Job responsibility: 

• Design and develop a scalable digital twins platform to simulate and visualize real-world systems in a virtual environment. 
• Build custom tools, workflows, and features to support dynamic digital twin use cases, such as real-time monitoring, simulations, or predictive analytics. 
• Integrate and optimize 3D models and assets into the platform, ensuring compatibility with standard formats and tools. 
• Work with designers or external partners to adapt or create 3D content for accurate virtual representations. 
• Connect the platform to live data sources (e.g., IoT, sensors) to enable real-time synchronization between virtual and physical twins. 
• Incorporate data feeds and analytics into the platform to enhance functionality, such as tracking performance or generating insights. 
• Rapidly prototype digital twin concepts (e.g., virtual factories, robotics testing, or smart environments) to validate ideas and iterate based on feedback. 
• Test and troubleshoot platform features to ensure reliability, performance, and scalability. 

Requirements: 

• Higher Diploma / Bachelor Degree in Computer Science, Information Technology, Mathematics, or any related disciplines; 
• With solid understanding of mathematics and computer science fundamentals (e.g., linear algebra, algorithms, data structures). 
• Proficient in C++, Python, or JavaScript, proficient in commonly used data structures and algorithms; 
• Familiar with 3D development, simulations, or digital twins concepts. 
• With excellent problem-solving skills, able to work independently and adapt quickly in an environment with limited resources.
• Willing to learn new tools and technologies on the job. 
• Proficient in both written and spoken English and Chinese (Cantonese & Putonghua). 
• Preferably with a certain understanding and enthusiasm for virtual digital humans (AI Metahuman), VR, AR industries and sectors.
• Bonus: Experience with GIS systems, real-time data processing, cloud platforms (e.g., AWS, Azure), Experience integrating data from IoT systems/APIs or 3D platforms like Unity/Unreal Engine.