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Role OverviewWe are seeking an experienced Machine Learning Researcher to join our research team. This role requires expertise in designing and deploying deep learning models within high-performance, low-latency trading systems. You will be working on developing robust, scalable models and integrating them into our trading infrastructure.Responsibilities Data Analysis Preprocessing: Understand and preprocess orderbook data.Deep Learning Model Design: Design models for time-series and orderbook data (Transformers, RNNs, CNNs, Attention).Scalable Training Implementation: Implement parallelized data loading pipelines.Feature Engineering: Develop and optimize orderbook features using C++.Backtesting Evaluation: Conduct rigorous backtesting across markets.Production Integration: Deploy models into real-time, low-latency systems.

Established in 1987 and headquartered in Taiwan, TSMC pioneered the pure-play foundry business model with an exclusive focus on manufacturing its customers’ products. As of 2024, TSMC serves more than 500 customers and manufactures over 11,000 products for high-performance computing, smartphones, the Internet of Things (IoT), automotive, and digital consumer electronics. It is the world’s largest provider of logic ICs, with an annual capacity of 16 million 12-inch equivalent wafers. TSMC operates fabs in Taiwan as well as manufacturing subsidiaries in Washington State, Japan and China, and the Company began construction on a specialty technology fab in Dresden, Germany, in 2024. In Arizona, TSMC is building three fabs, with the first starting 4nm production in 2025, the second by 2028, and the third by the end of the decade.Responsibilities: AI algorithm/application research and development on image recognition, time series forecasting, and abnormal detectionAI system design and development, including system infrastructure (docker/K8S) and web application.AI System analysis, design, development and integration for cross organizations/systems projects.Innovate, develop and introduce Intelligent Manufacturing Solutions.Hiring Organization: IMC

我們正在尋找積極、熱愛挑戰的 AI 開發實習生加入 Tera Thinker 的團隊，參與 AI 及 LLM 系統的開發。 在實習期間，你將直接投入實際的產品開發與運作。除了開發並維護目前已上線且服務全台數百所高中的線上學習平台之外，你也將從零開始參與全新服務的開發，親身體驗產品從構想到正式營運的完整流程。透過這份實習，你不僅能累積豐富的軟體工程實務經驗，更能在快速變化的 AI 時代中，培養出人機協作的產品發展與開發思維。 工作內容 技術研究（20%）針對最新的 AI 技術進行調查，研讀論文、程式碼與相關資料實際測試最新的技術或解決方案，並與現行或替代方案進行應用的比較與評估，最後形成決策建議現有服務的改進與重構（40%）分析服務數據，尋找潛在問題，觀察成因，設計改善實驗與解決方案實作方案、進行測試，在不影響既有服務的狀況下部署方案，分析成效並持續改善新服務的設計與開發（40%）了解最新的技術、產品發展及應用現況與 PO 緊密合作，設計真正符合市場需求的功能應用及實現方案快速的從頭打造 Prototype 及 MVP（Minimum Viable Product 最小可行性產品）

・與產品、風控、運營團隊協作，針對業務需求定義資料模型與監控指標・建置 ETL 流程，收集與清洗來自平台的行為數據（如下注記錄、轉碼、點擊行為）・開發與維護異常偵測模型（如洗碼對打、機器人行為、套利用戶）・利用機器學習或統計模型預測玩家留存、LTV、流失風險・設計風控策略，提升平台資金與行爲風險控制能力・定期產出分析報告，提出可行的產品或營運優化建議

工作內容：1.負責AI智能體的導入專案規劃、時程控制與跨部門合作。 2.協助辨識製造流程中可透過AI改善的環節。 3.整合AI工具（如OpenAI API、RAG、LLM agent等）與既有MES、ERP或內部系統。 4.與資料科學家、AI工程師及IT團隊密切合作，推動AI應用從概念驗證（PoC）到規模化上線。 5.訓練並推動內部使用者理解與使用AI工具，建立AI應用文化。 6.持續追蹤使用成效，提出最佳化建議與推動新應用場景。需求：1.擁有1年以上製造業系統導入、數位轉型或智慧製造相關專案經驗2.具備PCB產業背景尤佳。 3.對AI應用有高度興趣與基本理解，能與AI/IT團隊溝通技術細節。 4.良好的跨部門溝通與協調能力，能推動變革與內部 adoption。

公司介紹 這是一家高速成長的 AI 新創團隊，專注於 Physical AI 與 Industrial AI 的落地應用。團隊致力於打造能將真實世界工業環境快速轉換為高擬真模擬場景的 AI 平台，讓 AI 能在虛擬環境中進行訓練與策略優化，最終部署至真實工業系統。 公司產品結合 3D Simulation、Digital Twin 與 Reinforcement Learning 技術，讓企業可以在虛擬世界完成複雜系統的訓練與測試，大幅降低現實環境的成本與風險，並加速智慧製造與自動化的導入。 團隊由多位具創業與深度技術背景的成員組成，目前已獲得 國際級 AI 科技公司與知名投資機構支持，並與高端製造及半導體產業合作。工程師將有機會參與 AI + Simulation + Robotics 的前沿技術應用，直接將研究級技術落地至真實世界場景。 工作內容 作為 Senior Reinforcement Learning Engineer，你將負責透過強化學習技術優化自動化系統與工業場景中的 AI 決策能力，並在模擬環境中訓練可部署於真實世界的 AI 模型。 你將有機會參與 AI 在 工業自動化、機器人與智慧製造場景中的實際應用。 主要職責包含： 在 NVIDIA Isaac Sim 等模擬平台上建立與訓練強化學習模型 設計並實作 state space、action space 與 reward function 開發與優化 RL policy（如 Q-learning / Policy-based methods） 與 AI / Simulation / 3D 團隊合作進行系統模擬與模型訓練 持續調整模型與參數，提升策略效率與系統穩定度 將模擬環境中的最佳策略導入實際工業系統 使用技術 Python PyTorch / TensorFlow Reinforcement Learning Algorithms NVIDIA Isaac Sim Simulation / Digital Twin Robotics / Automation Systems

公司介紹 我們的客戶是一家專注於 Physical AI 與數位孿生（Digital Twin）技術 的 AI 新創團隊，致力於打造能夠讓 AI 在虛擬環境中訓練、學習並優化決策的下一代平台，並將最佳策略部署回真實世界場域。 團隊核心技術結合 AI、3D 模擬、運籌優化與大型場域建模，應用於智慧製造、自動化物流與高精密產業等場景，協助企業在虛擬工廠中完成策略模擬與 AI 訓練，大幅提升建置效率與營運決策能力。 公司獲得 國際 GPU 生態系與多家產業資本支持，並與大型科技與製造企業合作，是少數專注於 Sim-to-Real / Real-to-Sim AI 應用落地 的技術團隊。 如果你對 AI + Simulation + Robotics / Automation 的跨領域技術有興趣，這將是一個能直接參與核心產品與演算法設計的機會。 工作內容 你將加入核心演算法研發團隊，負責設計並優化應用於 大型數位孿生場域的演算法模型，協助解決複雜環境中的路徑規劃、排程與資源配置問題。 主要職責包含： 建立與設計演算法模型（如圖論、網格建模、路徑規劃或優化模型） 從 3D 環境與場域資料中建構抽象模型並設計解法 設計並實作高效能演算法模組（Python 為主） 使用 GPU 加速工具優化大型資料處理或模擬效能 與產品與工程團隊合作，將演算法整合至平台系統 測試與評估不同策略表現並持續優化 使用技術 Python CUDA / GPU Parallel Computing PyTorch Algorithm Design / Data Structures Graph Theory / Path Planning 3D Simulation / Digital Twin Optimization / Scheduling

Qualcomm stands as a beacon of innovation, pioneering the forefront of on-device AI and unlocking the transformative potential of 5G. Our breakthroughs herald an era of unparalleled connectivity, sparking possibilities that will reshape industries, generate employment, and enrich lives. At the heart of this revolutionary era, Qualcomm's commitment to on-device AI leadership stands unmatched. Shaping 5G's potential into world-altering technologies demands inventive minds, diverse skills, and cultural backgrounds—a defining epoch known as the Age of Invention.Are you poised to immerse yourself in the forefront of technological evolution, comparable in significance to the advent of the Internet? Machine learning is poised to revolutionize EVERYTHING. In Taiwan, our AI Software Engineering team, collaborating extensively with global AI RD teams, is at the helm of Qualcomm's pioneering advancements.Join us in leveraging your skills to expand Qualcomm's trailblazing AI portfolio (Qualcomm AI Stack), with a distinct emphasis on a software platform tailored for AI applications in Mobile, Automotive, IoT, and HPC devices, establishing our leadership in the AI PC domain.We integrate cutting-edge hardware with high-performance software, empowering rapid execution of deep neural networks on our unparalleled range of Snapdragon processors, setting the benchmark for minimal power consumption. Your role here is pivotal, enabling advanced machine learning scenarios atop Qualcomm's hardware and software infrastructure. You'll contribute to system software, tool development, maintenance, and evolution for various ML computing SDKs tailored for Qualcomm processors, both on Windows OS and Android OS.Amplifying the SDK's capabilities, collaborate with neural network frameworks like PyTorch and TensorFlow. Extend our neural net engine to support the latest DNNs emerging from the research community and optimize for the next-gen hardware acceleration cores.Validate engine performance and accuracy through meticulous analysis and comprehensive test coverage. Thrive in software development, wielding exceptional analytical, development, and debugging skills.Partner with industry leaders to usher in the next generation of machine learning technology, solidifying Qualcomm's pioneering stance in the AI PC domain.

General Summary: We’re seeking a multidisciplinary engineer with strong expertise in computer vision algorithms and SoC/hardware architecture. This role is ideal for someone who thrives at the intersection of cutting‑edge AI models and efficient hardware implementation. You’ll design segmentation algorithms, optimize modern deep learning architectures, and help shape the hardware that runs them. Responsibilities Develop and optimize computer vision algorithms, with emphasis on segmentation and real‑time performance.Implement and tune state‑of‑the‑art efficient AI architectures, including Transformers, Mamba‑style sequence models, and attention‑optimization techniques such as FlashAttention.Collaborate with hardware and SoC teams to co‑design accelerators and pipelines for CV and ML workloads.Profile and optimize model performance across memory, compute, and bandwidth constraints.Contribute to system‑level architecture decisions for next‑generation CV/AI products.Work closely with firmware and software teams to deploy models on embedded or edge platforms. Qualifications Strong background in computer vision, especially segmentation (classical and deep learning–based).Solid understanding of SoC architecture, including compute accelerators, memory hierarchy, and hardware/software interfaces.Hands‑on experience with modern deep learning architectures:Transformers and efficient transformer variantsFlashAttention or similar attention‑optimization techniquesMamba or other state‑space modelsSOTA efficient models (e.g., MobileNet‑style, ConvNeXt, lightweight segmentation networks) Proficiency in Python and C/C++, plus experience with ML/CV frameworks (PyTorch, TensorFlow, ONNX, OpenCV).Familiarity with hardware modeling, FPGA prototyping, or RTL design is a plus.Strong ability to work across algorithm, software, and hardware boundaries. Preferred Experience Algorithm–hardware co‑design for edge AIQuantization, pruning, distillation, or other model‑efficiency techniquesReal‑time CV systems or embedded AI deploymentPerformance profiling tools and hardware simulatorsMinimum Qualifications: • Bachelor's degree in Computer Science, Engineering, Information Systems, or related field and 2+ years of Hardware Engineering, Software Engineering, Systems Engineering, or related work experience.ORMaster's degree in Computer Science, Engineering, Information Systems, or related field and 1+ year of Hardware Engineering, Software Engineering, Systems Engineering, or related work experience.ORPhD in Computer Science, Engineering, Information Systems, or related field.

Job Highlights Outstanding career growth development opportunitiesCompetitive salary work benefit packagePassionate, energetic innovative work culture Job Description Job Responsibilities: Junior-level developer with a focus on the MEAN stack (JavaScript, NodeJS, MongoDB, ExpressJS, and AngularJS).Design, develop, test, debug and maintain web and application-based solutions. Participate in all phases of the software development life cycle. Assist in process improvement initiatives. Mentor other engineers and provide technical leadership. Work with cross-functional teams to ensure successful delivery. Assist in writing and executing test cases create.Contribute to the design, architecture, and final implementation of the platform. Invent flexible solutions to challenging technical problems that are adaptable and scalable to future business needs, Participate in code reviews.Be responsible for feasibility analysis and optimization of projects through detailed planning. How this career will benefit you: This is a permanent role. Benefits of this role: 13th Months Salary (upon Company Declaration)Project Incentive (upon Company Declaration based on project performance)Fixed Allowance (upon Confirmation)Sports, Company Outing