主要职责:
1. 基于MEMS芯片的实验室设备的设计和制造:开发微流体系统和集成MEMS传感器(例如，压力传感器，电化学传感器)用于先进的分析应用。
2. MEMS工艺开发:使用基于洁净室的工艺，如光刻、蚀刻和沉积，来制造适合LoC应用的MEMS结构。
3. 微流控和生物芯片集成:实现和优化微流控网络，以实现精确的流体控制，在芯片实验室内实现复杂的分析和多功能操作。
4. 器件表征和测试:对开发的基于mems的系统进行严格的测试，以评估灵敏度、选择性、流体动力学和系统可靠性等性能指标。
5. 协同研究:与生物医学、材料科学和电子领域的跨学科团队紧密合作，确保MEMS技术与先进的传感和诊断能力的整合。
6. 研究传播:准备并提交研究论文到同行评审的期刊，并在国际会议上展示研究成果。

任职要求:
1. 电气电子工程，机械工程，生物医学工程，物理或相关领域的博士学位，重点是MEMS和微流体。
2. 在MEMS设计和制造方面的专业知识，特别是在微流体系统，传感器集成和生物芯片领域。
3. 具有洁净室工艺(光刻，蚀刻，沉积等)和表征工具(如SEM, AFM和轮廓测量)的经验。
4. 了解微流体原理(如流体流动，液滴产生，毛细效应)及其与MEMS器件的集成。
5. 在MEMS，微流体或芯片实验室技术相关的高影响力期刊上发表文章。
6. 优秀的解决问题的能力，解决技术挑战的创造力，独立工作和与不同团队合作的能力。
7. 本岗位入职到广东广纳芯科技有限公司博士后科研工作站。


Key Responsibilities:
1.Design and Fabrication of MEMS-based Lab on Chip Devices: Develop microfluidic systems and integrate MEMS sensors (e.g., pressure sensors, electrochemical sensors) for advanced analytical applications.
2.MEMS Process Development: Use cleanroom-based processes such as lithography, etching, and deposition to fabricate MEMS structures tailored to LoC applications.
3.Microfluidics and Biochip Integration: Implement and optimize microfluidic networks for precise fluid control, enabling complex assays and multi-functional operations within the Lab on Chip.
4.Device Characterization and Testing: Conduct rigorous testing of the developed MEMS-based systems to evaluate performance metrics such as sensitivity, selectivity, fluid dynamics, and system reliability.
5.Collaborative Research: Work closely with interdisciplinary teams in the fields of biomedicine, material science, and electronics to ensure the integration of MEMS technology with advanced sensing and diagnostic capabilities.
6.Research Dissemination: Prepare and submit research papers to peer-reviewed journals, and present findings at international conferences.

Qualifications:
1.A PhD in Electrical Engineering, Mechanical Engineering, Biomedical Engineering, Physics, or a related field with a strong emphasis on MEMS and microfluidics.
2.Expertise in MEMS design and fabrication, particularly in the areas of microfluidic systems, sensor integration, and biochips.
3.Experience with cleanroom processes (lithography, etching, deposition, etc.) and characterization tools such as SEM, AFM, and profilometry.
4.Knowledge of microfluidic principles (e.g., fluid flow, droplet generation, capillary effects) and their integration with MEMS devices.
5.Strong publication record in high-impact journals related to MEMS, microfluidics, or Lab on Chip technologies.
6.Excellent problem-solving skills, creativity in approaching technical challenges, and the ability to work both independently and in collaboration with a diverse team.
7.This position will be assigned to the postdoctoral research workstation of Guangdong CanChip Technology Co., Ltd.