Chemical Engineering of Forest Products · College of Chemical Engineering · Nanjing Forestry University

Xujie Fang

Chemical engineering undergraduate · Modeling & AI research tools

GPA 3.68, ranked 1st in class and 2nd in major. Building from chemistry and engineering fundamentals toward modeling, programming, and AI-assisted research workflows.

Education

Nanjing Forestry University · College of Chemical Engineering

Chemical Engineering of Forest Products · Undergraduate · 2024.09 - Present

GPA
3.68
Class rank
1
Major rank
2

Awards & Honors

View evidence

Skills

Core Discipline

Organic Chemistry · Clayden · March · Disconnection Approach

Modeling & Research

Math Modeling · Python · Markdown · LaTeX · Origin · CET-6 457

Dev & Productivity

HTML · CSS · JavaScript · React · VS Code · Codex

Engineering & KM

Office/WPS · Axglyph · AutoCAD · Aspen Plus · Zotero · Obsidian

Projects & Practice

ChemExam · Chemical Engineering Exam Builder

Developed a React/Electron + FastAPI exam platform with multi-format question imports, formula and diagram editing, constraint-based paper assembly, LaTeX/PDF export, and Windows packaging with pre-update backups.

Mathematical Modeling Practice

Worked on open-ended modeling problems across CUMCM, MCM/ICM, and MathorCup. The practice emphasized problem decomposition, assumption design, data processing, result interpretation, and paper writing.

AI-Assisted Learning & Knowledge Management

Built a personal workflow for literature reading and knowledge organization with AI tools, Zotero, Obsidian, Markdown, and LaTeX, aiming to make coursework and research preparation more traceable.

Personal Academic Resume Website

Built a bilingual academic resume website with Astro, including portfolio sections, an evidence gallery, project pages, responsive layouts, print-friendly resumes, and automated quality checks.

ChemAI Lab

A machine learning & quantum chemistry driven chemical research platform. Integrates RDKit, PyTorch, Lightning across 15 subpackages for data, features, modeling, XAI, and QM interfaces.

Leadership & Service

2024.09 - 2025.06

Class Academic Representative

Responsible for assignment collection and distribution, academic affairs coordination, and supporting course instructors.

2024.09 - 2025.06

Teaching Information Liaison

Responsible for communicating teaching information, collecting course feedback, and facilitating student-teacher communication.

  • 2024: Primary organizer of the 1st Baima Campus Freshman Volleyball Cup
  • 2024: Participated in the 'Card House' volunteer service activity
  • 2025: Participated in the Red Cross voluntary blood donation activity
  • 2026: Supported the Curtin University information session, with 1.5 volunteer hours certified

Research Interests

Organic chemistry as the foundation, computational tools as the extension

My current academic interest starts from organic reaction mechanisms and synthetic strategy, then extends toward computational chemistry and AI-assisted research workflows. I am still at an early undergraduate stage, so I treat this direction as a long-term training path: build a solid chemistry foundation first, then learn modeling, programming, and literature workflows that can support future research.

  • Organic Synthesis Methodology
  • Computational Chemistry / AI-Assisted Synthesis
  • LLMs + Agent Workflows
  • Deep Learning Fundamentals