LLM Post-training · Coding Agents · Agent Memory

Training agents to learn, remember, and improve through interaction.

I am Ziyang Zhou (Deric), a Ph.D. student in Computer Science at Nanyang Technological University, advised by Prof. Yang Liu. I received my B.Sc. from Xi'an Jiaotong-Liverpool University in 2026.

My current interests are LLM post-training, coding agents, and agent memory. I study how agents can learn from trajectories, preserve useful experience, and continually improve on long-horizon tasks.

01 / Education

Academic path

From a broad computer science foundation to focused doctoral research on learning agents.

2026 — Present

Current

Nanyang Technological University

Ph.D. in Computer Science · College of Computing and Data Science

Advisor: Prof. Yang Liu · Singapore

2022 — 2026

Completed

Xi'an Jiaotong-Liverpool University

B.Sc. in Information and Computer Science

GPA 3.7 / 4.0 · Suzhou, China

02 / Research

Selected publications

Work on agentic reasoning, affective language understanding, and multi-agent collaboration. Full list on Scholar ↗

03 / Experience

Selected experience

Work spanning LLM post-training, coding agents, agent memory, and production agent systems.

Gerstein Lab

Deep Research & Self-Evolving Agents

Worked on cross-framework agent memory, coding-agent evolution, and reinforcement learning for self-improving agents.

Lab ↗
AxiomsTen

Algorithm Engineer Intern

Built agent services, Graph-RAG abstractions, and multi-turn reasoning workflows for personalized user interaction.

OPPO Personal AI

LLM Agent Collaborator

Designed retrieval-augmented agent memory and knowledge bases, improving GAIA performance by 18.7%.

Human-Centered Language Computing Group · XJTLU

Multi-Agent Language Research

Developed CAF-I, SEVADE, and RAM-SD for multi-agent reasoning, self-evaluation, and retrieval-augmented language understanding.

Audio Intelligence Lab · XJTLU

Audio Intelligence Research

Built device-aware acoustic scene classification and HuBERT-based accent recognition systems.

04 / Research direction

Useful agents should not only act. They should learn from what happened.

I am interested in post-training systems that turn trajectories into reusable memory, improve coding behavior, and help agents adapt across long-horizon tasks.

Let's talk about research ↗