實驗室地點：材料系A2-121-2

拉曼的原理是基於入射光與材料的非彈性交互作用，影響鍵結電子的振動而分析原子鍵結的分析技術。拉曼的優點還包括：不需製備樣品，對樣品的破壞性小；水對訊號背景值的影響低，光譜較為乾淨；搭配顯微鏡，可對樣品做局部觀察等。

Laboratory Location: Department of Materials Science and Engineering, A2-121-2

Raman spectroscopy is based on the inelastic interaction between incident light and a material. By analyzing changes in molecular or lattice vibrations, it can be used to characterize atomic bonding and material structures. Its advantages include minimal sample preparation and low sample damage. In addition, water produces relatively little interference in the spectral background, resulting in cleaner spectra. When combined with a microscope, Raman spectroscopy also enables localized observation and analysis of specific areas of a sample.

實驗室地點：理工一館 A1-320

致力於工業4.0的技術開發與其周邊科技整合，培養學子的競爭力，促進台灣產業的提升與創新。以自有核心技術，系統化整合機械手臂、機器學習、機器視覺與自動化設備等，為苗栗地區唯一兼具研發、系統整合實驗室。

Laboratory Location: Science and Engineering Building I, A1-320

The laboratory is dedicated to the development of Industry 4.0 technologies and the integration of related emerging technologies. Its mission is to enhance students’ professional competitiveness while supporting industrial advancement and innovation in Taiwan. Building on its own core technologies, the laboratory systematically integrates robotic arms, machine learning, machine vision, and automation equipment. It is the only laboratory in the Miaoli area that combines both research and development capabilities with system integration expertise.

實驗室地點：A1-209

本實驗室具有智慧遠端監控技術及加工線上同步量測能力，在遠端監控方面除了即時加工動態的紀錄外亦可接收與傳遞加工資訊，使管理加工製程以及刀具壽命上更有效率，而同步量測方面則可使品管更為精確。

Laboratory Location: A1-209

The laboratory is equipped with intelligent remote monitoring technologies and in-process measurement capabilities. Its remote monitoring system not only records real-time machining operations, but also receives and transmits machining data, enabling more efficient production process management and tool life monitoring. In-process measurement further improves the accuracy and efficiency of quality control.

實驗室地點：理工二館 A2-316

超高效液相層析串聯質譜儀為高階微量分析儀器，可應用於環境污染物與職業毒物分析、食品污染物分析、人體生物檢體環境荷爾蒙、化妝保養品成份開發、藥物成分分析等分析項目。

Laboratory Location: Science and Engineering Building II, A2-316

The Ultra-High-Performance Liquid Chromatography–Tandem Mass Spectrometry (UHPLC-MS/MS) system is an advanced analytical instrument designed for highly sensitive trace analysis. It can be applied to the analysis of environmental pollutants and occupational toxicants, food contaminants, endocrine-disrupting chemicals in human biological samples, ingredients used in cosmetics and personal care product development, as well as pharmaceutical compounds.

實驗室地點：B4-101

本實驗室的主要內容包含互動機器人、智慧宅控制系統、行為預測分析系統、手勢與語音居家控制系統及客語智慧宅控制系統等。本特色實驗室的目的係建構一個「適合銀髮族生活的智慧居家環境」。

Laboratory Location: B4-101

The laboratory focuses on interactive robots, smart home control systems, behavior prediction and analysis systems, gesture- and voice-based home control systems, and smart home control systems with Hakka-language support. The laboratory aims to create an intelligent living environment designed to support the daily needs, safety, and quality of life of older adults.

實驗室地點：A2-129

提供苗栗地區農民快速與良好的檢驗服務，可以節省檢驗成本與時間，提升苗栗縣農產品的市場競爭力，同時也維護食品安全，替國民健康把關進ㄧ份心力。

Laboratory Location: A2-129

The laboratory provides farmers in the Miaoli area with fast and reliable testing services, helping reduce testing costs and turnaround time while enhancing the market competitiveness of agricultural products from Miaoli County. It also contributes to food safety and helps safeguard public health through professional testing and quality assurance.

實驗室地點：人社院一樓空間與二、三樓平台

智慧攝影棚的設計與規劃，係以 Lev Manovich 的「新媒體」概念出發，旨在建立多媒體製作環境，整合廣播、電影、電視、動畫、App、虛擬實境等各類媒體文本製作。

Laboratory Location: First-floor space and second- and third-floor platforms of the College of Humanities and Social Sciences

The Smart Media Studio is designed and planned based on Lev Manovich’s concept of “new media.” It aims to establish an integrated multimedia production environment that supports the creation of a wide range of media content, including radio, film, television, animation, mobile applications, and virtual reality.

實驗室地點：C1-609A

提供校園內程式高手切磋交流及提升經驗技能的場域，建立學用一致的程式開發空間；同時也為普及資訊社會公民的程式語言素養，營造能提升初學者學習動機與成就感的學習環境。

Laboratory Location: C1-609A

The Programming Hub provides a collaborative space for skilled programmers across the University to exchange ideas, share experience, and further develop their technical abilities. It also serves as a practice-oriented environment that connects programming education with real-world application. At the same time, the Hub promotes programming literacy for citizens in the digital society by creating a supportive learning environment that enhances beginners’ motivation, confidence, and sense of achievement.

實驗室地點：CI-303

本實驗室預計設置為以學習與訓練為主軸的學習場域空間。透過可彈性排列的訓練桌椅配置，可提供本系學生學習、企業教育訓練，以及本系會議與座談會使用。

Laboratory Location: CI-303

The laboratory is designed as a learning and training space. With flexible arrangements of training tables and chairs, the space can accommodate student learning activities, corporate education and training programs, as well as departmental meetings, seminars, and discussion sessions.

實驗室地點：A1-405

綠色能源材料實驗室發展奈米級表面處理技術。太陽光電、風力發電等綠色能源材料製備，涉及多階段表面處理製程。透過自動機械傳輸與排程，可提升製程穩定度與良率。

Laboratory Location: A1-405

The Green Energy Materials Laboratory focuses on the development of nanoscale surface treatment technologies. The fabrication of green energy materials for applications such as solar photovoltaic and wind power systems involves multiple stages of surface treatment. Through automated material handling and process scheduling, the laboratory aims to improve process stability, production efficiency, and overall yield.

實驗室地點：機電中心

液流電池可應用於大型電網儲電。大量機車快充時所需電流較大，可能影響電網供電穩定。充電站儲電設備可供應快充所需的瞬間大電流；市電則可於24小時內以小電流對電池充電，以平穩電網供電。

Laboratory Location: Electromechanical Center

Flow batteries can be used for large-scale grid energy storage. When multiple electric motorcycles are fast-charged simultaneously, the high instantaneous power demand may affect grid stability. The charging station’s energy storage system can supply the large current required for rapid charging, while electricity from the grid can recharge the batteries gradually over a 24-hour period at a lower current. This helps reduce peak power demand and maintain a more stable electricity supply.

實驗室地點：A1-307

本實驗室提供學生動手修護電動機車的實作場域。透過機車診斷、拆解、零件更換與組裝，讓學生對於電動機車運作原理、電動機車特性及操作安全有更深入的了解。

Laboratory Location: A1-307

The laboratory provides students with a hands-on learning environment for electric motorcycle maintenance and repair. Through vehicle diagnostics, disassembly, component replacement, and reassembly, students gain a deeper understanding of the operating principles and characteristics of electric motorcycles, as well as the safety procedures required for their proper operation and maintenance.

實驗室地點：A1-307

培養學生在電動車上進階的專業知識。提供學生對於電動機車各個關鍵組件實際操控與特性測量的場所，讓學生對於這些關鍵組件在機械結構、電子、物理、化學等專業學理上有深入的了解。

Laboratory Location: A1-307

The laboratory is designed to develop students’ advanced professional knowledge of electric vehicles. It provides a hands-on environment where students can operate, test, and measure the performance characteristics of key electric motorcycle components. Through practical experimentation, students gain a deeper understanding of these components from the perspectives of mechanical engineering, electronics, physics, and chemistry.

實驗室地點：建築學系一樓D&A Lab

實驗室目標在解決與研發特殊造型產品設計與建築物之外覆、結構系統的先進系統整合方案, 專門透過軟體分析及數位製造，協助學生、廠商進行產品先進的智慧製造方案與控制技術研發及教學。

Laboratory Location: D&A Lab, First Floor, Department of Architecture

The laboratory focuses on the development of advanced integrated solutions for specially shaped product design, building envelopes, and structural systems. Through software-based analysis and digital fabrication technologies, it supports students and industry partners in developing advanced smart manufacturing solutions and control technologies, while also serving as a platform for research, development, and hands-on education.

實驗室地點：H1-7F

語文中心新教學場域乃因應近年來教學媒體化、數位化、網路化之發展趨勢建置而成。

Laboratory Location: 7th Floor, H1

The Language Center’s new teaching space was established in response to recent trends in technology-enhanced, digital, and web-based language education. It provides a modern learning environment designed to support evolving teaching methods and the integration of digital media and online resources.