A Software/Game developer with hands-on experience in building high-performance applications, real-time rendering systems, and IoT solutions. Over the past year, I’ve contributed to projects ranging from AR/VR training simulations in Unreal Engine to developing custom tools for 3D model integration using OpenCascade, Navisworks, and Qt.
My work spans graphics programming, game development, and system-level optimization, with a focus on creating efficient, scalable solutions. I’m driven by curiosity, attention to detail, and a commitment to delivering impactful technology that solves real-world challenges.
Developed immersive AR/VR training simulations in Unreal Engine with real-time interaction, cross-integrated with Qt and 3D platforms like OpenCascade and Navisworks.
Developing browser-based 3D modeling tools using OpenCascade, WebAssembly, and WebJS.Optimizing shape creation, rendering, and formatting workflows for interactive applications.
Developed rendering aplication in OpenGL ES and GLSL, building a render engine and an geometry shader from scratch.
Creating immersive digital experiences, worked with tools like Photoshop, Blender, and After Effects to craft intricate 3D models and animations to seamlessly integrate into websites.
I completed my degree in Electronics and Communication Engineering, where the curriculum provided a thorough foundation in both theoretical principles and practical applications.
Engineered a WebGL-based game with real-time rendering, focusing on seamless terrain generation and smooth block placement with advanced rendering techniques using OpenGL for 2D and 3D graphics, optimizing shaders for maximum efficiency.
Built a custom interpreter in Golang, designed for quick execution of scripts with optimized memory management, by implementing a lexer, parser, and evaluator to process and execute the language's syntax, effectively turning Go into the backbone of JJ Lang
Developed and trained a Convolutional Neural Network (CNN) model using TensorFlow and Keras to diagnose diabetic retinopathy. Achieved a 40% reduction in false positives and a 30% increase in early detection rates, significantly improving patient outcomes.
Designing AR/VR games and applications.
Building innovative software solutions.
Improved data precision through advanced machine learning techniques in real-time..
I would love the opportunity to join your organization and contribute to any work where I can make a positive impact. I am eager to bring my enthusiasm and dedication to your team and help achieve our shared goals.