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Tatsiana Mikhnevich

@tatsianamikhnevich

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Unity developer specialized in mobile(AR )and performance-focused game systems.

Belarus

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What I'm looking for

I seek a role on a passionate team building high-quality, performance-focused mobile games or AR apps where I can further optimize systems, lead technical solutions, and grow in architecture and graphics work.

I am a results-oriented Unity developer with hands-on experience delivering full-cycle mobile games and AR applications for Android and iOS. I focus on performant, maintainable code using C#, SOLID principles, dependency injection (Zenject) and ECS.

At ZetPoint App I progressed from Junior to Middle Unity Developer, leading the GRILLMASTER AR project and shipping hyper-casual titles; I implemented scalable architectures, integrated third-party SDKs, and customized Gradle builds for automated releases.

My strengths include memory and performance optimization (texture atlasing, GC management, IDisposable patterns, object pooling), asynchronous programming with UniTask, and adaptive UI built with Cinemachine, DOTween and TextMeshPro.

I collaborate closely with designers to tune materials under URP, implement animations and ensure cross-device UI adaptability, and I seek to join a passionate team that values performance and high app quality.

Experience

Work history, roles, and key accomplishments

Current

Middle Unity Developer

Current

ZetPoint App

Aug 2022 - Present (3 years 7 months)

Assisted in developing AR applications and game features using AR Foundation and Vuforia, implemented local persistence with SQLite and JSON, and collaborated on material tuning under URP while enforcing SOLID principles in code reviews.

Unity Vuforia C SQLite Newtonsoft.Json Animator Timeline Code Review

Junior Unity Developer

ZetPoint App

Aug 2021 - Aug 2022 (1 year)

Developed and maintained mobile games from prototype to release on Google Play and App Store, improving code maintainability via Zenject and En�tas and reducing memory footprint through texture atlasing, compression, and object pooling.