实验室与科研设施部统筹管理大型仪器共享，服务保障学校教学和科研，下设6个一级科研平台。

There are 6 research facilities managed by the Office of Laboratories and Research Equipment, providing service, and supporting for the student education and academic research.

生物医学实验技术中心主要服务于西湖大学生医理工学科群，围绕西湖大学的学科建设方向，设立了显微成像、质谱与代谢、流式细胞、冷冻电镜等一系列子平台，为基础前沿研究、关键技术的创新开发以及人才培养提供技术支撑。 中心以“能为”为理念，为学校的科研教学工作提供优质、高效和专业的技术服务，提供单一实验室所不能负担或不能实现的解决方案，辅助科研人员挑战生命科学领域影响深远的问题。平台将持续完善与提升服务，努力建成国际一流的科研支撑体系、专业人才培养基地和跨学科合作的高水平科研服务平台。

The Biomedical Research Core Facilities (BRCF) serve the elite multidisciplinary research at Westlake University that was birthed with high ambitions. With a can-do attitude, the BRCF seeks to become an enabling mechanism by providing technical solutions that are beyond the capabilities of any individual laboratories, removing barriers to the implementation of complex and sophisticated scientific programs, thus allowing researchers to think big and tackle the most daunting challenges in biomedical research.

As one of the earliest core facilities in operation at Westlake, the BRCF is currently consisted of eight facilities, including the CryoEM, Flow Cytometry, General Equipment & Autoclave Service, Genomics, High-throughput, Mass Spectrometry & Metabolomics, Microscopy, and Phenotypic Analysis Core Facilities.

After the completion of the university campus at Yungu, the BRCF will further improve and strengthen its capabilities, delivering high-quality, high-efficiency, and professional services. The facilities will work closely with their counterparts at other colleges as well as research laboratories to actively participate in technological and scientific research, and in the meanwhile make the latest technological innovations available to Westlake researchers, which in turn will greatly facilitate the translation of new technologies. The BRCF will strive to build a world-class research support system, a platform for talent training, and an incubator for multidisciplinary collaborations.

实验动物中心致力于打造集饲养、科研、开发及应用一体化的实验动物技术服务平台，目前已建立多项专业技术服务，包括：大小鼠饲养、小鼠生物净化、 转基因及基因编辑小鼠制作、利用IVF快速扩繁、辅助生殖、小鼠胚胎和精子冷冻复苏、疾病动物模型制作、动物实验技术指导等。

正规划建设中的云谷校区实验动物中心建施面积约8200平方米，中心将在西湖大学实验动物管理与伦理委员会的指导下，不断提高技术服务水平、完善动物福利，并定期举办实验动物相关学术交流、技术培训等，为西湖大学生命学科力争世界一流的科研目标提供强有力的平台支撑。

The Laboratory Animal Resources Center (LARC) provides intellectual and technical services for Westlake and non-Westlake investigators, these services include optimized animal care and welfare, rederivation, generation of genetically modified mice, speed expansion or strain rescue via in vitro fertilization and/or embryo transfer, mouse line cryopreservation and resuscitation, animal model development and professional support in the broad field of laboratory animal science. LARC interacts closely with the IACUC (Institutional Animal Care and Use Committee) to satisfy guidelines for the care and use of animals used in research.

At Westlake University, Yungu campus, LARC has 8,200 square meters of space devoted to animal breeding, holding and animal experiments. LARC will be highly involved with research, teaching and training, and oversight the care and use of laboratory animals. The missions of LARC are to provide quality care for all animals used at Westlake University, to assist investigators in achieving their research goals, and to maintain the highest standards of humane care of animals used in research.

由顶尖设备和优秀人才打造的先进微纳加工与测试平台在满足学校科学研究和学科建设需求的条件下，携手与微纳加工和制造相关的企业培养产业技术人才、攻关产业技术难题，积极推动地方经济发展。

    云栖校区的平台现有电子束曝光机、反应等离子刻蚀机、物理气相沉积系统、透射电镜和X光显微镜等30余台套大型微纳加工和表征设备，能满足硅基、柔性等微纳结构与器件研究的需要。在建的云谷校区平台将在云栖平台的能力基础上，全面实现III-V、II-VI、其他先进半导体材料成长和微米纳米器件的快速加工。平台争取10年内把部分工艺能力提升到国际领先水平。

Westlake Center for Micro/Nano Fabrication is equipped with advanced micro/nano fabrication facilities and operated by a group of experienced engineers. The center houses Suss mask aligner, Raith e-beam lithography （EBL） system, Samco plasma etching systems, ULVAC thin film deposition tools. The equipment endows fabrication capabilities for silicon and organic micro/nano devices that can fulfill the requirements from physics, chemistry, electronics, photonics, biomedicine, and other multidiscipline. Besides the traditional fabrication tools mentioned above, the center owns focused helium ion nanofabrication, femtolaser writing and laser direct writing tools and offers a lot of flexibility for creating novel complex 3D Nano-complex for both scientific researches and industry prototyping projects.

With the future expansion of the center at Yungu campus of Westlake University, it will fully expand its electronics research capabilities by merging ion implanter, stepper scanner, materials growth and device fabrication tools for III-V and II-VI semiconductors, and its structure characterization to sub-nanometer resolution for 3D nano complex.

Westlake Center for Micro/Nano Fabrication will support the university to become one of the first-tier universities in the world by substantially exploring the center’s hardware and intellectual resources and being actively involved in the university’s research, development and educational programs.

依托理学院筹建，聚焦服务于物质科学前沿领域中量子、能源、环境、光电信息等材料及相关器件的研究，辅以大型共享设施与设备和资深专业人才，提供整体系统的表征分析技术支撑。目前平台下辖5个专业化的分析测试实验室，在X射线衍射、表面分析、低温测量、电子显微镜和物性测试等领域配备了大量尖端科研设备，并配有一批年轻的高水平专业技术人员，不但能够保障一般性研究的需求，更能够追踪前沿，不断进取，为西湖大学的前沿科学研究提供良好的支撑条件。

Initiated by the School of Science, the Instrumentation and Service Center for Physical Sciences (ISCPS) hosts state-of-the-art facilities not only to meet routine analysis needs, but also to collaborate with our faculty and researchers in developing novel instrumental technologies or methodologies that address problems emerging from dynamic, cutting-edge research. ISCPS has currently installed a series of instruments covering X-ray diffraction, surface physics analysis, cryogenic measurement, electron microscopy and physical property characterization, which together provide strong support for the development of Westlake University.

依托西湖大学理学院筹建，以新工具促进新科学的发展，完备以光谱、色质谱、磁共振波谱以及in-house同步辐射等为技术核心的原位、高分辨分子科学表征体系，服务功能分子合成、绿色催化、能源材料、环境生态及化学生物等科研创新方向，为全校师生提供最新一代原子/分子谱学表征的7*24小时自主、开放仪器使用环境，并积极开展新方法/技术的开发实践及其在用户特色科研体系上的应用。支撑方向包含有机/无机成分与结构分析，药物及聚合物定性/定量分析，材料结构及功能分析，多肽及生物大分子构象/动力学和稳定性分析，以及复杂水质检测、食品药品检测、环境污染物检测等。

The Instrumentation and Service Center for Molecular Sciences (ISCMS) is a shared-use core facility at Westlake University to provide a collaborative multi-disciplinary research environment to support of the creation and evolution of world-class molecular sciences and technical expertise, for the Westlake research community as well as the larger community of external researchers both from academia and industry. ISCMS is composed of four professional analytical laboratories: Spectroscopy Lab, Magnetic Resonance Lab, Chromatography and Mass Spectroscopy Lab, and In-situ Chemical Analysis Lab, focusing on the exploration of molecular structure, intra- and inter-molecular interactions, and molecular dynamics. The characterization service covers organic and inorganic components and structures analysis, qualitative and quantitative measurements of drugs and polymers, determination of the structure of functional materials and the conformation of polypeptides and biomolecules, stability and dynamics analysis, metabolomics analysis of drugs or clinical markers, inspections of quality for water, food, or drug, as well as detection of environmental pollutant etc. The focus of ISCMS technical team has been not only to serve a broad, diverse, international set of researchers who are focus on pioneering scientific innovations, but also to develop specialized methodologies, protocols, instrumentation, and expertise to help simulate, characterize, and analyze novel molecules, materials, and systems going beyond conventional approaches.

高性能计算中心提供高质量、高可靠性、高定制化的科学计算和数据分析解决方案，为西湖大学高起点、创新型研究提供坚实地高性能计算基础支持，是校级科研公共平台，隶属于实验室与科研设施部。满足各学科领域对于大规模数据处理和大规模科学计算的需求。

西湖大学高性能计算中心成立于2019年6月，位于云栖校区，机房占地420平方米，共计12100个CPU核心和570个GPU核心；存储总量14PB，总合并读写带宽60GB/s。覆盖西湖大学生物学、基础医学、生物医学工程、药学、物理学、数学、化学、计算机科学与技术、电子科学与技术、光学工程、材料科学与工程、环境科学与工程等12个领域中的计算需求。

Westlake University High-Performance Computing Center (WU-HPCC) provides advanced computing and data analysis service for cutting-edge scientific and engineering research for Westlake University research community. WU-HPCC now hosts three HPC clusters (scientific computing, AI application, and cryo-EM data analysis), including ~12000 CPU cores, ~570 GPU cores (A100, Tesla V100, and RTX 2080TI), and ~14PB parallel storage with 56/100Gbps Infiniband network. Frequently used software and production environment has been setup on all clusters: Guassian, VASP, Tensorflow, PyTorch, RELION, GROMACS, GATK, and gcc/g++, gfortran, Intel compiler, java, python, perl, openmpi et al. The computational resources in WU-HPCC are open to all Westlake University faculty, students, and staff.