Education

• B.S. in Computer Science, Washington State University, 2025 (expected)

Work/Research Experience

• Jun 2024 - Present: Robotics Institute Summer Scholars
  • HARP (Human And Robot Partners) Laboratory | Carnegie Mellon University
  • Advisor: Dr. Henny Admoni, Michelle Zhao
• May 2024 - Present: AI Fellow
  • Cornell Tech | Break Through Tech
  • Advisor: Sithija Manage
• Aug 2023 - Present: Undergraduate Research Assistant
  • Doppa Laboratory | Washington State University
  • Advisor: Dr. Janardhan Rao (Jana) Doppa, Dr. Haipeng Cai, Aryan Deshwal, Shlok Tomar
• Sep 2023 - Dec 2023: CS Research Mentorship Program Mentee
  • Class 2023B | Google
  • Advisor: Dr. Emil Praun
• May 2023 - Aug 2023: STEP Intern
  • Google Core | Google
  • Advisor: Arun Tej Chennadi, Paul Valdez
• Aug 2022 - May 2023: Undergraduate Research Assistant
  • CASAS (Center for Advanced Studies in Adaptive Systems) Laboratory | Washington State University
  • Advisor: Dr. Diane Cook, Dr. Bryan Minor
• Jun 2022 - Aug 2022: Research Experience for Undergraduates
  • Robots in the Real World - CHARISMA Robotics Laboratory | Oregon State University
  • Advisor: Dr. Heather Knight, Alexandra Bacula, Deanna Flynn
• Feb 2022 - Aug 2022: Undergraduate Research Assistant
  • Driskell Laboratory | Washington State University
  • Advisor: Dr. Ryan Driskell
• Aug 2021 - Feb 2022: Undergraduate Research Assistant
  • Brozik Laboratory | Washington State University
  • Advisor: Dr. James Brozik, Michael Martinez

Skills

• Programming Languages
  • C/C++, Python, HTML/CSS, Haskell, MATLAB, LATEX, C#, SQL, R
• Developer Tools
  • VS Code, VS Community, Xcode, CLion, PyCharm, RStudio, Weka, Cytoscape, Google Colab
• Technologies/Frameworks
  • Command Line Interface - Windows/Unix, Robot Operating System, Linux, GitHub, Pandas, NumPy, PyTorch, Scikit-learn, TensorFlow, Matplotlib, Seaborn

Publications

Social Triangles and Aggressive Lines: Multi-Robot Formations Impact Navigation and Approach

Bacula, A., Villalovoz, E., Flynn, D., Mehta, A., & Knight, H. (2023, October). Social Triangles and Aggressive Lines: Multi-Robot Formations Impact Navigation and Approach. In 2023 IEEE/RSJ International Conference on Intelligent Robots and Systems (IROS) (pp. 4014-4020). IEEE.

Teaching

Teaching