About Me

Google Scholar

I am a neurosymbolic AI researcher specializing in cognitive architectures and expert systems, integrating symbolic reasoning with neural models to develop accurate, explainable, and adaptive cyber-physical AI systems. My research focuses on human-centered AI for decision-making, analytics, and intelligent operations, with applications in large language models for predictive maintenance, autonomous agents for product prototyping, and robotics for automated operations.

Currently I am a tenure-track Assistant Professor of AI and Information Sciences and Technology in the School of Business Administration at Penn State Harrisburg, with co-hire at the Institute for Computational and Data Sciences (ICDS). I earned Ph.D. in Informatics from Penn State University, advised by Frank Ritter, and M.S. in Instructional Technology and Learning Sciences from Utah State University, where I studied agent-based modeling and connected learning with Hillary Swanson, Uri Wilensky, and Bruce Sherin. I had bachelor in Finance and previously worked as a certified metals trader at Jinrui Futures Co., Ltd in Shanghai, China.

Recent news

Nov 2026 - Invited as a reviewer for Frontiers in Robotics and AI.

Nov 2026 — Interdisciplinary FinTech and AI grant funded by Penn State Harrisburg, with Indrit Hoxha.

Oct 2026 — Presented A Neurosymbolic Rural Primary Care Diagnostic Recommender at Penn State Health Milton S. Hershey Medical Center.

Oct 2026 — Awarded undergraduate research funding in health informatics by Penn State Harrisburg.

Aug 2026 — Decode the Mind of the Machine, with Aritra Bandyopadhyay, Alessandro Oltramari, Jonathan Francis, and Frank Ritter, accepted for presentation at ACM HCOMP 2026; invited to review for the Journal of Cognitive Engineering and Decision Making.

May–Aug 2026 — Earned my Ph.D. in Informatics and joined Penn State Harrisburg as a tenure-track Assistant Professor, with an ICDS co-hire and an affiliate appointment in Penn State’s College of Information Sciences and Technology.

Selected publications

  • CogDriver: The Longest-Running Autonomous Driving Cognitive Model Exhibits Human Factors.
    Christian Wasta, Siyu Wu, Frank E. Ritter.
    AHFE 2025, Cognitive Computing and Internet of Things
    🏆 Best student paper
    paper
  • VSM-ACTR 2: A Human-Like Decision Making Model with Metacognition for Manufacturing Solutions.
    Siyu Wu, Alessandro Oltramari, Frank E. Ritter.
    Journal of Computational and Mathematical Organization Theory 2025
    paper
  • Cognitive LLMs: Toward Human-Like Artificial Intelligence by Integrating Cognitive Architectures and Large Language Models for Manufacturing Decision-making.
    Siyu Wu, Alessandro Oltramari, Jonathan Francis, C. Lee Giles, Frank E. Ritter.
    Journal of Neurosymbolic AI 2025
    paper
  • LLM-ACTR: from Cognitive Models to LLMs in Manufacturing Solutions.
    Siyu Wu, Alessandro Oltramari, Jonathan Francis, C. Lee Giles, Frank E. Ritter.
    AAAI-MAKE 2025 Oral
    paper | slides
  • Neurosymbolic Cognitive Methods for Enhancing Foundation Model-based Reasoning.
    Kaushik Roy, Siyu Wu, Alessandro Oltramari.
    Handbook on Neurosymbolic AI and Knowledge Graphs 2025
    book chapter
  • VSM-ACT-R: Toward Using Cognitive Architecture For Manufacturing Solutions.
    Siyu Wu, Alessandro Oltramari, Frank Ritter.
    SBP-BRIMS 2024 Oral
    🏆 Best student paper
    paper | repo
  • Comparing LLMs for Prompt-Enhanced ACT-R and Soar Model Development: A Case Study in Cognitive Simulation
    Siyu Wu, Rodrigo F. Souza, Frank Ritter, Walter Lima Jr.
    AAAI Symposia 2023 Oral
    paper | repo | slides
  • Long Road Ahead: Lessons Learned from the (soon to be) Longest Running Cognitive Model
    Siyu Wu, Amir Bagherzadeh, Frank Ritter, Farnaz Tehranchi.
    ICCM 2023 Oral
    paper | repo | slides | simulation

Selected awards & fellowships

Work

Patents

  • System and Method for a Cognitive Architecture Utilized in Manufacturing.
    Siyu Wu, and Alessandro Oltramari
    Pending, Bosch LLC, 2024.

  • HARP: Human-like Robot Adaptation through Remediation and Memory Driven Planning.
    Dan Kushnir, and Siyu Wu
    Unissued patent application , Bell labs, Nokia, 2025.

Selected talks

Teaching

I develop and teach a wide range of foundational and interdisciplinary AI courses. Please visit my faculty website at Penn State Harrisburg for the full list of my courses and teaching schedule.