U.S. Bureau of Labor Statistics make the numerical argument: They note that software development, one common computer science career option, has a current median national pay of $110,140. And the BLS foresees 22% growth in openings — more than 400,000 new jobs — through 2030.Everyone knows that a computer science degree is a ticket to a bright future. The researchers at the
Carlos Rivas-Valencia, a senior in the Bachelor of Science in Computer Science program in the UAB Department of Computer Science, sums up the appeal in terms of possibility. “It opens so many doors and opportunities,” he said. “I can dive into medicine, business, education or any other sector and go from building computer programs that help doctors better diagnose patients to working on the new self-driving cars.” Rivas-Valencia is interested in becoming a software engineer. Even before he graduates, he will have completed internships at two big-name companies. Last summer, he had a software engineering role at Khan Academy, the open-education company, working alongside full-time engineers on the Frontend Infrastructure team, where he built new user-interface components, fixed bugs and wrote documentation on his changes. This summer, he will again be working as a software engineer at the San Francisco offices of Lyft — one of several companies that has made a major investment in self-driving cars.
But not everyone starts out knowing they might be interested in a future in computer science. Amalee Dianne Wilson, a two-time UAB computer science grad (B.S. 2016, M.S. 2018) now pursuing her Ph.D. in the heart of Silicon Valley at Stanford University, started off in that group.
“I ended up taking a programming class, almost by accident, and was hooked. It was the most fun, challenging and interesting class that I had ever taken.”
“A lot of people in computer science started programming when they were in their teens, but I was an adult-onset programmer,” Wilson said. “I was studying biochemistry and wanted to go to med school; but after my experiences in the emergency department, I realized that medicine wasn’t for me. I ended up taking a programming class, almost by accident, and was hooked. It was the most fun, challenging and interesting class that I had ever taken.”
300-plus percent growth
You will hear similar adjectives from many computer science students and alumni. “I like problem-solving and optimizing, and you get that a lot in this field,” said Sonia Grzywocz, who graduated from UAB’s Bachelor of Arts in Computer Science program in 2021 and now works as a full-stack software engineer for fintech/cybersecurity company NXTsoft in Birmingham. “I wanted something that would challenge me from the beginning and for the rest of my career.”
Chris Rocco, a 2019 graduate of the B.A. program, started out as an intern and then a full-time employee at Google and now works for YouTube, a Google subsidiary. Rocco has known that he was interested in software engineering since his early teens, and even considered a coding bootcamp program instead of getting a university degree. “But it’s always better to have a college degree,” he reasoned. “And it’s good to be around other people interested in the same thing.”
There are more students than ever in the UAB Department of Computer Science, notes Chair Yuliang Zheng, Ph.D. In spring 2016, soon after Zheng arrived to lead the department, there were 220 students enrolled — 175 undergraduates and 45 graduate students. By spring 2022, there were 920 — 568 undergraduates and 362 graduate students, enrolled across four undergraduate and four graduate programs (see “Degree offerings” box below). That is a 318% increase over six years.
The four Frees brothers, all dual bachelor’s/master’s graduates of the Department of Computer Science between 2008 and 2021, illustrate the job options available to computer science graduates in Alabama. Jeffrey (B.S. 2008, M.S. 2010), the oldest, is a senior consultant at a global information technology consulting firm; Eric (B.S. 2009, M.S. 2011) is a software engineer at a construction software firm; Stephen (B.S. 2014, M.S. 2019) is a computer scientist for an avionics analysis corporation; and Jonathan (B.A. 2020, M.S., 2021), the youngest, is a system programmer at a computer forensics research lab.
In the most recently available data, based on the First Destination survey of recent graduates, “97 percent of our undergraduates have a job within six months of graduation — basically full employment — and I believe that is the highest rate at UAB,” Zheng said. Most of these students work at Alabama companies, Zheng adds, although as the graduates above demonstrate, they can compete for positions at the country’s elite companies and institutions as well.
Of course, the same hot job market for students applies to faculty, who could make far more money in the private sector. “Our faculty are top-notch educators and leaders in their fields, and their efforts in particular over the past years as enrollment has grown are remarkable,” Zheng said. But to keep up with enrollment, the faculty needs to expand, Zheng points out, and the department recently celebrated a landmark in this regard — its first endowed faculty position. A gift from alumnus David Brasfield (B.S. 1984), founder of NXTsoft, and his wife, Phyllis, has created the Phyllis and David Brasfield Endowed Faculty Scholarship in Computer Science. Endowed positions are common in medical schools, where recruitment has long been fierce, and the competition is heating up in computer science departments as well, Zheng notes. “Endowed positions give us an edge when recruiting new faculty, and this gift is an important step forward as faculty are in high demand nationwide,” Zheng said.
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Scholarships support future leaders, economy
KeDarius Knight graduated with a B.A. degree in computer science in 2020 and now works as a software engineer in Birmingham with financial technology company FIS. While at UAB, Knight received the Dora and Sanjay Singh Scholarship for Computer Science, established by Birmingham tech entrepreneur and former Collat School of Business faculty member Sanjay Singh, Ph.D., and his wife. “For students who want to go to school but don’t have the money, I want to help them see a pathway,” Singh said.
Scholarships “help attract more talented students into our programs to learn from world-class experts who have state-of-the-art knowledge and skills in cybersecurity, machine learning, data science and mobile computing, all of which are indispensable to the economic development of the region and the state,” said department chair Yuliang Zheng, Ph.D.
In 2021, two undergraduates in computer science — Mamoudou Barry and Ayusha Khadka — received support with a gift from the Cadence Bank Computer Science Diversity and Inclusion Scholarship Program. “When I moved to the United States in 2017, I faced many challenges, such as learning English and working double shifts; but my dream to become a computer scientist and the first in my family to graduate from college gave me the courage not to give up,” Barry said. “[Cadence Bank’s] generosity is helping me to make my goals and dreams a reality.”
Scholarships give students an opportunity to expand their horizons as well. Fast Slow Motion, a Birmingham-based company founded by alumnus John Burdett (B.S. 2000), established the Fast Slow Motion Endowed Scholarship in Computer Science in February 2020. The first recipient was Isabelle Brown, a student in the B.S. in Computer Science program with plans for graduate study in computer science.
“The Fast Slow Motion scholarship will allow me to take additional classes to further explore computer science ideas and topics,” Brown said. “That will allow me to gain more skills to help both my future academic endeavors and my career goals.”
“This scholarship demonstrates our dedication to the advancement of Birmingham’s technology ecosystem,” Burdett said. “Fast Slow Motion is pleased to partner with UAB to recognize exceptional computer science talent and encourage them to begin their careers here.”
“Programming is becoming a new literacy”
An academic career has many kinds of rewards, says Professor John Johnstone, Ph.D., who was regularly cited by the alumni in this story as a standout educator. “Perhaps the main reason I am drawn to teaching is the opportunity it offers to immerse yourself in a subject and to understand it deeply,” Johnstone said. “It is indeed true that, to understand something, you should teach it. Teaching is also about trying to light the spark in someone else by clearly showing the beauty of a subject — and I always see a lot of beauty in the topics I teach.”
The combination of intellectual stimulation and the prospect of financial remuneration is a powerful attractor for students. “That is one of the unique things computer science offers — with a lot of four-year degrees, you don’t necessarily have any guarantees that you will be able to support yourself; but computer science is lucrative,” Wilson said. It is also ubiquitous. “Programming is becoming a new literacy. My colleagues who do research in biology, neuroscience and chemistry all use Python [a popular programming language] on a regular basis. Programming experience is a huge resume-booster across disciplines, and it’s arguably crucial for doing research in most scientific fields. Enrollment is booming because people understand these benefits of a computer science degree.”
“I like problem-solving and optimizing, and you get that a lot in this field. I wanted something that would challenge me from the beginning and for the rest of my career.”
The B.S. degree still has the highest enrollment in the department; but the B.A. degree, launched in 2016, is gaining quickly. The B.A. program was designed to allow students to combine a broad-based liberal arts education with a strong foundation in computer science, so that they become so-called T-shaped professionals. Students in the B.A. program must complete a minor to give them significant exposure to a second discipline. The program’s core curriculum also fulfills typical computer science graduate school course prerequisites, so students can pursue graduate-level studies if they choose. (The department’s Bioinformatics and Digital Forensics undergraduate programs are similarly interdisciplinary in focus and prepare students to start careers or move into graduate education. See box, “Exciting and impactful.”)
Rocco chose to minor in mathematics, both “because it is incredibly interesting by itself but also because it supplements computer science very well,” he said. Grzywocz minored in social media strategies. “I figured it would give me a better understanding of the target audience and how to make a product desirable,” she said. “I have already seen that benefiting me at work.” Both alumni say they were attracted to the B.A. program because of its flexibility.
“There are a lot of different careers out there, and the B.A. allows you to tailor your studies to fit your goals and aspirations,” Grzywocz said.
“I appreciate being well-rounded and not having to take courses that are just related to your major,” Rocco said.
Founders and innovators
One of the ways Rocco spent his time while at UAB was as part of the university’s Student Accelerator program, where he received funding and support to launch his own web development company. That experience gave him “a lot of the necessary ingredients in developing a professional skillset,” such as “learning to network and meeting new people who are also ambitious,” Rocco said. “And however you do it, if you start your own business, you are going to learn a lot no matter what happens. Fulfilling contracts with real companies is invaluable experience.”
UAB computer science alumni are no strangers to startup success. The group includes Adam Aldrich (B.S. 2007), president and founder of mobile app/software development company Airship; Julie Hanna (B.S. 1987), founder of Scalix, an early innovator in open source email and calendaring software and current special adviser to Google’s Moonshot Factory; James Wu (Ph.D. 2003), CEO and co-founder of DeepMap, which creates high-definition maps for autonomous vehicles; Stephen Brossette (Ph.D. 1998), co-founder of health-tech ventures MedMined Inc. and MedSnap LLC; and Darmesh Shah (B.S. 1994), co-founder and CTO of marketing and customer relationship management service HubSpot.
Wilson’s doctoral research at Stanford is focused on algorithms for parallel SMT solving (a type of automated reasoning), but she did not start out with an interest in an academic career. “I started doing research as an undergrad because I thought it would make my resume look good when I started applying for software engineering jobs,” Wilson said. But as she began working on compilers for high-performance computing with faculty Puri Bangalore, Ph.D., and Peter Pirkelbauer, Ph.D., the intellectual interest and challenge drew her in. After finishing her master’s degree at UAB, she took a research position at Los Alamos National Laboratory in New Mexico and now has a Department of Energy Computer Science Graduate Fellowship to help fund her doctoral studies.
Her choice of Stanford University for her Ph.D. was strategic, Wilson adds. “I want to start a company,” she said. “The Bay Area is the best place for that.”
The department has four graduate degrees:
In addition to the B.S. and B.A. programs in computer science, the department offers two interdisciplinary undergraduate programs: the B.S. in Digital Forensics, a joint program with the Department of Criminal Justice, and the B.S. in Bioinformatics, a joint program with the Heersink School of Medicine and Department of Biology.
“Some of the most exciting and impactful jobs are now in the field of computer science,” said Professor John Johnstone, Ph.D., who co-directs the Bioinformatics program. A digital forensics major is a gateway to a cybersecurity role, one of the most in-demand tech-oriented jobs in Alabama and nationwide. And as modern medicine becomes more computational, programs like Bioinformatics serve as excellent pre-med disciplines, Johnstone adds.
“Bioinformatics attracts a student who is interested in a broad education not only in computer science, but in the sister disciplines of biology and chemistry, with the goal of learning how to work computationally with the genome,” Johnstone said. These students are “excited about the application of computation and algorithmic thinking in computer science to the biomedical realm,” he said. “This reflects a trend in modern science, where an interdisciplinary background is necessary to succeed in certain areas, with medicine being a perfect example.”