工業技術研究院 (Industrial Technology Research Institute)

Responsible for building and maintaining UAV and USV simulation environments based on NVIDIA Omniverse (Isaac Sim). Execute multi-agent flight control and formation testing simulations, and integrate with the ROS 2 system architecture to verify the reliability of navigation and control algorithms.

Develop optical sensing modules, including:1. Optical design and testing.2. Optomechanical design and testing.3. Metalens development.4. Interferometric technology development.

1. Conduct research in replacing, engineering, or regenerating human or animal cells, tissues, or organs to restore or establish normal function. 2. Supervise research and development projects, and coordinate multiple aspects of work to meet deadlines.3. Facilitate cross-functional communication and develop collaborative projects with domestic and overseas industrial partners.4. Enhance clinical application of RD projects for regeneration medicine by promoting collaborative projects with medical centers.

Develop machine-learning and generative-model algorithms as well as application systems that integrate sensing technologies. Key responsibilities include:1. Research generative AI and agentic AI models.2. Research machine-learning algorithms.3. Analyze and process data for use in machine-learning algorithms.4. Develop application systems that integrate machine-learning and generative-model algorithms with sensing technologies.

1.Development of new drugs and dosage form.2.Research and analyze in medicine

The Service Systems Technology Center (SSTC) at ITRI is seeking a visionary Strategy and Technology Expert to lead the development of next-generation intelligent service robots powered by Agentic AI.This position is responsible for driving strategic planning, ecosystem development, technology innovation, and startup incubation initiatives for intelligent service robotics applications in healthcare, hospitality, logistics, inspection, and other service sectors.Key ResponsibilitiesA. Strategic Leadership 1. Develop and execute long-term strategies for intelligent service robotics aligned with organizational objectives. 2. Lead cross-functional programs and define technology roadmaps for Agentic AI-powered service robots.B. Technology Foresight and Ecosystem Development 1. Monitor global trends in service robotics, artificial intelligence, and autonomous systems. 2. Analyze market opportunities, challenges, and competitive landscapes. 3. Provide technical leadership on system architecture, platform design, and scalable AI deployment. 4. Prioritize key RD initiatives, including multimodal AI, digital twin simulation, edge computing, and Agent-based systems.C. Team Leadership and Operations Management 1. Lead multidisciplinary engineering and research teams to deliver strategic objectives. 2. Manage projects involving field-deployable intelligent robotic systems. 3. Drive innovation in Agentic AI, multimodal integration, and autonomous robotic technologies. D. Startup Incubation and Business Development 1. Develop commercialization strategies and startup venture development plans for service robotics technologies. 2.Lead or support the establishment of spin-off companies to accelerate technology transfer and market adoption. 3. Participate in startup operations and business management, including strategic planning, organizational development, market expansion, partnership building, and fundraising activities. 4. Build collaborative networks among industry partners, investors, academic institutions, and entrepreneurial teams. 5. Integrate technology, talent, capital, and market resources to create globally competitive intelligent service robotics businesses.

Autonomous Driving Software Engineer.Development of software and algorithms for autonomous driving applications, including:1. Sensor fusion2. Object detection, recognition, and tracking3. Decision-making and vehicle control4. Simulation and validation5. Vehicle-to-vehicle communication6. Software engineering7. High-definition mapping8. Vehicle localizationAI Robotics Researcher — Biomimetic Robotics1. Develop robot system architectures, sensor integration, and functional modules using ROS/ROS 2.2. Develop control and navigation systems for biomimetic robots, quadruped robots, and autonomous mobile platforms.3. Develop and maintain robotics-related algorithms.4. Participate in interdisciplinary RD projects and collaborate closely with team members to implement and validate robotic systems.UAV Software Development Engineer1. Develop and establish UAV simulation systems.2. Develop UAV Ground Control Station (GCS) software using programming languages and frameworks such as Visual C++, C#, Qt, Python, and Java.3. Develop application software for image recognition, AI computing, and related functions.4. Develop flight-control firmware based on PX4 and ArduPilot.5. Build integration and testing environments.

1. UX/UI design for web, mobile app (iOS/Android), and system front-end interfaces2. Front-end and back-end development for medical information systems3. Network security and maintenance for information systems4. FHIR database setup, management, and maintenance

The Service Systems Technology Center (SSTC) at ITRI is seeking a Robotics Development Engineer to join our intelligent robotics research and development team.Responsibilities:1. Develop robotic system architectures, integrate sensors, and implement functional modules using ROS/ROS2 platforms.2. Design and develop control and navigation systems for autonomous mobile robotic platforms.3. Implement, optimize, and maintain robot-related software algorithms and system functionalities.4. Participate in cross-disciplinary RD projects and collaborate closely with engineering and research teams to advance intelligent robotic systems.5. Support system integration, testing, validation, and field deployment of robotic solutions.6. Contribute to the development of next-generation service and autonomous robotic applications.

1.Develop and integrate software and firmware for unmanned vehicles such as UAVs and USVs.2.Design and implement embedded firmware for sensor data acquisition, communication interfaces, and control logic.3.Develop multi-sensor fusion algorithms (IMU, GPS, LiDAR, Camera) to enhance localization and navigation accuracy.4.Collaborate with the autonomy and control algorithm teams for module integration and performance tuning.5.Build system testing scripts and debugging tools; conduct software validation and field testing.6.Prepare and maintain technical documentation to ensure reliability and scalability of the system.7.Requirements communication: Communicate requirements with cross-departmental teams and report issues to the RD department.