research program and private fundraising effort, which was in its embryonic stage,” he says. He stayed for seven years, then moved to Washington State University as dean of the College of Engineering and Architecture. Three years later, he returned to Mississippi State as vice president for research. This time, he worked with the university’s new president on a vision of growth founded on economic development and collaboration with elected officials.
On the Leading Edge
Altenkirch is a problem solver. He likes being on the leading edge of the curve, or, as he says, being involved with activities and places that are “going to turn a corner.”
During his tenure at Mississippi State, Altenkirch was responsible for congressional relations and spent time in Washington D.C.; he grew to like the East Coast. His chance to work there full time came in 2002, when he was chosen as president of the New Jersey Institute of Technology. Altenkirch was drawn not only by the position but also by the school’s location in Newark, which Altenkirch views as an area poised for growth and a “laboratory for community involvement.”
The New Jersey Institute of Technology has about 8,200 undergraduate and graduate students. It has historically been a commuter campus, but that’s now changing. Altenkirch feels strongly that the home institution in the state’s largest city needs to be residential and provide the experiences associated with a residential campus, and he has pushed it in that direction; 50 percent of the freshman class now lives on campus.
Since taking office, Altenkirch has led NJIT on a journey of physical, academic, and economic growth. He has completed a building program begun by his predecessor, improved campus landscaping, fostered more effective alumni and donor relations by building an alumni center and initiating special–purpose fundraising campaigns, and developed a strategic plan for 2004–2010 using a top–down, bottom–up process. He has introduced new programs in industrial design, bioinformatics, and mathematical biology. And he has extended the institution’s reach through community engagement designed to move Newark forward.
Among the many community positions Altenkirch holds is chairman of the board of the Newark Downtown Core Redevelopment Corporation, a nonprofit established to oversee a $1 billion–plus downtown redevelopment project including an arena that will be home to the New Jersey Devils of the National Hockey League, a conference hotel, and more. He was also a member of the Governor’s Blue Ribbon Commission on Transportation; is a member of the Amistad Commission, which oversees implementation of legislation establishing the integration of African–American accomplishments into the mainstream of the state’s K–12 education; and is chairman of the board of University Heights Science Park, which is developing a mixed–use science and technology park next to the NJIT campus.
The one–time athlete no longer has time to referee high school and college soccer games, which he did when his son played youth and high school soccer. He and his wife Beth, a 1971 Purdue graduate, also have a daughter. He gets his thrill now from helping move programs and groups of people to higher and better levels and, of course, from the politics of it all. “I like having a vision and working with whatever needs to be done to implement it,” he says. “In order to be involved in community projects, development projects, and work with elected officials, you have to enjoy the political environment.”
|2002–||President and Distinguished Professor of Mechanical Engineering, New Jersey Institute of Technology|
|2001||Outstanding Mechanical Engineer, Purdue|
|1998–2002||Vice President for Research and Professor of Mechanical Engineering, Mississippi State University|
|1995–98||Professor of Mechanical and Materials Engineering and Dean of the College of Engineering and Architecture, Washington State University|
|1988–95||Professor of Mechanical Engineering and Dean of the College of Engineering, Mississippi State University|
|1985–88||Professor of Mechanical Engineering, University of Kentucky|
|1984–88||Chairman of Mechanical Engineering, University of Kentucky|
|1980–85||Associate Professor of Mechanical Engineering, University of Kentucky|
|1975–80||Assistant Professor of Mechanical Engineering, University of Kentucky|
MSME ’71, University of California, Berkeley
PhD ’75, Purdue University