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安徽师范大学

智能材料与未来能源学院（SMAFE）

教学科研岗位招聘

智能传感器：基于纳米材料复合体系的气体与压力传感

诚邀加入讲座教授研究实验室

网址：https://future.ahnu.edu.cn/

智能材料与未来能源学院（SMAFE）成立于2026年，是安徽师范大学面向国家"新工科"建设设立的新型交叉学科工程学院。

实验室由讲座教授Mark H. Rümmeli（马克·吕梅利）领衔，正在建设智能传感研究方向，聚焦基于碳纳米材料、二维材料及新型纳米复合材料的化学电阻式气体传感器与压阻式压力传感器，包括柔性与可穿戴形式。实验室同时建设先进电子显微学平台（FEG-SEM/FIB-SEM），可对传感材料与器件进行原位表征和束流辅助加工。

我们诚挚欢迎优秀的青年实验研究人员加入，成为这一全新实验室的创始成员。

为什么选择我们？

· 教学科研岗位

· 职业发展通道：通过学校考核后可依规纳入事业编制，享有校内统一的职称晋升等相关政策。

· 薪酬（税前）：约25万–30万元人民币/年*¹

· 论文发表与科研经费激励

· 科研启动经费支持*¹

· 成为全新先进电子显微学平台的创始成员

· 可在讲座教授研究实验室内发展自己的研究方向

· 中英双语科研环境

· 与中国及欧洲科研机构的国际合作

· 芜湖市“紫云英”人才计划支持^*2

*1. 年薪、科研启动经费标准以学校人才管理文件为准；

*2. 具体政策以当年芜湖市人才引进相关文件为准。

研究方向

· 化学电阻式气体传感器

· 压阻式压力传感器（含柔性与可穿戴器件）

· 碳纳米材料、二维材料（石墨烯、MXene、过渡金属硫族化合物）及新型纳米复合材料

· 传感材料合成、器件制备与性能测试

· 基于FEG-SEM/FIB-SEM的原位表征与束流辅助加工

说明：本方向聚焦电阻型传感器件，不涉及晶体管栅控（FET）型传感器结构。

岗位职责

入职后，您将：

· 建立并主导气体与压力传感器的实验研究工作

· 合成纳米复合材料并制备传感器件

· 设计搭建传感器测试与表征装置

· 开展具有国际竞争力的研究并在高水平期刊发表论文

· 参与教学与学生指导工作

· 开展合作研究项目并申请科研经费（包括产业合作）

应聘对象

我们特别欢迎以下人员申请：

· 优秀的应届或处于职业早期的博士毕业生

· 具有传感器或相关器件企业研发经历的博士研究人员

· 目前在海外工作的中国研究人员

· 希望在中国发展学术事业的国际研究人员

基本要求

· 材料科学、物理、化学、工程或相关专业博士学位

· 具备独立制备并测试化学电阻式气体传感器和/或压阻式压力传感器的实践经验（两者兼备者尤佳）

· 具有纳米材料或纳米复合器件研究经验

· 较强的动手实验能力

· 良好的论文发表记录

· 具备英文专业沟通能力；会中文者欢迎，但非必需

有柔性/可穿戴传感器经验或自行搭建气体/压力测试装置经验者优先。

申请材料

请提交以下材料：

· 个人简历

· 论文清单

· 研究计划

· 传感器研究经验简介

· 两位推荐人信息

联系方式

Mark H. Rümmeli 教授

讲座教授

智能材料与未来能源学院

安徽师范大学

网址：https://future.ahnu.edu.cn/

邮箱：mhr1@ahnu.edu.cn

mhr1@ifw-dresden.de

mhr1967@yahoo.com

微信：MHR1967

ANHUI NORMAL UNIVERSITY

School of Smart Materials and Future Energy (SMAFE)

Teaching & Research Faculty Position

Smart Sensors: Gas & Pressure Sensing with Nanomaterial Composites

Join the Distinguished Chair Research Laboratory

Website: https://future.ahnu.edu.cn/

The School of Smart Materials and Future Energy (SMAFE), established in 2026, is Anhui Normal University's new interdisciplinary engineering school supporting China's New Engineering initiative.

Led by Distinguished Chair Professor Mark H. Rümmeli, the Distinguished Chair Research Laboratory is establishing a smart sensing research direction focused on chemiresistive gas sensors and piezoresistive pressure sensors based on carbon nanomaterials, 2D materials and novel nanomaterial composites, including flexible and wearable formats. The laboratory is also building an Advanced Electron Microscopy Platform (FEG-SEM/FIB-SEM), enabling in situ characterization and beam-assisted processing of sensor materials and devices.

We welcome outstanding young experimental researchers to become founding members of this exciting new laboratory.

Why Join Us?

· Teaching & Research Faculty Position

· a complete career development pathway allowing qualified researchers to secure institutional staffing establishment upon university evaluation with full access to school-wide professional title promotion policies

· Salary(pre-tax): approximately RMB 250,000–300,000/year*¹ 

· Publication and research funding incentives

· Research start-up support^*1 

· Founding member of a new Advanced Electron Microscopy Platform

· Develop your own research direction within the Distinguished Chair Research Laboratory

· Chinese-English bilingual research environment

· International collaborations across China and Europe

· Potential eligibility for Wuhu City talent programmes*

*1. Annual salary and research start-up funding shall be subject to the university policies

*2. Specific policies shall follow the annual Wuhu city policices.

Research Focus

· Chemiresistive gas sensors

· Piezoresistive pressure sensors, including flexible and wearable devices

· Carbon nanomaterials, 2D materials (graphene, MXenes, TMDs) and novel nanomaterial composites

· Sensor material synthesis, device fabrication and performance testing

· In situ characterization and beam-assisted processing using FEG-SEM/FIB-SEM

Note: our focus is on resistive-type sensing devices, not transistor-gated (FET) sensor architectures.

Position Responsibilities

The successful candidate will:

· Establish and lead hands-on experimental work on gas and pressure sensors.

· Synthesize nanomaterial composites and fabricate sensor devices.

· Design and build sensor test and characterization setups.

· Conduct internationally competitive research and publish in leading journals.

· Contribute to teaching and student supervision.

· Develop collaborative research projects and funding proposals, including with industry.

Candidate Profile

We particularly welcome applications from:

· Outstanding recent or early-career PhD graduates.

· PhD-qualified researchers with industrial R&D experience in sensors or related devices.

· Chinese researchers currently working overseas.

· International researchers seeking to establish their career in China.

Essential Requirements

· PhD in Materials Science, Physics, Chemistry, Engineering or related discipline.

· Independent hands-on experience fabricating and testing chemiresistive gas sensors and/or piezoresistive pressure sensors (experience with both is ideal).

· Experience with nanomaterials or nanocomposite-based devices.

· Strong practical experimental skills.

· Good publication record.

· Professional communication skills in English. Chinese language skills are welcome but not required.

Experience with flexible/wearable sensors or building custom gas/pressure test rigs is strongly preferred.

Application

Please submit:

· CV

· Publication list

· Research statement

· Summary of sensor research experience

· Two referees

Contact

Prof. Mark H. Rümmeli

Distinguished Chair Professor

School of Smart Materials and Future Energy

Anhui Normal University

Website: https://future.ahnu.edu.cn/

Email: mhr1@ahnu.edu.cn

mhr1@ifw-dresden.de

mhr1967@yahoo.com

WeChat: MHR1967