Simian Wang

Candidate of Bachelor of Computer Science, Honours Co-op

• 2025 Cumulative GPA: 83.70%
• Received Mathematics National Scholarship, 2024

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Developer Tools

Libraries & Frameworks

• Built a production-grade crawler system to collect influencer data across multiple social media platforms.
• Leveraged the DeepSeek API to generate optimized search keywords for client SKUs, improving discovery.
• Built cross-platform search pipelines using AI-generated keywords to automatically identify potential influencers.
• Designed an AI-assisted scoring algorithm that integrates model outputs with custom metrics to compute an influencer index and rank candidates for clients.

• Collaborated with teammates to secure first place in the New Brunswick High School Competitive Programming Competition.
• Achieved Senior Honor Roll distinction in the University of Waterloo Canadian Computing Competition (CCC).
• Achieved 1338 rating on DMOJ.
• Specialized in algorithmic problem solving with modern C++ (STL, templates, optimization).

• Implemented a Stratego-inspired strategy game using modern C++20 and low-level X11 graphics.
• Developed modular game logic, event handling, and rendering pipelines without external game engines.

• Deployed a self-hosted server by renting a VPS on Hetzner and configuring it as a public FRP endpoint.
• Set up secure FRP reverse proxy forwarding from the VPS to a local Linux machine, enabling external access without exposing the home network.
• Installed and managed 1Panel to streamline service, container management, and system monitoring.
• Configured and maintained Nginx to host multiple websites, including domain routing and SSL certificates.

• Implemented full game architecture in Python, emphasizing clean modular design, state management, and event-driven logic.
• Implemented the four ghosts’ behaviors using algorithmic pathfinding, vector math, and custom AI logic.
• Optimized core update loops and data structures to achieve smoother frame rates, reducing redundant computations and eliminating wall-flickering artifacts.