About Me

Hi, I’m Ahmed Hammoud—welcome to my portfolio!

I am a Game Programming Graduate from Humber College and a seasoned Technical Leader with 8+ years of troubleshooting and optimization experience.

My core competency is in engine architecture and low-level C++ efficiency, which stems from having engineered custom physics and graphics systems. I leverage dual expertise in Unity and Unreal Engine 5 to deliver high-performance, stable, and immersive game features, ensuring code quality across the full development lifecycle.

I specialize in both engine development and gameplay programming. My technical foundation is built on C++ and C#, with additional proficiency in Java, enabling me to tackle complex projects with robust data structures and design patterns.

I invite you to explore my portfolio, which showcases a variety of projects highlighting my technical and creative skills. Let’s connect if you’re interested in collaborating on exciting game ideas or finding a technical leader for your next project.

Education

Humber College

Advanced Diploma with Honours in Game Programming

Core Competencies Developed:

Engine & Systems Programming: Built and maintained core game engine components using C++, with a deep understanding of low-level system architecture.
Graphics & Physics Engineering: Implemented custom rendering pipelines (SDL, OpenGL, Vulkan) and physics systems, applying advanced mathematics for realism.
Dual Engine Expertise: Acquired professional proficiency in both Unreal Engine (C++/Blueprints) and Unity (C#) for rapid prototyping and full-scale development.
Advanced AI Development: Designed and implemented complex AI behaviors, including pathfinding (Dijkstra's), state machines, and behavior trees.
Software Engineering Principles: Mastered Object-Oriented Design, data structures, and design patterns to write clean, scalable, and maintainable code.

Technical Skills

Programming & Architecture

Engine Development: Hands-on experience creating proprietary game engine components in C++.
Core Languages: Proficient in C++, C#, and Java.
Game Engines: Dual expertise in Unity and Unreal Engine 5.
Engineering Principles: Implementation of Object-Oriented Analysis and Design (OOAD), Data Structures, and Design Patterns.

Graphics, Physics & Performance

Custom Physics: Designed systems using real-world formulas (drag, gravity).
Custom Rendering: Developed proprietary graphics and lighting systems.
Optimization: Experienced in monitoring and optimizing memory and performance.
Applied Mathematics: Strong foundation in vector math for simulation accuracy.

AI & Procedural Generation

Behavioral AI: Skilled in designing complex AI using Behavior Trees, State Machines, and the Environment Query System (EQS) for dynamic decision-making.
Pathfinding & Navigation: Proficient with pathfinding algorithms like Dijkstra's and A*, along with engine-native solutions such as Unreal's NavMesh for intelligent agent movement.
AI Frameworks: Experience with Unreal Engine's AI Perception system for creating sensory-aware agents and implementing custom steering behaviors for nuanced motion.
Procedural Content Generation (PCG): Familiarity with PCG frameworks to generate dynamic and scalable game worlds, including level layouts and environmental details.

Collaboration & Workflow

Cross-Functional Communication: Expert in translating complex technical findings into clear, actionable reports for both technical and non-technical audiences.
Detailed Documentation: Highly skilled in creating comprehensive documentation for code, systems, and processes to ensure clarity and maintainability.
Adaptability & Mentorship: Thrives in dynamic environments and demonstrates a proven ability to onboard new technical staff through targeted knowledge transfer.
Project Planning & Version Control: Proficient in managing project scope and maintaining code integrity using Git and GitHub for collaborative development.