For a few days in March, UD Arena becomes more than just another venue hosting a major national sporting event. It turns into a 13,000-seat classroom.
During the First Four, the opening round of the NCAA Division I men’s basketball tournament, UD students work behind the scenes with the Division of Athletics to assist with communications, facilities management, ticketing, athletic training and other functions necessary for successful event execution. Student journalists from University of Dayton Magazine also attend to cover the event for the alumni audience. (Follow their work on Twitter @daymag.)
And, during the last three years, the First Four has given one class an opportunity to integrate the NCAA tournament into its regular course work. Students from a sports media class spend an afternoon at the Arena attending press conferences, observing reporters at work and taking in the pregame buzz before that night’s First Four games.
The students, mostly juniors and seniors, are sport management majors in the Department of Health and Sport Science in the
School of Education and Health Sciences. Their class helps students understand the role of media and communications in the sports and recreation industry and prepares them for careers in the field.
“This is a great opportunity for students to take a look behind the scenes at a major sporting event,” said JoAn Scott, managing director of the NCAA Division I men’s basketball championship. “The University of Dayton does a great job in organizing and hosting the First Four games, and these students get a first-hand look at what it takes to conduct such a huge event.”
Doug Hauschild, director of athletics communications, works with the NCAA to secure short-term passes for the 10 to 15 students who attend the media availability. They arrive shortly after noon on Tuesday and attend the press conferences for the teams scheduled to play on Wednesday. The passes give students access to the media workroom, the press conference area, locker rooms and courtside media seating, where they can observe open practices and talk to professional communicators at work.
In 2017, students chatted with CBS/Turner Sports broadcaster and former NBA/college basketball star Steve Smith, who shared stories about his broadcast career and his pregame prep routine.
Since 2001, UD Arena has hosted at least one game in the NCAA men’s basketball tournament, from the play-in game that ran 2001-10 to the First Four, which started in 2011 and is guaranteed to take place in Dayton until 2022. The facility has also hosted first- and second-round games in the men’s tournament and regional games in the women’s tournament. Because of the Arena’s prolific record as a tournament venue, UD students have been able to list NCAA tournament experience on their résumés in the relevant experience category, sometimes for four consecutive years.
“March Madness is a three-week run of tremendous college basketball, with many eyes of the nation and the world focused on the games,” Scott said. “We are happy to extend the students this opportunity, and who knows, one or more of them might be interested enough to someday work in event or media operations and maybe even on this tournament.”
Shannon Shelton Miller has served as the instructor for HSS 353: Sports Media and launched the student site visit during the 2016 First Four. She is a UD editor and a frequent contributor to University of Dayton Magazine. Her story appeared in the spring 2018 issue.
A book by Patrick Wensink ’02
Although Wensink has written five books for adults, Go Go Gorillas: A Romping Bedtime Tale (HarperCollins, 2017), is the writer’s
first children’s book. Wensink took inspiration from family trips to the zoo with his wife and then-2-year-old child. As his son kept asking why the gorillas were always sleeping, Wensink would make up stories about what made them so sleepy during the day. Eventually, the idea of apes who stayed up dancing all night took shape. During talks with his editor, he said, “Several times we said things like, ‘Would a gorilla really dance the watusi? What kind of records would a baby ape play if he were deejaying?’ These are silly conversations but also show how seriously we thought about children’s literature.” Wensink is currently putting the final touches on the sequel, Go Go Bananas, which is set to be published in 2018.
The relatively new Orange County, California, chapter is driven by service first, which is where the largest participation of alumni always occurs. The OC community volunteers with Second Harvest, a food bank, packing thousands of meals for homeless shelters throughout the area. The community also works with the Village of Hope, which shelters homeless families. Orange County is home to tourist attractions such as Anaheim and Disneyland. Not to be outdone by the inland activities, the Southern California coastline adds to quality of life through boating and other water activities, which even includes whale watching.
We asked a few alumni in the area:
If Rudy Flyer could choose one Disney character as his sidekick, who would it be and why?
“Buzz Lightyear, because they’d be able to fly around all day and hang out on porches all night!”—Mike Lamorgese ’14
“I think Rudy Flyer would pick Tinkerbell as his sidekick. She and Rudy share a love of flying; she is capable of supporting both Peter Pan and Rudy; and we could use some pixie dust to continue our postseason appearances.”—Steve Tomassi ’74
“I would say that Rudy would probably choose both Peter Pan and Aladdin for wingmen, primarily for their gravity-defeating abilities. Rudy’s relentless enthusiasm would be coupled greatly by Peter Pan’s curiosity and interest in mischief, as well as enhanced by the adventure-searching yet grounded diamond-in-the-rough qualities of Aladdin. No matter what adventures they may face as a team, it would be a fun trio to see in action.”—Stephanie Grant ’01
Alumni by the numbers
Total Alumni 453
Flyer Fusions 47
Most 1970s with 119
Arts & Sciences 136
Education & Health Sciences 68
Law 14No Comments
A book by Lisa Barrickman ’96
When Lisa Barrickman started to think about her 40th birthday, she was thankful for the years she had lived and wanted her celebration to be a reflection of that gratitude by practicing 40 days of intentional kindness leading up to her birthday. She left a basket of toys at a park or taped a baggie of coins to a parking meter. Once others heard about her kindness journey, they were excited, too. Many joined her, and together they scattered more than 20,000 acts of kindness. Her book, A Case for Kindness, will be released June 27, 2017, and gives readers practical ways to spread kindness in the world. “The great thing about kindness is that we never know where our good deeds end,” she says.No Comments
I was tired, very hungry and quite muddy from a misstep I took on the rocky, wet trail. After a three-hour hike to one of Ireland’s tallest peaks, I stood at the summit, looked around and saw nothing.
Literally. My hand, outstretched 2 feet from my face, was lost in the clouds. What should have been a cinematic view of the North Atlantic was instead only a ghostly outline of Saint Brendan’s cross, planted at the peak. Somewhere nearby, I could only assume, was my Flyer husband, also standing muddy in the mist.
I’d travel anywhere with a Flyer. With Flyers, I’ve camped in forests, walked through jungles and toured great cities.
Then there was that time feeding elephants in Thailand. And another walking alongside lava flows
Those last two, I didn’t get to do in person. But as editor of this magazine, alumni take me — and you — on adventures through their words and photos. We love the stories they send with their Where Are You Reading pictures.
When we redesigned our quarterly tabloid into the University Dayton Magazine nine years ago, we figured it would take nearly a decade to profile every Flyer alumni community, one issue at a time and accompanied by a Rudy cartoon painted by our art director, Frank Pauer (his illustration for Tampa Bay, pictured here, is one of my favorites). With this issue’s trip to Southwest Florida, we have accomplished that goal.
Some communities have memorable events — bat-watching boat cruise in Austin, Texas, anyone? — but with most, there is much of the same: Game watches. Networking events. Christmas off Campus. Friendships old and new.
Our student journalists love it.
We don’t write the magazine with them in mind, these 18- to 22-year-olds immersed daily in the UD community. But it’s because they are immersed, they say, that they need these stories of Flyers flown afar.
“One day you’ll make us leave,” they say. And that’s scary.
In stories of alumni gathering in communities, students see their future selves, away from campus and doing just fine.
One of those was our own Michaela Eames ’15, who upon graduation worked as the University’s social media strategist. Early this year, she accepted a position with TED Talks in New York City. It was a tip from alumna CC Hutten ’15 that led her to the job posting. Jack Raisch ’15 offered his parents’ NYC home as a temporary abode. Katie Christoff ’15 is now her colleague and Parks and Rec bingo buddy.
Michaela left Dayton, but she didn’t leave UD.
Life has many steps, most of which you don’t see coming. Knowing there’s a Flyer to offer a hand when you slip sure helps. All you have to do is reach out.
A book by Larry Campanella ’78
With more than 40 years of experience in the fitness field, Larry Campanella published his first food guide in November 2016. Larry’s Healthy 21 Day Food Guide helps those interested in bodybuilding, losing weight or simply eating healthy,
planned-out meals. The book also includes gluten-free recipes. Campanella said, “My major philosophy is that portion control is the key to success, as well as a nutritionally balanced healthy diet.” Fifty percent of book sales go directly to Elijah’s Food Kitchen, a food bank in Campanella’s hometown of New Brunswick, New Jersey. Flyers are invited to contact the author at email@example.com.
Alumni who live in the Raleigh/Durham community can boast about living near one of the world’s greatest technological research parks, known as Research Triangle, where multibillion-dollar companies such as Lenovo and Cisco maintain headquarters.
The area is also home to Duke University, University of North Carolina and North Carolina State. Raleigh is known as the City of Oaks, and the area has three wineries, two distilleries and 21 craft breweries. For its Christmas off Campus event, the group volunteered with Clubs in the City Urban Youth Development, where they provided lunch for at-risk youth, decorated the cafeteria and set up a new basketball rim.
We asked a few alumni in the area:
What do you like best about living in Raleigh/Durham?
“Three primary things. First and foremost, the people who live in North Carolina are absolutely the nicest people you could meet. Secondly, it’s a great place to raise kids. And lastly, Raleigh is located two hours from the beach and two hours from the mountains. Great place to get outside and stay active.” —Bob Glaser ’83
“I had the chance to live in other cities prior to moving to Raleigh, but none of them compare when it comes to beauty, hospitality, opportunity and growth. It’s like you get all the best qualities of the East, Midwest and South regions combined. Plus, Raleigh still manages to maintain its small-town feel even though it’s rapidly growing. I think that is one thing that Raleigh natives really cherish.” —Ben Inkrott ’13
“Its location. It’s almost exactly in the middle between the mountains in the west and the beach to the east. It’s warmer than Ohio in winter. Also, you get to see three great college basketball teams, a Class AAA baseball team and an NHL
hockey team.” —Brian Rapp ’76
“My two favorite parts about living in the Raleigh/Durham area are the college rivalry among NC State, Duke and Carolina, and the ability to get to the beach in two hours. I grew up with constant chatter about the ‘Tobacco Road’ showdown between Duke and Carolina, and it makes for a great game watch! Also, going to school in Ohio taught me not to take this quick
two-hour drive to the beach for granted.” —Danielle Glaser ’12
Alumni By the Numbers
Total Alumni 578
Flyer Fusions 112
Most 1990s with 143
Arts & Sciences 263
Education & Health Sciences 86
Law 22No Comments
Carroll A. “Ted” Hochwalt ’20
-Morton’s salt iodization process
-Non-freezing fire extinguisher
-Rapid distillation process for whiskey
-Tetraethyl lead gasoline octane booster
-Metal grinding and stamping lubricants
-Waterproof and mildew-proof textiles
-Low-sudsing All laundry detergent
Alphonse H. Mahrt ’12
Taking the ball & running with it
“No man ever possessed more drive, honesty and integrity than Al.” That’s how the board chairman for Mead Corp. honored Mahrt at his retirement after 39 years with Mead, which named a paper mill in Alabama in his honor. As a student, Mahrt was known as one of the University’s first great athletes, playing baseball, basketball and football. After graduation, Mahrt was a founding member and the first captain of the Dayton Triangles football team, one of the first teams in the NFL.
Edwin G. Becker ’14
Service to college & community
Becker served as a judge of the Court of the Common Pleas of Hamilton County, Ohio, a chemical superintendent with Procter & Gamble Co.; a lay leader in the Cincinnati Archdiocese; and a member of the University lay board of trustees.
Joseph D. Park ’29
Father of Freon
For Frigidaire, Park helped develop Freon to revolutionize refrigeration. For DuPont, he flipped kitchen conventions with the creation of nonstick Teflon. In 1947, Park turned his focus to education as a professor at the University of Colorado.
John B. Alexander ’25
A longtime chemist and vice president with Southwestern Portland Cement Co., Alexander helped develop the concrete for the Hoover Dam.
Martin J. Hillenbrand ’37
First U.S. ambassador to Hungary
“I have served as a diplomat under seven presidents and nine secretaries of state. … The interplay of people and events, of decision making and ineluctable external causation that constitutes the historical process, is fraught with both personal tragedy and achievement. Things never quite work out as we would wish.”
— Hillenbrand, from Fragments of Our Time: Memoirs of a Diplomat
Col. Edward L. Buescher ’45
Isolated & characterized the rubella virus, cause of German measles
U.S. rubella timeline:
-1962: Virus characterized by scientists at Walter Reed Army Hospital
-1964: 12.5 million cases
-1969: 57,686 cases; rubella vaccine licensed; Buescher receives the Legion of Merit
-1983: 1,000 cases
-2004: Measles no longer endemic in the U.S.
-Today: <10 cases each year
Father Raymond A. Roesch, S.M. ’36
University’s 16th president
He was called “the founder of the modern University of Dayton” by Brother Raymond L. Fitz, S.M., the University’s 17th president. Roesch, as president from 1959 to 1979, added nine academic departments; six associate, 18 bachelor’s and 44 master’s degree programs; reopened the School of Law; and was instrumental in the construction of Kennedy Union, Miriam Hall, Roesch Library, UD Arena, Marycrest Hall, Stuart Hall and Campus South.
George E. Freitas ’29
Among his companies: Hawaii Corp., Pacific Development Co., Pacific Construction Co., Pacific Utility Contractors and Community Equipment Inc., VHY, Moanalua Shopping Inc., Rosalei Apartments Inc., First Hawaiian Bank, Hawaiian Western Steel, Johnston and Buscher Inc., Pacific-Peru Construction Corp., Von Hamm-Young Inc., Hawaiian Textiles Inc., Pacco.
Clement G. Jauch ’08
His indelible stamp
Jauch, a member of the University of Dayton alumni board of directors, founded the Dayton Stencil Works Co., which continues to operate on East Second Street in the same building it has occupied since the early 1900s.
Charles W. Whalen Jr. ’42
Six-term U.S. congressman
“We’ve come to realize there is a limit to our powers. We have a feeling that we’re not as powerful as we thought we were.”
— Whalen to The New York Times on his decision in 1978 not to run for re-election; Whalen led the Republican opposition to the Vietnam War
Erma Fiste Bombeck ’49
Mother of suburban wit
“When Humor Goes, There Goes Civilization”
“Seize the moment. Remember all those women on the Titanic who waved of the dessert cart.”
“All of us have moments in our lives that test our courage. Taking children into a house with a white carpet is one of them.”
“Insanity is hereditary. You can catch it from your kids.”
Soichi Kawazoe ’30
Executive vice president of Nissan Motors Corp., USA
After earning degrees from UD and MIT, Kawazoe returned to Japan, where he worked as an engineer for General Motors Corp., Ford Motor Co. and Nissan before being drafted into service with the Japanese army and becoming a prisoner of war of the Chinese Communists for eight years. His advice to Nissan to open an American sales branch led to the selling of 150,859 Datsun cars in the U.S. in 1970, the first year Kawazoe donated a Datsun to UD.
Torrence A. Makley Jr. ’40
Cataract surgery pioneer
Dr. Makley, professor of ophthalmology at the Ohio State University College of Medicine, pioneered the use of the revolutionary, less-invasive cataract treatment known as phacoemulsification.
Barry A. Shillito ’49
World War II Army Air Corps POW
A career in the aircraft industry and defense logistics included his appointments as the assistant secretary of the Navy in 1968 and the assistant secretary of defense in 1969 during the Vietnam War.
Brother Joseph F. Buettner, S.M. ’36
In his 51 years of service in the Society of Mary, Buettner served the mission of education, including his last 38 years in Puerto Rico. Said his secretary at Colegio San Jose in San Juan, Puerto Rico, upon Buettner’s death in 1979, “This is a man that God tries and finds worthy.”
George K. Houghtailing ’29
Director of planning, Honolulu
“It made me understand that people are people, and you have to look and plan for people, and work with people.”
Carl J. Crane ’24
Aviation pioneer & inventor
At age 10, Crane witnessed the flight of a Wright brothers biplane. He went on to a career of more than 60 years as a pilot, during which he flew almost every experimental and production craft, from the early biplanes to jet aircraft. He also helped write the world’s first manual on instrument flight and, in 1937, made the first fully automated landing at what is now Wright-Patterson Air Force Base.
Rita Rapp ’50
Space physiology pioneer
She joined the NASA Space Task Force at Langley Field in 1961 and was transferred the following year to the NASA Manned Spacecraft Center. She designed and implemented biomedical experiments, inflight medical kits and in-flight exercises for the astronauts, in addition to designing their meals and packaging their foods for the Mercury, Gemini, Apollo and Skylab programs. In 1971, she received the Federal Women’s Award, the highest honor for a professional woman in the federal government.
Charles H. “Chuck” Noll ’53
Super Bowl legend
“Our goal is to win Super Bowls, and to win the Super Bowl you must start at the beginning. … Chuck [Noll] always preached about getting back to the basics. … Chuck Noll was always the teacher.”
— Dan Rooney, chairman, Pittsburgh Steelers, in 2014 remembering the Flyer who coached the Pittsburgh Steelers to four Super Bowl championships.
Simon “Si” Burick ’30
Burick came to the University to become a doctor; instead, at age 19, he left UD to join the Dayton Daily News as sports editor, a position he held until his death in 1986. “After five decades, I confess there have been no regrets on my part,” he said some years before his death. Among his many accolades was Burick’s 1983 induction into the writers section of the Baseball Hall of Fame at Cooperstown, New York; he was the only honoree who came from a city with no major league team. Burick finally received a UD degree in 1977 — an honorary doctorate in humane letters.
Simon Nathan ’42
Nathan, a noted photographer, contributed to his profession through his “Simon Sez” photography column, photography instruction books and the development of a hand-held panoramic camera.
Richard H. Finan ’54
Former president, Ohio Senate
“I’m most proud of riding herd over the renovation of the Statehouse. Anybody can pass a bill, but not anybody could do this. … Every time I come into the building, my chest swells with pride.”
Bernard L. Whelan ’08
‘Early bird’ of aviation
Whelan was among those who soloed in the first 13 years of powered flight; he later served as president of the Early Birds. An exhibition flier, Army Air Corps instructor and test pilot, Whelan went on to become vice president of the United Aircraft Corp.
Donald M. Knowlan ’51
Former team physician for the Washington Redskins and current professor emeritus of medicine at Georgetown University, Dr. Knowlan was inducted as a master of the American College of Physicians in 2008. He continues to participate in white coat ceremonies for GW’s medical students. “Today, the future of medicine is in their imagination,” he said of the Class of 2016.
Shirley A. Pohl ’57
Lifetime of clinical laboratory excellence
Pohl, a contributor to UD’s undergraduate and graduate programs in medical technology, shared her expertise with the world through service with MEDICO/CARE, which provides medical teams to developing countries, and the World Health Organization, where she served as a temporary adviser.
John R. Westerheide ’47
UD Research Institute founding director
“If some of us left a few fingerprints around, he left a full-body cast.”
— Al Ray, division of materials, metals and ceramics, about the impact of Westerheide throughout the institute
Ronald W. Collins ’57
Scholar in instructional computer usage
Collins was honored for his contributions to the fields of chemistry, chemical education, computers, computer-assisted instruction and university administration; he served on the faculty of Eastern Michigan University for 35 years.
John E. Condon ’51
Chief quality officer
Condon’s career in quality control included positions in industry and the government, including responsibility for the reliability of NASA’s space program from 1962-1972 and national leadership as president of the American Society for Quality Control.
Charles R. Wilke ’40
Chemical engineering education pioneer
“I feel it’s important to support future students and to encourage them to engage in research work that will improve human life, the profession and the economy.”
— Wilke, founder, department of chemical engineering, University of California, Berkeley
Irmengard P. Rauch ’55
Professor of German linguistics
An author of publications on historical and modern German linguistics and a professor at University of California, Berkeley, Rauch received honors including a Guggenheim Fellowship in 1982 and the 1999 Festschrift Interdigitations: Essays for Irmengard Rauch.
Donald W. Wigal ’55
Specializing in modern & Western art
“I now believe art can lead to and flow from spirituality, from a simple household chore, for example, to the building of a grand Gothic edifice — not only cathedrals, but environments for all sorts of human expressions of truth and beauty.”
Brother Howard L. Hughes, S.M. ’51
Praising Mary through song
Hughes was a teacher, organist and glee club director in Washington, D.C.; Cleveland; Mineola, New York; and San Antonio. While serving on the Curia Generalizia in Rome, he was superior of the Marianist community there. In 2013, he was named Musician of the Year by the National Association of Pastoral Musicians.
Joseph E. Keller ’29
Washington, D.C., lawyer & law educator
“I’ve always been interested in helping people to be good lawyers. My roots came from the University of Dayton. It’s the only place I feel I ever got an education.”
— Keller, namesake for the building housing the UD School of Law
Sanford M. Shapero ’50
A civil rights activist who marched with Martin Luther King Jr., Shapero went on to lead private and nonprofit organizations, including City of Hope and Spirit of America Worldwide.
Charles J. Pedersen ’26
Pedersen, while working as an organic chemist for DuPont, discovered methods for synthesizing crown ethers, today used in many applications including removing mercury from drinking water.
Joseph E. Stermer ’31
Giving it his all
Stermer served in 27 countries abroad during his time in the Army. After the Korean Conflict, he helped establish a judicial system there based on the American model. He retired as colonel and practiced law in Michigan.
Charles L. “Chuck” Weber ’58
Radar & communications systems
“Chuck was kind, gentle and a great mentor to students, faculty and staff. He was a cheerful, positive person who cared deeply about his friends and colleagues and always brought out and encouraged the best qualities in people.”
— Alexander Sawchuck, University of Southern California, a fellow electrical engineering faculty member
Brother Donald R. Geiger, S.M. ’55
Professor emeritus of biology, Geiger has led numerous research projects to benefit the earth’s plants, people and other animals. Projects include land management in West Africa, food production in China, and natural area restoration in wetlands, prairies, parks and a former nuclear facility. Now retired, Geiger can still be found teaching through the UD River Stewards and the Marianist Environmental Education Center.
George E. Thoma ’43
Pioneer in nuclear medicine
“A tireless advocate of opportunities in science to inspire and encourage the next generation.”
— Mary Burke, CEO of the Academy of Science
Doris I. Shields Charles ’52
Champion for student health
Dr. Charles began her career as a clinical instructor of nursing arts at Miami Valley Hospital in Dayton. She was the only woman in Ohio to head the health services at two major universities, University of Cincinnati and Ohio State University, where she was also named team physician. Her excellence was recognized by the Ohio College Health Association.
Frank F. Ledford Jr. ’55
After a military medical career that included an appointment as Surgeon General of the U.S. Army, Dr. Ledford became president of the Southwest Foundation for Biomedical Research, where he grew the foundation’s annual grant and contract income from $14.6 million in 1992 to $42.6 million in 2003.
Thomas C. Kennedy ’59
Lover of history & life
“He loved teaching, more perhaps than some of his students loved learning, but in that cast of thousands, there were some he never forgot and a few who gained high places in the world of men and women.”
— obituary from the University of Arkansas
William E. Hammer Jr. ’62
As a leader in his profession, Hammer held positions as vice president of the board of governors of the Dayton Engineers Club and among the leadership of the Institute of Industrial Engineers. He practiced, taught and wrote about information systems and data processing.
John L. O’Grady ’68
O’Grady spent nearly his entire investment career with Salomon Brothers, including positions as a managing director and general partner. The O’Grady Scholarship, established after his death, provides inner-city New York youth with full-tuition scholarships to UD.
James C. Herbert ’63
After an early career as a college instructor, Herbert researched and analyzed higher education policy, for which he received eight fellowships. Herbert was a senior adviser on joint activities to the National Science Foundation and the National Endowment for the Humanities, helping create their interagency partnership for documenting endangered languages.
Ralph D. Delaney ’55
Advocate for the poor
“He was what his heroes, Martin Luther King Jr. and Mahatma Gandhi, would have called a nonviolent soldier.”
— Cleveland Magazine on Delaney, who was murdered in 1990 while videotaping dilapidated living conditions in public housing
John T. Makley ’57
Physician & teacher
An orthopedic surgeon at Case Western Reserve University and University Hospitals, Dr. Makley devoted nearly five decades to the care of patients and the education of residents and fellows. As an orthopedic oncologist, he has helped shape national perspective on bone banking and treatment of patients with bone and soft-tissue tumors.
Thomas J. Frericks ’53
He built basketball
One of the most influential lay persons in UD’s history, Frericks served his alma mater in various administrative positions from 1964 to his death in 1992. He oversaw the construction of UD Arena and served as chair of the NCAA Division I Men’s Basketball Committee. The Frericks Center, home to University athletics, is named in his honor.
Thomas Eggemeier ’67
In service to UD
An expert in human factors and ergonomics, Eggemeier led UD’s psychology department, served as an associate dean for the College of Arts and Sciences, and retired in 2013 as dean of the Graduate School. In 2008, he received UD’s Lackner Award, which honors lay people who embody the Marianist spirit on campus.
Cordell W. Hull ’56
Hull served two terms on UD’s board of trustees. His career in global construction, infrastructure and financing includes his most recent position as principal with InfrastructureWorld, from which he has retired. For 20 years, students in the University Honors and Berry Scholars programs have studied and conducted research abroad thanks to the Cordell W. Hull International Fellows Fund, named in honor of his service and generosity to UD.
Brother John J. Lucier, S.M. ’37
“Brother John Lucier was a scholar, a scientist, a dedicated teacher and a man of faith.”
— Father James L. Heft, S.M. ’66, on Lucier, former chemistry department chair who joined the faculty in 1945
Colombe M. Nicholas ’64
Having distinguished herself as one of the most influential leaders in the international fashion and retail industries, Nicholas held top posts at Anne Klein, Giorgio Armani, Health-Tex and Christian Dior.
James R. Spotila ’66
Spotila, founding president of the International Sea Turtle Society and chair of The Leatherback Trust, has spent his career working in environmental science, biodiversity and conservation biophysical ecology. He is a professor of environmental science at Drexel University.
John A. Lombardo ’71
Dr. Lombardo, in his nearly 30 years experience as a team physician, has helped heal athletes from the Cleveland Cavaliers, Cleveland Browns, Cleveland Ballet, 1998 Winter Olympics and Ohio State University, among others. A founding member of the American Medical Society for Sports Medicine, Lombardo continues to serve as the NFL’s drug adviser for anabolic steroids and as a clinical professor at Ohio State University College of Medicine.
Paul W. Armstrong ’67
Life & the law
Armstrong, a retired judge on the Somerset County, New Jersey, Superior Court, is known for his seminal work on cases that impact how the law deals with medicine and science. In the 1976 case involving Karen Ann Quinlan, Armstrong argued before the New Jersey Supreme Court the Catholic moral theology perspective that “extraordinary means” need not be employed in preserving a patient’s life. “What emanated from the Quinlan case was the hospice movement,” Armstrong told NJ.com. “We set a standard for how we care for one another at the end of life.”
Paul V. McEnroe ’59
Father of the UPC
“What can you invent that touches more people?”
— McEnroe, inventor of the bar code and scanning system; last he heard, the world was scanning 5 billion bar codes daily
John L. Lahey ’68
Higher ed leader
Lahey will retire in 2018 having served 31 years as president of Quinnipiac University, where he increased enrollment, fundraising, campus size and degree offerings. Lahey also helped oversee the creation of Ireland’s Great Hunger Museum.
Theodore Q. Miller Jr. ’68
Diversifying the sciences
Dr. Miller retired from Charles R. Drew University of Medicine and Science in 2006, having served as a professor of radiology, associate dean of student affairs and director of admissions. He helped establish the King/Drew Magnet High School of Medicine and Science in South Central Los Angeles, which attracts students at risk of not graduating from high school. He also started the Saturday Science Academy for preteen children.
Richard M. Schoen ’72
Mathematics of spacetime
Schoen unravels the mysteries of differential geometry and ideas of spacetime, including questions about the curvature of the universe. In 2017 alone, he won three of the world’s most prestigious international mathematics awards. He teaches at University of California, Irvine.
Richard A. Abdoo ’65
Lead with integrity
President of the environmental and energy consulting firm R.A. Abdoo & Co., Abdoo previously served as chief executive for several Wisconsin energy companies. He was UD’s first business vocation executive-in-residence.
Brother Raymond L. Fitz, S.M. ’64
University’s 17th president
“I saw if we were going to be a great Catholic university, we needed conversations about mission and vision. So we began planning.”
— Fitz, UD’s longest-serving president (1979-2002); he continues to connect Catholic social teaching and the social sciences through the Fitz Center for Leadership in Community
Eugene Steuerle ’68
Creating good from grief
In memory of wife Norma Lang Steuerle, who died on 9/11 in the Pentagon attack, Steuerle and his daughters founded two nonprofits: Alexandria Community Trust, which supports charities in northern Virginia, and Our Voices Together, which fights terrorism by building a safer, more compassionate world.
Peter A. Luongo ’65
It’s not just about winning
Retired president and CEO of The Berry Co., the nation’s largest Yellow Pages advertising sales agency, Luongo is author of 10 Truths About Leadership and former executive director of UD’s Center for Leadership.
Eileen Dolan ’79
“A patient’s genetics sheds light on po-tential targets for new drugs to prevent or treat these devastating toxicities.”
— Dolan, professor of medicine at University of Chicago Comprehensive Cancer Center, on identifying hereditary predisposition for toxic side effects of chemotherapy
David C. Phillips ’62
In 1996, Phillips founded Cincinnati Works with his wife, Liane. Cincinnati Works helps residents find jobs through a comprehensive program that includes assistance with child care, transportation, work clothes, and mental and physical health care for the entire family, as well as assistance with any other barriers to employment.
John F. McHale ’78
The next innovation
McHale sold his first business to Compaq and his second to Cisco Systems, part of his pattern for doing business: Invent cutting-edge technology, develop the business, sell it to a company that can expand the product market and reinvest to begin again. He also helped found Genesis Inventions to provide investment and funding services to other inventors.
Gordon Roberts ’74
The Medal of Honor citation for Roberts praises his “gallant and selfless actions … in keeping with the highest traditions of the service.” In Vietnam in 1969, that meant extraordinary heroism that saved fellow soldiers pinned down on a hillside. At Walter Reed Army Medical Center in 2009, it meant commanding 2,500 caregivers. He retired as a colonel in 2012 after 44 years of Army service.
Richard P. Davis ’72
In 1984, Davis co-founded Flagship Financial, which grew to manage $5.4 billion in assets for more than 100,000 investors by 1996. His gifts to UD provide students with hands-on investment education through the Davis Center for Portfolio Management in the School of Business Administration.
Michele Mariscalco ’77
In care of others
A recipient of the 2010 Barry A. Shapiro Memorial Award for Excellence in Critical Care Management, Dr. Mariscalco has dedicated herself to integrating research and scholarship with quality patient care and education. Grants she received from the National Institutes of Health have supported research training in pediatric critical care medicine to train the next generation of physician-scientists. After previous appointments at the schools of medicine for Baylor College and University of Kansas in Wichita, Mariscalco is regional dean of the University of Illinois College of Medicine in Urbana.
Ricardo Bressani ’48
Food for thought
As a researcher in nutrition and food sciences, Bressani’s life was devoted to improving health outcomes for children in his native Guatemala. His research into plant-based proteins, cooking methods to maximize nutrition and the benefits of ancestral diets, and his invention of nutrition-fortified foods, continue to nourish children around the world.
David J. Bradley ’71
Inventor of ctrl-alt-del
“One of my favorite time-wasters is taking a PC apart to make it run faster or better.”
— Bradley, who holds 10 patents related to computer design and was one of the original 12 engineers who began work on the IBM personal computer in 1980
Sean P. Donahue ’84
Vision for a better future
Dr. Donahue’s research helps find new technologies that detect eye problems in preliterate children. Through his work with the Lions Club International Foundation Pediatric Cataract Initiative, he has traveled the globe to train doctors in the recognition, prevention and treatment of cataracts. He is a professor of ophthalmology at Vanderbilt University Medical Center.
Katherine A. Schipper ’71
One of the world’s renowned accounting educators, Schipper has served as editor of the Journal of Accounting Research and as a member of the Financial Accounting Standards Board. Inducted into the international Accounting Hall of Fame in 2007, Schipper holds an endowed professorship at the Duke University Fuqua School of Business.
Fred C. Tenover ’76
Faith & science
“My Catholic faith is fundamental to my science. I see the two as interconnected — the integration of faith and science makes sense to me.”
— Tenover, former director of the office of antimicrobial resistance for the Centers for Disease Control and Prevention
Joseph R. Desch ’29
An electrical engineer and inventor, Desch served the country during World War II by developing an electro-mechanical code-breaking machine. Dubbed the Bombe, it was responsible for the destruction of up to 54 German U-boats, based on some historian accounts. Of 121 Bombes built, only one machine remains intact, housed in the NSA Cryptologic Museum in Fort Meade, Maryland. Desch received the Medal of Merit from President Harry S. Truman July 16, 1947.
Science needs a new model for testing how cells react, both to things that can cure us and things that can kill us. With her half-million-dollar grant, assistant professor Kristen Comfort ’02 is developing a human model with dynamic potential.
Kristen Comfort wanted to build a city for tiny bits of life, a comfortable habitat where free-ranging cells could grow as naturally as they do tucked inside our bodies.
It was serious science — with significant promise for environmental research and a host of human health studies — but to the assistant professor in chemical and materials engineering, it felt like play: squirting a liquid gel into one-inch diameter cylinders, watching the gel cure like Jell-O in the fridge, then adding the cells to weave their way into the porous material.
And it worked. The lung and immune cells she put in the wiggly culture moved in and took up housekeeping. Then she turned on a pump to move liquid through the system to the pulsing rhythms of a beating heart.
Disaster. Her formerly tidy cylinders were ragged ruins, the cell’s once happy home ready for a tiny wrecking ball. It looked like B-roll on a disaster news broadcast.
“I don’t consider it lost time,” she said after this and other efforts to create cell high-rises failed. Every failure is one step closer to success. This is how the science game is played.
Still, there’s a great deal at stake. The National Science Foundation has awarded her more than a half-million dollars over the next five years to create a new laboratory test system, one that better predicts how our bodies and our cells react to potentially toxic compounds or potentially helpful ones. NSF called it work with potentially “deep scientific impact” across many disciplines. If the system is successful, Comfort predicts, it could reduce the need for animal studies and provide a more accurate appraisal of our body’s reaction to new substances than the usual laboratory approach. It could even help treat cancer.
Her office on the fifth floor of Kettering Labs is decorated with artwork from her three daughters, Holly, 9; Megan, 8; and Caitlin, 7. Rainbow drawings. Sweet notes with childish printing, “I love you Momme.” Paper hearts. Handprint flowers. Paper plate picture frames. And dead center between two long to-do lists on her office white board, a heart scrawled in green, now a few months old. It said, “I love you so much Mommy.” (“I can’t find it in my heart to erase it,” Comfort said.)
Comfort, director of the graduate bioengineering program, came to her passion for science naturally. As an 8- or 9-year-old she corralled the family’s Barbies — with three girls in the house, she had an army of them — pulled off an arm here, a leg there, and created a Barbie hospital. When she was 8, she asked for a microscope for her birthday and subjected everything she could think of to its low-power scrutiny. Before that, the whole family overslept one morning because 7-year-old Kristen had taken apart her mother’s alarm clock to see how it worked, then failed to put it back together again. Somewhere along the way, her native curiosity joined forces with imagination, and the problem-solving demands of science drew her in. That led Kristen Krupa, as she was then known, to the University of Dayton, where she earned a chemical engineering degree in 2002, which eventually led to her present project: Think of it as human-in-a-box.
Her goal is to improve the way laboratories test cells. Typically, studying the biological impact of any chemical or drug involves squirting it onto a flat dish carpeted with identical, growing cells, then watching what happens. Do the cells emit chemical help signals? Do they change shape, alter structurally, stop multiplying, multiply faster? Do they use less oxygen or require fewer nutrients? Do communications between cells break down? Do they die? Or does everything tick along smoothly?
Theoretically, the way that pancake of cells responds predicts the way our bodies will respond to the same chemical. It seems a reasonable supposition. And if we were cell pancakes, it would be. But too often, laboratory studies aren’t borne out when scientists take the research to the next level — usually studies in rodents. That’s certainly been the case for silver nanoparticles, which is what Comfort plans to test in the experimental system she’s creating. In cell pancakes, silver nanoparticles are bad actors. Cells exposed to these tiny creations of 1 to 100 nanometers — 600 times smaller than the width of a human hair — look stressed, act weird and die. But expose mice to these same tiny bits of silver and — nothing, or very little. The mice carry on their little mouse lives with their usual brio. Clearly, something isn’t translating between culture dish and four-footed human stand-in.
Comfort looked at the cell cultures, and the problem seemed obvious: “It’s just sitting there,” she said. “Nothing is moving. And you’re trying to correlate the results from a cell culture to the three-dimensional, dynamic, multicellular system of a living thing? No wonder it falls apart. Especially when you’re talking about nanoparticles. Because they’re so small, any little influence changes how they interact with cells.” Yet it’s not practical to go straight to testing in mice. Such a solution would be both costly and involve an awful lot of mice.
Comfort hopes to create a bridge, a span to carry her from the oversimplified world of cells in a dish to the complexity of a mouse
by adding in the cellular interactions that make our human bodies run.
Comfort grew interested in the problems of cell culture during her post-doctoral research year at Wright-Patterson Air Force Base while working in the laboratory of another UD alumna, Laura K. Braydich-Stolle ’01, a biologist in the Molecular Bioeffects Branch at Wright-Patterson Air Force Base.
Comfort and her husband, Donald, had arrived in the Dayton area in 2008. Donald was further along in his professional life than Kristen, having completed both his doctorate and post-graduate research, and was beginning at UD in a tenure-track position. When her husband’s job offer came through, Kristen had a freshly minted doctorate from North Carolina State University. When she moved to Dayton, she took what was on offer: part-time teaching at the University of Dayton. She had zero teaching experience and zero teacher training. “They threw me into thermodynamics — which is not the easiest,” she said. “I loved it, loved it, loved it!”
She had never intended to teach, always dreaming of working in industry, but at UD she realized her extrovert tendencies — not exactly common among engineers, she said — were a perfect fit. “My husband says I can talk to a blank wall,” she said. “Teaching is a way I get my words out. I love that interaction. I feed off that energy.”
After completing her post-doc with Braydich-Stolle in 2012, Comfort was hired at UD. This year, she’s preparing for tenure review.
Braydich-Stolle said Wright-Patterson had hoped to keep Comfort. Comfort’s research colleague called her “very high energy, and extremely focused … a very meticulous scientist.” But Braydich-Stolle saw her deep love for teaching, and that’s how Wright-Patterson lost out to UD. Comfort wanted to get her words out.
She and Braydich-Stolle continue to collaborate. On the NSF grant project, they create cell cultures that live, not as cell pancakes, but in three dimensions. To add to the authenticity of their experimental system, they will employ several cell types in a single test, including immune cells known as macrophages.
Picture a six-cup muffin tin made of clear plastic, but with slots between each cup so that batter can flow between them, and you have a fairly good idea what this pilot system looks like. Two of the cups are needed to cycle liquid in and out of the system. The other four could each become home to particular cell types. For instance, to test silver nanoparticles, chamber No. 1 will hold three-dimensional lung cell cultures, chamber No. 2 will feature liver cells growing on 3-D structures, and chamber No. 3 will be home to 3-D skin cell cities. (The fourth chamber won’t be used.) The pulsatile pump will push liquid through the system. Finally, macrophages will travel in the liquid, cycling through each cell chamber. Then the nanoparticles will cycle through.
The tissue arrangement isn’t a whim. The nanoparticles will travel to lung, liver, then skin — the same order human tissues experience inhaled nanoparticles. Adding macrophages to the mix may challenge all assumptions: Do they gobble up invading particles or ignore them completely?
Although “nanoparticles” sound exotic, they’ve become increasingly common in consumer products during the last 10 years as the tools to image them — things like high-powered microscopes — developed. As we got better at seeing them, we began to understand their properties, such as strength, durability and low weight, and engineer them more precisely to meet our needs. Thus, they’ve made their way into hundreds of applications, including cell phone cases, toothbrush bristles and even the fur of some stuffed animals, according to a study by the Woodrow Wilson International Center for Scholars. Between 2006 and 2014 — the most recent data available — the number of products with nanomaterials increased 521 percent to encompass 1,317 items. About a quarter of those use silver nanoparticles. “It’s used for coatings, cosmetics, anything designed to kill bacteria,” Comfort said. “It’s something we’re in contact with on a daily basis.”
But what happens when we inhale these infinitesimal particles isn’t certain. They’re so small, there’s hardly anything they can’t get into. A silver nanoparticle sized 10 nanometers or smaller is half the size of most virus particles, and it can pass into a cell
like a needle through fabric, like a ghost through a wall. It doesn’t even need a door.
Yet with their small size comes giant opportunities. Gold nanoparticles, for instance, could serve as drug delivery mechanisms. In traditional cell cultures, Comfort said, they work like a charm. “But put them in an animal model and the particles disappear. The macrophages eat them.” With her laboratory system, Comfort said, she could see what percentage of gold nanoparticles the macrophages leave behind. That would help determine how many particles would be required to still sneak some past the macrophages and to the targeted tissue.
Comfort is also working with a group of UD chemistry researchers on the creation and testing of compounds to treat non-small-cell lung cancer, a very aggressive, treatment-resistant disease. They are using specially engineered inorganic chemistry compounds. Once in the airways, these compounds are engineered to behave like smart bombs, adhering to lung cancer cells. Finally, laser light tuned to a specific wavelength triggers the kill signal. Comfort said her system will help determine the ideal compound dose to evade destruction by the immune system.
It’s one of the many ways Comfort’s system can be adapted to meet multiple research needs.
For instance, the system isn’t limited to nanomaterials. In a study led by Braydich-Stolle, they will use their cupcake pan-like assembly to follow the biological path of the toxic heavy metals. Metal ions leach from airplane parts, elevating metal exposures in airmen to much higher levels than experienced in the general population. To test for metal toxicity, Stolle will use liver, kidney, spleen and immune cells — the critical
pathway for metal toxicity.
“There are innumerable ways we can use this system,” Comfort said. “That’s the thing I love about this project.” And, there’s potential to expand to even more types of cells. “We could focus on an airway model. We have a detox model. We could focus on tumor models. Any cell type you want to put together, you can create a focused, individualized system,” Comfort said.
Still, several challenges remain. While the problem of the cell gelatin high-rises has, for the moment, been solved with off-the-shelf materials, Comfort would rather create her own. Describing silver nanoparticle behavior in the new system will take up much of the final few years of the project. Ultimately, she hopes to compare her results with results in mice exposed to silver nanoparticles. This will tell her just how close her human-in-a-box comes to emulating life.
From watching her own children, Comfort knows that an interest in science has to start early. Her oldest daughter, Holly, nicknamed “the lawyer” for her ability to argue, wants to be a marine biologist and an artist. Megan, the middle child, is “the engineer,” undoing baby locks when she was a toddler, and taking apart an expensive toy using her plastic Black & Decker tools. “I was angry and proud at the same time,” Comfort said. Even youngest sister Caitlin, officially “the troublemaker,” has a knack for experimentation. She discovered that if she pushed the toilet seat up, she could get daddy, the only male in the house, in trouble. How fun is that?
If a child isn’t turned on to science by second grade, research shows, it’s too late, Comfort said. So she makes outreach to children a goal, visiting her children’s day care in summer and their schools in the school year with quick, fun experiments, such as demonstrating the engineering perfection of an egg by standing on a grid of them, or piling up books atop an eggshell.
She’s also helping train today the next generation of researchers. Comfort is active in UD’s Minority Leaders Program that pairs minority students with research mentors. And the NSF grant is helping fund positions for an additional graduate student and two undergraduate students in her lab.
Katie Burns, who is completing her master’s degree in bioengineering in Comfort’s lab, feels like she lucked out when she began working with Comfort. “To see the things she’s doing, and being successful, and at the same time having a family, it’s just pretty great to have somebody like that as my mentor,” Burns said. “I found a mentor who embodies so much of what I hope to be in the future.”
In budding researchers and precocious children, Comfort also sees the future. Each July, Comfort is part of the annual University of Dayton Women in Engineering camp. Young women from at least 20 states attend the program, living in dorms for the week while they complete experiments and learn from professional engineers. It’s one of her favorite weeks in the summer.
“You see these 16-year-olds who are, ‘I’m gonna go and I’m gonna cure cancer,’” she said.
And when they’re ready, Comfort plans to have the cell model ready for them to test their cures.
Jenni Laidman is a freelance writer specializing in science and medicine.No Comments
Shauna Green, the second-year Dayton women’s basketball coach, likes to keep her family time separate from her job, but carving out windows for her husband and 3-year-old son isn’t easy with recruiting having intensified the last several years.
Home was once somewhat of a sanctuary for coaches; but they know there’s now a risk of falling behind in recruiting if they allow themselves to ever truly clock out.
“It never stops. It’s always been that way in this profession, but it’s definitely more so now,” Green said. “It used to be if you talked to people who had been in this a long time, they’d go to the office to work. But if I’m out to dinner with my family and a recruit calls, I take it. My family knows that’s just part of it.
“The other night, I had a million recruiting calls to make, and I’m out in my front yard, and my 3-year-old son wants to kick the soccer ball around. I’m running around and kicking the ball and talking to recruits with my phone in my hand. You look like a crazy person, but you learn how to multitask.”
The spike in social media has been going strong for a decade or more and shows no signs of ebbing, and the NCAA recently changed its rules to reflect advances in technology.
Women’s basketball coaches can contact a recruit through calls, text messages, Twitter, Instagram, Snapchat and Facebook beginning Sept. 1 of the recruit’s junior year — multiple times a day if they like. The only restriction is they can’t go on Twitter and send a tweet to a recruit, although direct messages, retweeting or “liking” something is fine.
“Having done this for 15 years, I can see the difference in the last few years — just with the whole text-messaging thing. That’s really changed the game,” said Green, who led the Flyers to their first sweep of the Atlantic 10 regular-season and tournament titles last year.
“It’s nice for us as coaches because you don’t actually have to call them to get to know them, and they feel more comfortable texting than they do talking. That’s definitely a generational thing.
“I’ve had instances where you’d call a kid, and they don’t answer. But you text them, and they’ll text you right back. You go, OK, you have your phone right there because you just texted me. It makes you mad in a way, but you have to say, ‘That’s how these kids are. The way they communicate is so different.’”
Another motivation for the NCAA to ease its restrictions was to allow coaches and high school players to become more familiar with each other. And given the mounds of electronic exchanges, that’s undoubtedly happening.
If UD is interested in a prospect, the staff will follow the athlete on Twitter. If the recruit reciprocates, the Flyers know they’re in good shape.
Men’s basketball can contact players beginning June 15 after their sophomore years. And while the options seem almost endless, the UD coaches are trying to figure out what works best for them.
“What our staff still needs to get our head around is, do we want to retweet, do we want to ‘like’ this? The simple answer is ‘yes’ because we’re going to be engaged with that recruit. But at the same time, it’s a slippery slope,” said Andy Farrell, the director of scouting and program development for the Flyers.
“If you do it for one recruit, do you have to do it for all 100? ‘Dayton is retweeting so and so, why aren’t they retweeting me?’ We’ve got to be a lot more strategic with it. You see a lot of programs across the country retweeting and ‘liking’ everything, and it almost loses that touch if it’s mass-produced.”
Farrell has been on both sides of the recruiting onslaught. One of his stops before UD was at Southwest Mississippi Community College, and he learned much by seeing how his players were pursued.
“I could look at a recruit’s phone, and there would be four notifications. One’s an email, one’s a phone call, one’s a text message and one’s a social media alert. They’re looking at the social media alert first 90 percent of the time,” he said. “They’ll look at the text message next, then the missed call last.
“I’m just speaking from experience at the junior-college level. I’d say, ‘Hey, let me look at your phone real quick.’ He’d hand me his phone, and there’d be 14 unread text messages. You see the icon for 14. You go over to his social media, and there’s no red No. 1’s or red No. 4’s on those. Those were checked.
“You’ve got to utilize the different ways of communication — not saying you have to do one over the other, but I think the social-media messaging is going to be checked more frequently.”
Social media has allowed teams to get the message out about their programs quickly and effectively. UD women’s soccer assistant coach Dean Ward has found short videos — usually of Flyers scoring goals — get favorable responses.
“Nowadays, with this generation, video clips of five to 30 seconds catch their attention before they move on to the next thing,” he said. “The days are gone where you sit down and watch a video for 20 or 30 minutes. It’s all short and instant gratification and instant images.
“That’s why Instagram and Snapchat are probably the most prominent platforms right now in social media — for the kids of the age we’re trying to recruit. Things like Facebook have become an older generation type of thing.”
Asked if most high school athletes have Instagram accounts, Ward replied, “I have not met many who don’t.”
Posting game footage doesn’t seem like a chore to Ward, who was an assistant at the University of Tennessee the previous five years, because he said he’d be on his smartphone anyway.
“When I’m at home on the sofa for five or 10 minutes, I’ll kind of flip through and go to Instagram and Twitter and ‘like’ certain things from kids we’re recruiting,” he said. “After seeing kids play, I’ll try to find them on social media and follow them.
“It’s one of the things you tick off on the list — not sit down and spend two or three hours a week on social media stuff. It just kind of happens a minute here and a minute there.”
For some UD coaches, the best method for reaching recruits is still the old-fashioned way.
“For me, I don’t think it’s changed a lot,” said first-year baseball coach Jayson King, who was the recruiting coordinator at the U.S. Military Academy last year and a successful Division-II coach for 20 years before that. “I think it’s something that can help you. It’s more of a branding type of thing where people can see what you have going on and can get a glimpse inside of what you’re doing.
“But in general, it’s your standard, ‘See players, call them, get them on campus and show them what’s there and describe what the opportunity is.’”
First-year men’s basketball coach Anthony Grant, like King, doesn’t have a personal Twitter account. Predecessor Archie Miller also was resistant to becoming part of that realm.
But the team has one (@DaytonMBB), and Grant sees some value in that.
“It gives your fans and the public in general a view into your program and the things you do on a day-to-day or week-to-week basis. It gets your story out there,” he said.
One of the concerns about loosening the rules on electronic communication was that kids would be inundated with contact from coaches. But at least one UD athlete didn’t find it to be taxing.
Kendall Pollard, a senior basketball star for the Flyers last season, played for Chicago Simeon High School when texting restrictions were lifted and was encouraged by the attention he received.
“As a player, you’d like to know who’s interested in you directly. Right before that, they would send letters to the school or call my high school coach, and he would never tell me,” Pollard said.
“When coaches were allowed to [text], I was like, OK, I’m getting interest from this school and this school. When I started receiving messages on Facebook and stuff, that gave me an extra boost. I was able to see who was interested in me, and it made me go out there and play even harder.”No Comments