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PsychEval: A Multi-Session and Multi-Therapy Benchmark for High-Realism AI Psychological Counselor

Qianjun Pan, Junyi Wang, Jie Zhou, Yutao Yang, Junsong Li, Kaiyin Xu, Yougen Zhou, Yihan Li, Jingyuan Zhao, Qin Chen, Ningning Zhou, Kai Chen, Liang He

TL;DR

PsychEval presents a pioneering benchmark for AI psychological counselors that emphasizes high realism through multi-session, multi-therapy interactions, with a unified three-stage clinical workflow and a hierarchical skill taxonomy. It combines over 2,000 client profiles and 369 real-world case reports across five therapies plus an Integrative approach, enabling rigorous memory, planning, and theory-switching capabilities. An integrated Holistic Evaluation Framework assesses both counselor proficiency and client simulation fidelity using therapy-specific and therapy-shared metrics, demonstrating superior quality and clinical fidelity relative to existing benchmarks. Finally, PsychEval is positioned as a high-fidelity reinforcement learning environment to support self-evolving, clinically responsible AI counselors, with planned enhancements in safety, ethics, and cross-domain reasoning.

Abstract

To develop a reliable AI for psychological assessment, we introduce \texttt{PsychEval}, a multi-session, multi-therapy, and highly realistic benchmark designed to address three key challenges: \textbf{1) Can we train a highly realistic AI counselor?} Realistic counseling is a longitudinal task requiring sustained memory and dynamic goal tracking. We propose a multi-session benchmark (spanning 6-10 sessions across three distinct stages) that demands critical capabilities such as memory continuity, adaptive reasoning, and longitudinal planning. The dataset is annotated with extensive professional skills, comprising over 677 meta-skills and 4577 atomic skills. \textbf{2) How to train a multi-therapy AI counselor?} While existing models often focus on a single therapy, complex cases frequently require flexible strategies among various therapies. We construct a diverse dataset covering five therapeutic modalities (Psychodynamic, Behaviorism, CBT, Humanistic Existentialist, and Postmodernist) alongside an integrative therapy with a unified three-stage clinical framework across six core psychological topics. \textbf{3) How to systematically evaluate an AI counselor?} We establish a holistic evaluation framework with 18 therapy-specific and therapy-shared metrics across Client-Level and Counselor-Level dimensions. To support this, we also construct over 2,000 diverse client profiles. Extensive experimental analysis fully validates the superior quality and clinical fidelity of our dataset. Crucially, \texttt{PsychEval} transcends static benchmarking to serve as a high-fidelity reinforcement learning environment that enables the self-evolutionary training of clinically responsible and adaptive AI counselors.

PsychEval: A Multi-Session and Multi-Therapy Benchmark for High-Realism AI Psychological Counselor

TL;DR

PsychEval presents a pioneering benchmark for AI psychological counselors that emphasizes high realism through multi-session, multi-therapy interactions, with a unified three-stage clinical workflow and a hierarchical skill taxonomy. It combines over 2,000 client profiles and 369 real-world case reports across five therapies plus an Integrative approach, enabling rigorous memory, planning, and theory-switching capabilities. An integrated Holistic Evaluation Framework assesses both counselor proficiency and client simulation fidelity using therapy-specific and therapy-shared metrics, demonstrating superior quality and clinical fidelity relative to existing benchmarks. Finally, PsychEval is positioned as a high-fidelity reinforcement learning environment to support self-evolving, clinically responsible AI counselors, with planned enhancements in safety, ethics, and cross-domain reasoning.

Abstract

To develop a reliable AI for psychological assessment, we introduce \texttt{PsychEval}, a multi-session, multi-therapy, and highly realistic benchmark designed to address three key challenges: \textbf{1) Can we train a highly realistic AI counselor?} Realistic counseling is a longitudinal task requiring sustained memory and dynamic goal tracking. We propose a multi-session benchmark (spanning 6-10 sessions across three distinct stages) that demands critical capabilities such as memory continuity, adaptive reasoning, and longitudinal planning. The dataset is annotated with extensive professional skills, comprising over 677 meta-skills and 4577 atomic skills. \textbf{2) How to train a multi-therapy AI counselor?} While existing models often focus on a single therapy, complex cases frequently require flexible strategies among various therapies. We construct a diverse dataset covering five therapeutic modalities (Psychodynamic, Behaviorism, CBT, Humanistic Existentialist, and Postmodernist) alongside an integrative therapy with a unified three-stage clinical framework across six core psychological topics. \textbf{3) How to systematically evaluate an AI counselor?} We establish a holistic evaluation framework with 18 therapy-specific and therapy-shared metrics across Client-Level and Counselor-Level dimensions. To support this, we also construct over 2,000 diverse client profiles. Extensive experimental analysis fully validates the superior quality and clinical fidelity of our dataset. Crucially, \texttt{PsychEval} transcends static benchmarking to serve as a high-fidelity reinforcement learning environment that enables the self-evolutionary training of clinically responsible and adaptive AI counselors.
Paper Structure (59 sections, 53 figures, 7 tables)

This paper contains 59 sections, 53 figures, 7 tables.

Figures (53)

  • Figure 1: The Unified Flow of Psychological Counseling.
  • Figure 2: The Flow of Structured Case Extraction.
  • Figure 3: The skill-informed generative pipeline for multi-stage dialogue construction.
  • Figure 4: Statistical information of skills and topics.
  • Figure 5: An Example of Static Traits.
  • ...and 48 more figures