轉職熱搜工作

1. 健身器材維修處理、故障排除及保養。 2. 向客戶說明產品(運動器材、按摩椅等)操作方式。 3. 相關維修零件之管理。 4. 其他主管交辦事項。 5. 薪資外另有優渥計件獎金。

1. 健身器材維修處理、故障排除及保養。 2. 向客戶說明產品(運動器材、按摩椅等)操作方式。 3. 相關維修零件之管理。 4. 其他主管交辦事項。 5. 薪資外另有優渥計件獎金。

參與自主移動機器人底層系統開發及功能驗證，工作內容包括: 1. 參與程式重構 2. 支援燒機測試與結果分析 3. 機器人於場域運行校準 4. 參與開發： i) 路徑決策優化 ii) 多車校準開發 iii) 車控韌體開發

主要參與車用與移動載具之AI演算法開發與優化，工作項目包含： 1. 語意分割演算法開發如SAM2 2. 單目視覺演算法之開發與校正流程建立 3. 利用 TensorRT 進行模型加速 4. 實驗設計與功能測試

1. Conduct data collection, preprocessing, analysis, feature engineering, AI development, and deploy AI application services. 2. Utilize machine learning, generative AI, and data analytics technologies to design AI models for specific applications (e.g., robotics, healthcare, cybersecurity, energy, etc.) using unstructured data (e.g., videos, images, log data, human behavior, network traffic packets, etc.). 3. Optimize and integrate distributed training and large-scale AI model optimization tools and frameworks (e.g., Horovod, FairScale, DeepSpeed, etc.). 4. Collaborate with cross-functional teams to understand business requirements and propose solutions.

Develop AI imaging technology for smart robots and robotic dogs, participating in one or more of the following technology developments: 1. VLM (Vision-Language Model) navigation and LBM (Large Behavior Model) integration. 2. End-to-end vision-based 3D environmental perception. 3. Real-time image tracking and terrain analysis. 4. Multi-robot collaboration, formation control, and swarm intelligence. 5. Validation using the Omniverse simulation platform. 6. Integration and development of physical robots and robotic dogs.

參與Omniverse平台自主移動機器人模擬器開發及功能驗證，工作內容包括: 1. 協助使用Isaac sim開發自主移動機器人模擬器 2. 與自主移動機器人演算法(如視覺導航)串接並進行功能驗證

1. Research and development of multi-modal perception fusion algorithm software. 2. Machine learning/machine vision, and AI/GAI/Agentic AI algorithm research and development.

1.Development of machine vision correction algorithm 2.2D/3D optical detection algorithm development 3.Development of SLAM image computing algorithm 4.GAI/AI model development 5. Machine vision system integration