Submitting more applications increases your chances of landing a job.

Here’s how busy the average job seeker was last month:

Opportunities viewed

Applications submitted

Keep exploring and applying to maximize your chances!

Looking for employers with a proven track record of hiring women?

Click here to explore opportunities now!
We Value Your Feedback

You are invited to participate in a survey designed to help researchers understand how best to match workers to the types of jobs they are searching for

Would You Be Likely to Participate?

If selected, we will contact you via email with further instructions and details about your participation.

You will receive a $7 payout for answering the survey.


User unblocked successfully
https://bayt.page.link/Ey4ueUaXK9RcEzjdA
Back to the job results

Path 2: Postdoctoral Associate – IC Design for Self-powered Stimulation Implants

30+ days ago 2026/09/12
Other Business Support Services
Create a job alert for similar positions
Job alert turned off. You won’t receive updates for this search anymore.

Job description

Faculty Name and Title: Sohmyung Ha, Assistant Professor of Electrical Engineering and Bioengineering



Research Project Description



This project aims at developing an implantable self-powered cardiac stimulation system, which features energy harvesting from the motion of heart, power management, wireless communication, and recording of cardiac activities. The proposed system utilizes a stretchable transducer that converts the movement to electricity, which is rectified and converted to DC power by the IC. This power is managed and provided to other system components. One of them is an electrical stimulator that provides electric charges to the tissue, i.e. heart tissue in this specific case. All the stimulation parameters, including current amplitude, polarity, time, and frequency, are programmable via wireless communication. In order to ensure the safe operation of the implant, the system includes multiple recording channels of electrical signals and electrochemical signals. This project will involve the design, fabrication, and experimental validation of ICs that include various blocks, including energy harvesting, stimulation, recording, communication, and power management. This system can be applied to cardiac stimulation, brain stimulation, and also peripheral nerve stimulation.




Responsibilities of the Position



  • Development (design, implementation, and validation) of the proposed IC and system components.
  • Test of the system in animal model.


The candidate will also work on individualized research projects under the supervision of the faculty during the duration of his/her tenure.




Qualifications

Essential Qualifications



  • Ph.D. in Electrical Engineering, Biomedical Engineering, or relevant disciplines
  • IC tape-out experiences

Preferred experience



  • PCB design
  • Embedded software for microcontrollers
  • Animal experiments
Application Instructions

1. CV



2. Statement of interest



3. Transcript of degree(s)



4. Copies of representative publications.



5. Names and contact information for at least two people willing to provide letters of recommendation.





UAE nationals are encouraged to apply





This position is under the NYUAD Kawader program, for details regarding the program, open dates, specific program requirements, and FAQ's please refer to our NYUAD Kawader webpage: https://nyuad.nyu.edu/en/about/careers/postdoctoral-and-research/kawader-research-assistantship-program.html





For further information or questions regarding the position/program please contact nyuad.kawader@nyu.edu (due to the high volume of emails received, please allow 5 working days for a response)




This job post has been translated by AI and may contain minor differences or errors.

You’ve reached the maximum limit of 15 job alerts. To create a new alert, please delete an existing one first.
Job alert created for this search. You’ll receive updates when new jobs match.
Are you sure you want to unapply?

You'll no longer be considered for this role and your application will be removed from the employer's inbox.