It’s serious research, and each AALL student commits about 30 hours a week to AALL on top of their classwork and other extracurriculars. But the students say the knowledge they acquire and the opportunity to publish at a professional conference as an undergraduate are well worth the investment.

“The lab is very supportive; we learn together,” says Derin Gezgin ’27, a computer science and statistics and data science double major from Izmir, Turkey. “While we’re undergrad students, we do grad-level work. After we finish a project, our final goal is to contribute to science. We can do this by having publications, and if you want to apply to grad school, being published is important as it shows you can commit to a novel research project and finish it.”

The AALL and other computer science labs are funded by emeritus trustee Jean C. Tempel ’65 and directed by Professor of Computer Science Gary Parker, who has taught at Conn since 1999 and whose research focuses on methodologies for learning in autonomous agents. Since its founding soon after Parker’s arrival, the AALL has continued to grow and now has about 20 students working on two dozen projects at any given time during the academic year.

“It is important to create an environment where students can learn the problem-solving techniques that will help them to go beyond the thoughtful use of established applications into the realm of scientific discovery,” Parker says. The professor is the students’ primary adviser, while O’Connor guides them through Parker’s concepts and ideas.

AALL’s research focuses on evolutionary computation, so instead of writing an AI model from scratch, students evolve an existing one. “We’re trying to push artificial intelligence in game playing because playing games like chess, and some video games, is a good example of how you can push the limits of AI,” O’Connor says. “We create a bunch of little agents, each with its own characteristics, and each tries to solve a problem by playing a game.”

Just like biological evolution, only the fittest agents survive and procreate. Observing this process teaches students much of what they need to know about how to work with AI. “If the agents do well, that means they have high fitness,” O’Connor explains. “They ‘breed’ with other AI agents and create a ‘child’ that hopefully has the best of both worlds. They do that through millions of generations, and hopefully that gets them to the best solution.”

And because it builds upon existing work, evolutionary computation is more efficient, which means it uses less power and inflicts less harm on the planet. This aligns with Conn’s mission of environmental stewardship, O’Connor points out.

Jay Nash ’26, a computer science and physics double major from Mill Valley, California, published a paper, “Using Secondary Inherited Characteristics During Reproductive Choice to Replicate Allopatric Speciation,” at the International Joint Conference on Computational Intelligence (IJCCI) held in Portugal last November. Another paper, “The Evolution of Complex Attributes in a Species of Simulated Agents,” has been accepted to the Institute of Electrical and Electronics Engineers Symposium Series on Computational Intelligence (IEEE SSCI). He’ll travel to Norway to present that research later this month.

“We use genetic algorithms as a clever way of guessing solutions,” Nash says. “Once we break down a problem into a set of parameters, we can guess possible solutions and use their effectiveness to inform our next guess.”

Annika Hoag ’26, a computer science and dance double major from Westford, Massachusetts, is working with robots and also has her eye on efficiency. She started doing research in the lab the summer after her first year, applying a simulation Parker developed about 20 years ago to a real robot. Hoag is working on an energy-efficient transformer model and plans to submit her work to the IEEE International Conference on Systems, Man, and Cybernetics (IEEE SMC), to be held in Austria this fall. “I'm thinking about sustainable computation because things like ChatGPT are really not energy efficient, not sustainable and bad for the environment,” she says.

Matthew Lee ’26, a computer science major from Busan, South Korea, is working on two papers for publication consideration. His current project involves a real-time simulation game in which agents each control an army of units. “We implemented a neural network agent that plays the game, and we reached a certain point where we found some emergent behaviors of interesting gameplay from the agent,” he explains. 

“The lab has been a huge opportunity for me. I’ve learned so much. Jim taught us how to do literature reviews and how to make a serious attempt at science. He taught us the state of the art, and what a good paper looks like, and it all prepares us really well for the graduate schools most of us are attempting.” 

Such intense, intricate and interesting work has created a close bond among the AALL members. “I’ve been a part of the lab for so long, I feel like it’s one of my many families at Conn,” Hoag says. “I’ve met a lot of my friends through the lab, and it’s taught me so much academically and showed me what I want to do in the future.”