混元AIGC算法研究员（文生3D）（深圳/北京/上海）
Tencent
混元AIGC算法研究员（文生3D）（深圳/北京/上海）
Job Description
混元AIGC算法研究员（文生3D）（深圳/北京/上海）
📋 Job Overview
Tencent is seeking an AIGC Algorithm Researcher specializing in text-to-3D generation for their Hunyuan platform, based in Shenzhen, Beijing, or Shanghai. The role focuses on advancing next-generation 3D asset generation large models to push the boundaries of quality, speed, and controllability. Responsibilities include developing industrial-grade 3D AI generation pipelines to address key challenges in geometric topology optimization, material mapping, and physical realism.
📍 Location: Shenzhen, China
🏢 Business Unit: TEG
🎯 Key Responsibilities
- 研发新一代3D资产生成大模型，突破生成质量、速度与可控性的技术边界
- 构建工业级3D AI生成管线，解决几何拓扑优化、材质贴图生成、物理合理性等核心问题
Locations
- Shenzhen, China
Salary
400,000 - 800,000 CNY / yearly
Source: ai estimated
* This is an estimated range based on market data and may vary based on experience and qualifications.
Responsibilities
- 研发新一代3D资产生成大模型，突破生成质量、速度与可控性的技术边界
- 构建工业级3D AI生成管线，解决几何拓扑优化、材质贴图生成、物理合理性等核心问题
Tags & Categories
混元AIGC算法研究员（文生3D）（深圳/北京/上海）
Tencent
混元AIGC算法研究员（文生3D）（深圳/北京/上海）
Job Description
混元AIGC算法研究员（文生3D）（深圳/北京/上海）
📋 Job Overview
Tencent is seeking an AIGC Algorithm Researcher specializing in text-to-3D generation for their Hunyuan platform, based in Shenzhen, Beijing, or Shanghai. The role focuses on advancing next-generation 3D asset generation large models to push the boundaries of quality, speed, and controllability. Responsibilities include developing industrial-grade 3D AI generation pipelines to address key challenges in geometric topology optimization, material mapping, and physical realism.
📍 Location: Shenzhen, China
🏢 Business Unit: TEG
🎯 Key Responsibilities
- 研发新一代3D资产生成大模型，突破生成质量、速度与可控性的技术边界
- 构建工业级3D AI生成管线，解决几何拓扑优化、材质贴图生成、物理合理性等核心问题
Locations
- Shenzhen, China
Salary
400,000 - 800,000 CNY / yearly
Source: ai estimated
* This is an estimated range based on market data and may vary based on experience and qualifications.
Responsibilities
- 研发新一代3D资产生成大模型，突破生成质量、速度与可控性的技术边界
- 构建工业级3D AI生成管线，解决几何拓扑优化、材质贴图生成、物理合理性等核心问题
Tags & Categories