Julio César Gómez González
#

TECHNICAL SKILLS
#

Core Languages: C#, C++, Java, Python, JavaScript, PL/SQL.
Game Development: Unity, Unreal Engine, Photon (P2P), Netcode for GameObjects.
Enterprise & Web: .NET, React, REST APIs, MVVM Pattern, Oracle Database, HTML/CSS/Bootstrap, WordPress.
Tools & DevOps: Git, Jira, CI/CD Pipelines, Figma, Adobe Suite.
AI & Productivity: Prompt Engineering, GitHub Copilot, LLM-Integration (Gemini/OpenAI APIs), AI-Assisted Architecture.

Software Engineer | 2023 – Present (2 Years)

Technical Leadership: Acted as the primary technical point of contact for the client and spearheaded the development lifecycle for a team of 3 developers, ensuring code quality and architectural integrity for a critical financial .NET application.
End-to-End Delivery: Engineered the complete software delivery process, moving features from requirements gathering and story point estimation (Jira) to implementation (C#/.NET) and production deployment.
Modernization & Architecture: Architected key modernizations to meet enterprise security standards, including the integration of SFTP transfer protocols and ensuring compatibility with upgraded Oracle database environments.
Incident Management: Led a multi-team debugging effort to resolve a critical production failure post-rollback. Identified the root cause within a complex database package and deployed a fix, restoring 100% application stability with zero data loss.

(Winner of Game Jam & Acquired by TLM Partners)

Commercial Success: Developed a polished multiplayer prototype that won a competitive game jam and was subsequently acquired by TLM Partners.
Networking Architecture: Engineered a Peer-to-Peer (P2P) model using Photon to synchronize complex player animations and object instantiation in real-time within a tight deadline.
Core Mechanics: Designed and implemented the complete 2D top-down gameplay loop, ensuring responsive controls and balanced competitive mechanics.

(Advanced Physics & Math Tech Demo)

Physics Architecture: Designed a hybrid controller blending Newtonian physics (Zero-G) with kinematic surface projection. Implemented custom drag models and angular damping to preserve momentum during state transitions.
Algorithmic Complexity: Utilized vector projection and quaternion interpolation (Slerp) for real-time surface alignment. Developed a “look-ahead” velocity projection algorithm to predict geometry and pre-align the character.
Tooling: Developed custom editor tools to visualize raycast history and profile real-time detection logic, optimizing performance to average <0.5ms per frame.

Multiplayer Engineering: Architected an online multiplayer system from the ground up using Unity’s Netcode for GameObjects.
Gameplay Systems: Delivered foundational networking logic to support a high-intensity bullet-hell experience, synchronizing hundreds of projectiles with minimal latency.

Tecnológico de Monterrey | Querétaro, México Bachelor of Science in Computer Science and Technology

Tecnológico de Monterrey | Monterrey, México Minor in Video Game Design for Engineering