系統架構師System Architect

NineRay Technology Limited; Hong Kong; On-site; HKD 1,200,000 - 1,800,000; Full time

Job summary

NineRay Technology Limited in Hong Kong seeks a senior robotics architect to lead top-level architecture planning for humanoid robots, formulate technical routes, and oversee full-stack mechanical, hardware, software and communication architectures.

You will drive multi-module design, address cross-domain coupling, ensure reliability and durability, optimize production and testing processes, and define complete-machine standards for R&D and mass production.

Qualifications

• Master’s degree or above in Robotics, Automation, Mechatronics, Computer Science or related fields.
• Proficient in the full-stack architecture of humanoid robots including mechanical structure, hardware circuit, bus communication and system software.
• Solid experience in mass-production-oriented architecture design, familiar with robot manufacturing processes, capable of controlling product yield and production cost through top-level architectural optimization.
• Master complete-machine reliability design and failure analysis methodologies, able to guarantee robot operational stability, durability and safety via systematic architectural optimization.
• Familiar with mainstream robot development architectures and communication protocols, with outstanding systematic thinking, technical problem-solving capabilities and cross-departmental collaboration management skills.

Responsibilities

• Top-level architecture planning, technical route formulation and scheme selection of humanoid robots, oversee design and iterative optimization of full-stack mechanical, hardware, software and communication architectures.
• Lead integrated design of multi-dimensional robot modules, solve core architectural problems such as cross-domain coupling, adaptation and collaborative operation of machinery, hardware, communication and software systems.
• Conduct top-level reliability design for humanoid robot complete machines, establish a comprehensive reliability system, optimize equipment durability, anti-interference ability and environmental adaptability.
• Focus on producible architecture design, continuously optimize production, assembly and testing processes, eliminate mass production risks in advance, support stable large-scale product delivery.
• Formulate unified complete-machine architecture design standards and technical specifications, coordinate cross-team technical implementation, tackle systematic technical challenges in R&D and mass production.

Skills

Humanoid robot architecture design

Full-stack system design

Cross-domain integration

Reliability design

Cross-department collaboration

Education

Master's degree in Robotics/Automation/Mechatronics/CS

Job description

Job Responsibilities

1. Responsible for the top-level architecture planning, technical route formulation and scheme selection of humanoid robots, and oversee the design and iterative optimization of full-stack mechanical, hardware, software and communication architectures.
2. Lead the integrated design of multi-dimensional robot modules, and solve core architectural problems such as cross-domain coupling, adaptation and collaborative operation of machinery, hardware, communication and software systems.
3. Conduct top-level reliability design for humanoid robot complete machines, establish a comprehensive reliability system, and optimize equipment durability, anti-interference ability and complex environmental adaptability.
4. Focus on producible architecture design, continuously optimize production, assembly and testing processes, eliminate mass production risks in advance, and support stable large-scale product delivery.
5. Formulate unified complete-machine architecture design standards and technical specifications, coordinate cross-team technical implementation, and tackle systematic technical challenges in R&D and mass production stages.

Job Requirements

1. Master’s degree or above in Robotics, Automation, Mechatronics, Computer Science or related fields, with over 10 years of practical experience in intelligent robot complete machine architecture design.
2. Proficient in the full-stack architecture of humanoid robots including mechanical structure, hardware circuit, bus communication and system software, with comprehensive capabilities of full-domain system design and integration.
3. Solid experience in mass-production-oriented architecture design, familiar with robot manufacturing processes, capable of controlling product yield and production cost through top-level architectural optimization.
4. Master complete-machine reliability design and failure analysis methodologies, able to guarantee robot operational stability, durability and safety via systematic architectural optimization.
5. Familiar with mainstream robot development architectures and communication protocols, with outstanding systematic thinking, technical problem-solving capabilities and cross-departmental collaboration management skills.