Muhammad Talha Arshad

Developed and implemented Digital Twin Networking software, enhancing 3D GIS maps, data-driven modeling, and AI-powered simulation tools.

Collaborated with cross-functional teams to design and develop innovative solutions, ensuring alignment with project goals and technical specifications.

Conducted advanced data analysis and 3D visualization, providing critical insights for network simulation and performance evaluation.

Participated in rigorous code reviews and contributed to best practices, elevating overall code quality and system reliability.

Documented detailed project progress and results, effectively communicating complex technical insights to diverse stakeholders.

Developed a multi-world gateway facilitating real-time transfer of 3D objects between virtual worlds established in Finland and Germany.

Implemented a patch calculation method for 3D objects, achieving near real-time synchronization across virtual environments.

Provided robust functionality for converting 3D objects between point cloud and mesh formats, optimizing data adaptability for diverse virtual world requirements.

Developed and deployed Generative AI models for 3D-LLMs, enhancing content creation and interaction capabilities.

Developed robust back-end BPO software modules using C#, ASP.NET, and .NET Core, incorporating advanced cryptography for secure systems.

Leveraged MS SQL, MongoDB, JavaScript, and React.js to build and maintain secure software systems, ensuring data integrity and user privacy.

Migrated legacy codebases to modern frameworks, optimizing module performance and refactoring for improved maintainability.

Identified and resolved critical bugs in production, ensuring system stability and reducing downtime.

Collaborated directly with clients to gather requirements and integrate feedback, ensuring product alignment with business needs.

Developed and enhanced Electronic Health Record (EHR) products using C# and .NET Framework, improving healthcare data management.

Successfully migrated existing code to new frameworks, optimizing module development and improving code maintainability.

Designed and implemented new modules and features for the EHR system, enhancing functionality and user experience.

Proactively identified and resolved live production bugs, ensuring continuous system operation and data integrity.

Optimized code performance, significantly reducing memory usage and database calls for enhanced system efficiency.