Masters Of Science In Applied Behavior Analysis – Although launched only three years ago, Arizona State University’s Master of Science in Applied Behavior Analysis (MS ABA) program continues to grow in the field of psychology.
The MS ABA program was developed in collaboration with local behavior analysis experts and utilizes an innovative curriculum that extends beyond the ASU campus. Members of the Master’s Program in Applied Behavior Analysis (MS ABA) in the Department of Psychology. Download the full image
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“Behavior analysis certification is recognized as a board-certified training continuum, and practicum hours are included in our curriculum,” said Adam Haas, program director and clinical assistant professor of psychology. “Our goal is to produce behavior analysts who are ready to go into the field and make an immediate impact.”
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To date, the MS ABA program’s pass rate for the behavior analysis certification exam is approximately 25 percent higher than the national average. The placement rate for program graduates is 100 percent. Three students in the recent graduating class were accepted into doctoral programs in behavior analysis or related fields, while the remaining 15 students found employment in behavior analysis in Arizona and beyond.
The success of the program has been supported by many community partners across the state. Partners create field study opportunities for students.
In a few weeks, current MS ABA students will present their research at the annual meeting of the International Association for Behavior Analysis in San Diego. Students presented a summary of their study and were selected to participate in a symposium or present a poster.
“I will be presenting my research project on information-based decision making in a symposium at the ABAI conference,” said Liz Singer, a second-year MSBA student who plans to pursue a doctorate after completing the program. “In my opinion, working with children with developmental disabilities means using student data every day to make important programmatic decisions that create the best possible learning environment for children.”
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Singer worked with MS ABA instructor Dan Stanoff on his project. Another research project looking at the interaction of singers with students during vacation at a special education school will be presented at the ABAI conference by a first-year MS ABA student.
Along with the success of MS ABA students, the program’s faculty also draws attention. Stanoff was appointed to the State Committee
Steinoff, a clinical assistant professor of psychology, was appointed by the governor to serve on the Arizona Board of Behavior Analysts for four years. The board reports to the Arizona State Board of Psychiatric Examiners, which oversees the licensing of psychologists and behavior analysts to practice in the state.
The process began a year ago, when Steinoff was selected as a prospective committee member for the Arizona Association for Behavioral Analysis and appointed by the governor. He will serve in this position for four years.
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“My role on the Behavior Analysis Committee is an honor and a benefit to the MS ABA program at ASU,” Steinoff said. “Part of our curriculum focuses on ethical considerations such as state licensure. My involvement with this committee gives students indirect access to licensure and ethical issues.” Haas was elected president of the Arizona Association for Behavior Analysis.
Haas was recently elected to a one-year term in the Arizona Association for Behavioral Analysis. The association has the highest membership in the nation, with 80 percent of certified and licensed behavior analysts in the state as members. Haas said one way the association benefits MS ABA students with expertise in behavior analysis and related fields is by talking to their members about topics related to behavior analysis in Arizona.
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Pam Marshall, associate professor of genetics and cell biology, joined a team of researchers from Arizona State University and Columbus State University that published new findings on calcium homeostasis in the April issue of Mathematical Biology. In the article Bifurcation and Boundary Cycles in Cytosolic Yeast Calcium, “Studies in this primitive cell …
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Pam Marshall, associate professor of genetics and cell biology, is one of an interdisciplinary team of researchers from Arizona State University and Columbus State University to publish new findings on calcium homeostasis in the April issue of Mathematical Biology.
This article, “Cytosolic Yeast Calcium Dissociations and Limiting Cycles,” details this fundamental cellular process in yeast and the mathematical model used to explain the cellular responses observed throughout the study. Download the full image
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Talk to ASU’s new undergraduate College of Arts and Sciences Marshall to learn more about what the research is all about and how it will impact the future.
Answer: Yeast lives in a close human environment, is part of our food preparation, bread and beer, but has long been a model system in which to study fundamental questions of biology. Yeast colonies are composed of many yeast cells and can be found naturally in soil, plants, and parasites of animals and humans.
These colonies are able to survive and thrive in a variety of environments, some of which are extremely saline. The mechanisms by which these organisms can maintain acceptable internal conditions against external changes, homeostasis, are certainly of great interest. The complex structure of these mechanisms is more easily studied in yeast and other simple organisms, but the results are often related to human health. The inner workings of heart cells are very similar to how yeasts control their internal environment. We are deepening our understanding of calcium homeostasis in yeast to unlock knowledge about our bodies and to develop new production processes in which yeast and related organisms play a role.
A: Our research aims to understand the dynamic properties of calcium homeostasis. After an environmental disturbance, such as a significant increase in the amount of calcium in the atmosphere, an organism will eventually adjust to it, but this process is not immediate. Furthermore, sometimes organisms fail to respond in one way and end up in one of several different steady states; That is, their reactions may appear to be divided. In other specific situations, the reaction may show oscillations, oscillating between different states and not settling in one of them. Observing and predicting the presence of diffractions and oscillations is always an interesting result and an important and direct way to test our understanding of the system. Knowing when these properties appear opens up the possibility of creating control mechanisms: we want to find ways to ensure that we achieve the desired end goal in medical applications.
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The achievement of this unique work is the integration of three different research methods aimed at understanding calcium homeostasis.
2. Mathematical modeling that predicts the probability of bifurcations and oscillations using known properties of yeast.
3. Physical modeling that bridges the single-cell-level predictions of a mathematical model averaged over the entire population observed in experiments.
The mathematical model we used actually predicts various properties of bifurcations and oscillations in yeast reactions. Our physical modeling shows that bifurcations can be seen as strong changes in the average response of yeast to large calcium concentrations in the environment. Finally, we confirmed that such changes occurred in real experiments.
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A: One of the most important aspects of this work is the avenues it opens for future research. We are currently exploring several areas of research based on these preliminary findings. We are exploring new experimental methods that will better reveal the details of the equilibrium mechanism. We are considering developing mathematical models that better capture the nature of the process.
A: An interesting aspect of this project was that it required the collaboration of three members of the mathematics and natural sciences faculty. I, a biologist with a yeast background, conducted experiments at the heart of the project with a group of my students. Haiyan Wang, a mathematician now at Columbus State University in Alabama, along with his external colleague Guang Fan, performed a mathematical analysis of the model and found that there were two divisions and oscillations within the model. Physicist Francisco G. Solis combined mathematical and biological work and analyzed experimental results based on mathematical results.
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