Tony Hoang Vu

Improved Game Stability: Increased overall game stability by identifying, documenting, and prioritizing critical bugs, resulting in a smoother player experience. Contributed to the game's recognition with awards for "Best Technology," "Best Fun for All," and "Game of the Year" at the 2023 Spillprisen.

Optimized Bug Reporting Process: Contributed to the bug reporting process using ClickUp software by creating detailed and clear bug reports, including steps to reproduce, severity levels, and supporting screenshots/logs, which facilitated quicker issue resolution by the development team.

Risk Mitigation: Mitigated risks of critical bugs by conducting regression testing on new builds, ensuring that new features and bug fixes did not introduce new issues, maintaining game integrity.

Leadership in System Design: Led the System Design Team, ensuring the successful implementation of gameplay mechanics, levels, and UI/UX interfaces, which resulted in a cohesive and engaging player experience.

Improved Communication and Collaboration: Acted as a bridge between the Art and Programming departments, facilitating accurate and efficient information flow, which ensured that all systems were developed in alignment with the project vision and reduced miscommunications.

Enhanced Gameplay Mechanics: Designed and refined gameplay mechanics that significantly improved player engagement and retention, contributing to positive player feedback and reviews.

Decision-Making and Responsibility: Made final decisions regarding all design elements, ensuring they met the project's goals and quality standards. Held responsibility for these decisions, which led to a well-coordinated and timely project completion.

Unity C#: Acquired knowledge in using the Unity Engine by deep diving in C# programming for over 6 months, along with other Unity features like animations, sprites, UX and UI interactions.

AI Design: Acquired knowledge to design and implement modular AI behaviours with diverse parameters and animations through C#, ensuring efficiency and scalability for introducing new AI types.

Combat Design: Acquired knowledge to design and implement foundational systems for elemental interactions, weapons, projectiles, and area-of-effect (AOE) attacks, enabling the creation of new game mechanics within the set of game rules.