SYS_INITIALIZE // SHANE_EXE

Shane Lee
Portfolio

Role_Designation

Software Engineer
& AI Researcher

Core_Specialty

Bridging theoretical complexity with high-performance automated systems.

System_Online
v2.026 // ADL_SA
01 // ARCHIVE_DATA

AboutMe.

Engineering intelligence at the intersection of Research and Production.

I am a Computer Science (Honours) student at Adelaide University. My research is focused on Causal Inference within Large Language Models (LLMs)—investigating the transition from pattern matching to logical reasoning.

I operate at the dual-layer: as a Researcher, I develop frameworks to identify causal pathways in transformer architectures; as a Software Engineer, I architect the high-concurrency pipelines and distributed systems required to scale these experiments in production environments.

Driven by the "How" — identifying bottlenecks to make systems run 10x faster and 10x smarter.

Research_Focus

  • Causal Inference
  • Large Language Models

Systems_Focus

  • High-Concurrency
  • Automation Infra
02 // KNOWLEDGE_BASE

CurrentSkillset.

// Core_Philosophy: I am a life learner, constantly acquiring new knowledge to identify and solve new problems.

[Core_Syntax]
C++
Python
C++
Python
C++
Python
[Theory_Domain]
Statistics
Algorithms and Data Structures
AI/ML
Computer Network
Computer Architecture
Causal Inference
Statistics
Algorithms and Data Structures
AI/ML
Computer Network
Computer Architecture
Causal Inference
Statistics
Algorithms and Data Structures
AI/ML
Computer Network
Computer Architecture
Causal Inference
[Infra_Tools]
Git
SQL
Git
SQL
Git
SQL
03 // FIELD_STUDIES

SelectedProjects.

Total_Records: 6

Projects in automation, predictive modeling, and system architecture.

01

System_Build

Verified_2025

FIFA Market Trading Signaller

FIFA Market Trading Signaller

Engineered a high-concurrency data pipeline using Asyncio and BeautifulSoup to ingest real-time market volatility data into MySQL. Developed a predictive pricing engine that utilized historical back-testing to trigger automated Discord alerts. The system bypassed anti-scraping protocols via rotating headers and semaphores, achieving a 375% ROI (1.5M profit) within 60 days. Deployed on PythonAnywhere for 24/7 headless monitoring and 99.9% signal uptime.

02

System_Build

Verified_2025

Poker Engine

Poker Engine

Optimised Poker Engine that simulates millions of random possible hands given the community cards and the hand the hero (user) has. Returns the total win rate from these simulations.

03

System_Build

Verified_2025

Text Editor

Text Editor

Built a Text Editor with redo and undo functionalities using SDL2 through Piece Table data structure.

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