Openings draft

This project seeks motivated Postdoctoral Fellows, PhD students, or Research Assistants with expertise in oscillation-based biosensing for biomedical applications. The position involves designing and developing circuitry—such as RF circuits, LRC oscillators, or magnetoelectric systems—integrated with advanced biomaterials for wireless, real-time in vivo monitoring.
Main duties include:
(a) designing and prototyping sensing circuits for implantable/injectable devices;
(b) collaborating on selection and functionalization of biomaterials for targeted molecular capture;
(c) conducting experimental validation in biological environments, and publishing research;
(d) presenting findings at conferences and working as part of a multidisciplinary team.
Candidates with backgrounds in circuit design or biomaterials engineering are highly preferred.
我們誠聘具備生物醫學振盪式感測系統研發經驗的博士後、博士生或研究助理。該崗位將專注於設計如射頻（RF）電路、LRC振盪器或磁電激發/接收系統，結合先進生物材料，用於無線及實時體內訊號監測。
主要職責包括：
(a) 開發植入或注射型設備的感測電路與原型；
(b) 參與特色生物材料的篩選及功能化，以實現靶向分子捕捉；
(c) 在相關生物環境中進行感測系統的實驗驗證與特性評估，並發表研究成果；
(d) 於學術會議展示成果，並與工程、化學及生物領域成員跨專業合作。
具備電路設計或生物材料工程背景者優先。

Biomedicine application of multi-scale robotics, such as non-invasive medical intervention technology, capsule endoscopic technology, implantable devices and pathogen detection. 
多尺度機械人醫療應用，如無創醫療介入技術、膠囊內窺鏡技術、植入式裝置和病原體檢測

Development of magnetic control system, algorithm and UI 
磁控系統、算法及UI的開發

Functional materials for actuation, sensing and micro-/nanorobots, such as biomaterials, hydrogels, 3D printing, soft robots and related technologies. 
用於驅動、傳感和微納機械人的功能材料，例如生物材料、水凝膠、3D打印、軟體機械人和相關技術

This project focuses on the structural design, development, and integration of automated robotic platforms for healthcare applications, including motion control and fluidic delivery systems. Other core directions include technology translation and prototype development in both medical and robotics fields. Engineers from mechanical engineering, automation, robotics, electronics, or mechatronics backgrounds are encouraged to apply.

The appointee(s) will be responsible to assist the research team in:
(a) the overall structural design and optimization of mechatronic systems;
(b) designing, selecting, and debugging components for motion platforms;
(c) planning, selecting, and debugging fluidic delivery systems (e.g., pumps and piping);
(d) writing, debugging, and optimizing automation control programs for devices;
(e) assembling, testing, and refining device prototypes;
(f) collaborating with an interdisciplinary team (robotics, mechanical, electronics, and clinical professionals) to advance project development;
(g) undertaking other technical R&D tasks as assigned by the team.
Relevant experience in automation equipment R&D is preferred.

本項目專注於醫療自動化機器人平台的結構設計與集成，包括運動控制與流體傳輸系統的研發，並推動醫療與機器人領域的技術轉化及產品原型開發。歡迎具備機械工程、自動化、機器人、電子工程或機電一體化背景的工程師加入。

研究者將負責協助研究團隊進行以下工作：
(a) 負責機電一體化系統的整體結構設計與優化；
(b) 運動平台方案設計、部件選型及調試；
(c) 參與流體傳輸系統（如泵體、管路等）的方案規劃、元件選型及調試；
(d) 編寫、調試及優化設備自動化控制程序；
(e) 完成原型機的組裝、測試及改進；
(f) 與跨學科團隊（包括機器人、機械、電子及臨床人員）協作推進項目；
(g) 完成團隊分配的其他技術研發任務。
有自動化設備研發經驗者優先。

This project seeks motivated Postdoctoral Fellows, PhD students, or Research Assistants with expertise in oscillation-based biosensing for biomedical applications. The position involves designing and developing circuitry—such as RF circuits, LRC oscillators, or magnetoelectric systems—integrated with advanced biomaterials for wireless, real-time in vivo monitoring.
Main duties include:
(a) designing and prototyping sensing circuits for implantable/injectable devices;
(b) collaborating on selection and functionalization of biomaterials for targeted molecular capture;
(c) conducting experimental validation in biological environments, and publishing research;
(d) presenting findings at conferences and working as part of a multidisciplinary team.
Candidates with backgrounds in circuit design or biomaterials engineering are highly preferred. 

我們誠聘具備生物醫學振盪式感測系統研發經驗的博士後、博士生或研究助理。該崗位將專注於設計如射頻（RF）電路、LRC振盪器或磁電激發/接收系統，結合先進生物材料，用於無線及實時體內訊號監測。
主要職責包括：
(a) 開發植入或注射型設備的感測電路與原型；
(b) 參與特色生物材料的篩選及功能化，以實現靶向分子捕捉；
(c) 在相關生物環境中進行感測系統的實驗驗證與特性評估，並發表研究成果；
(d) 於學術會議展示成果，並與工程、化學及生物領域成員跨專業合作。
具備電路設計或生物材料工程背景者優先。

Focuses on micro-/ nanorobotics, functional nanomaterials and their biomedical applications, particularly in pathogen sensing. The group has tight collaborations with the Institute of Digestive Disease (IDD) and the Department of Microbiology of The Chinese University of Hong Kong (CUHK). The media report of a recent collaboration can be found in this link below:
https://www.cpr.cuhk.edu.hk/en/press_detail.php?id=3451&t=cuhk-develops-novel-microrobotic-diagnostic-system-to-accurately-diagnose-infectious-pathogens-with-full-automation-and-low-cost&s=QuickCAS

專注於微/納米機械人、功能性納米材料及其生物醫學應用，尤其在病原體檢測方面。研究團隊與香港中文大學消化疾病研究所（IDD）及微生物學系有緊密合作。近期合作的媒體報導可參閱以下連結：
Experience in development of biomedical device/ instrumentation and/ or related industrial experience will be advantageous.
主要研究微/納米粒子、功能納米材料及其生物醫學應用，尤其是在病原體檢測方面。

This project aims to develop a non-invasive neurostimulation device for pain relief, which is in cooperation with Professor Matthew Chan in the Department of Anesthesia and Intensive Care and Professor Linda Lam and Professor Hanna Lu from the Department of Psychiatry.
The appointee(s) will work with the research team and clinical collaborators for a fast-paced, sketch-to-trial full-cycle medical device development for pain relief. The appointee(s) will be responsible for assisting the research team for
(a) device development; 
(b) evaluation of the developed device on cells and animals; and
(c) performing tests and experiments in campus and clinical sites. He/she will work collaboratively with other research staff and students in both the engineering team and the biological experiment team.
Experience in pain research, neurostimulation, development of biomedical device/instrumentation and/or related industrial experience will be advantageous.

該裝置將與香港中文大學麻醉與重症監護室的Matthew Chan教授以及精神科的Linda Lam教授和Hanna Lu教授合作開發。
研究者將與本研究組成員和臨床合作者一起完成從草圖到試驗的全週期醫療設備開發過程，負責協助研究團隊進行以下工作：
（a）設備開發
（b）利用細胞和動物模型對設備進行實驗評估
（c）在實驗室及臨床環境對設備進行測試。
有疼痛研究，神經刺激，生物醫學設備/儀器開發和/或相關行業經驗方面的經驗者優先考慮。

High-frequency magnetic field generation and reception 高頻磁場生成接收

This project will be conducted in cooperation with the Faculty of Medicine, CUHK. One of the core aims of the project is to build a high power magnetic pulse generator using state-of-the-art power electronics for biomedical applications, such as rehabilitation. The appointee(s) will work with the research team and clinical collaborators for a fast-paced, sketch-to-trial full-cycle medical device development.
The appointee(s) will be responsible to assist the research team for
(a) electronics design and prototyping;
(b) performing tests and experiments in campus and clinical sites; and
(c) undertaking other ad-hoc tasks as assigned by the research team.
He/she will work collaboratively with other research staff and students in both the engineering team and the biological experiment team.
Good programming skills in Python and C. Experience in development of biomedical device/instrumentation and/or related industrial experience will be advantageous. 

該項目將與港中文醫學院合作進行，核心目標之一是使用電子設備來製造大功率電磁脈衝發生器用於生物醫學應用（例如康復治療）。研究者將與本研究小組成員和臨床合作者一起完成從草圖設計到試驗的全週期醫療設備開發過程。
研究者將負責協助研究團隊進行以下工作：
(a) 電子設計和原型機的建造；
(b) 實驗室及臨床環境進行測試和實驗；及
(c) 承擔研究小組分配的其他（臨時）任務。
具備Python和C語言的良好編程技能或具有生物醫學設備/儀器開發經驗和/或相關行業經驗者優先。