Student project: Global Regulation for Biomedical Implants
*Important for non-EU students: You'll need to be registered at a Dutch university to meet immigration requirements.
Explore the impact of global regulation on increasing the end-to-end efficiency of wireless powering to biomedical implants
What you will do
Wireless power transfer (WPT) systems are widely used in applications where physical connections are impractical, but their performance is highly sensitive to variations in transmitter to receiver (TX to RX) coupling and receiver load. These variations can degrade power delivery efficiency and stability, particularly in dynamic environments such as biomedical implants. Global regulation is commonly employed to maintain a stable output voltage under such conditions. However, rapid load transients, such as those induced by stimulation pulses, pose an additional challenge, as they require a short load transient recovery time (LTRT) to ensure uninterrupted and timely power delivery, especially under varying coupling conditions.
This student project aims to develop a robust and efficient global regulation strategy capable of achieving fast transient recovery. The work will explore global feedback encoding techniques to improve regulation accuracy and responsiveness. In addition, reliable uplink communication from the implant to the transmitter will be investigated to ensure stable and timely feedback under dynamic conditions. Finally, the project includes the design of an efficient power amplifier that supports the proposed regulation scheme, with the goal of enhancing overall system performance in terms of recovery speed, efficiency, and robustness.
What we do for you
As one of the world-class research institutes, we are the center of excellence in nano-electronics design for the Internet of Things and Healthcare applications. In this internship project, you will be working on a cutting-edge research project, under the supervision of world-class researchers from diverse backgrounds. Furthermore, you may also get the opportunity to do hands-on experiments with a tape-out if time permits.
Who you are
Interested
Does this position sound like an interesting next step in your career at imec? Don't hesitate to submit your application by clicking on 'APPLY'.
Should you have more questions about the job, you can contact < correo electrónico eliminado por razones de seguridad >.
*Important for non-EU students: You'll need to be registered at a Dutch university to meet immigration requirements.
Explore the impact of global regulation on increasing the end-to-end efficiency of wireless powering to biomedical implants
What you will do
Wireless power transfer (WPT) systems are widely used in applications where physical connections are impractical, but their performance is highly sensitive to variations in transmitter to receiver (TX to RX) coupling and receiver load. These variations can degrade power delivery efficiency and stability, particularly in dynamic environments such as biomedical implants. Global regulation is commonly employed to maintain a stable output voltage under such conditions. However, rapid load transients, such as those induced by stimulation pulses, pose an additional challenge, as they require a short load transient recovery time (LTRT) to ensure uninterrupted and timely power delivery, especially under varying coupling conditions.
This student project aims to develop a robust and efficient global regulation strategy capable of achieving fast transient recovery. The work will explore global feedback encoding techniques to improve regulation accuracy and responsiveness. In addition, reliable uplink communication from the implant to the transmitter will be investigated to ensure stable and timely feedback under dynamic conditions. Finally, the project includes the design of an efficient power amplifier that supports the proposed regulation scheme, with the goal of enhancing overall system performance in terms of recovery speed, efficiency, and robustness.
What we do for you
As one of the world-class research institutes, we are the center of excellence in nano-electronics design for the Internet of Things and Healthcare applications. In this internship project, you will be working on a cutting-edge research project, under the supervision of world-class researchers from diverse backgrounds. Furthermore, you may also get the opportunity to do hands-on experiments with a tape-out if time permits.
Who you are
- You are an MSc student in Electronics Engineering.
- You are available for at least 9 months.
- You have knowledge of analog/mixed-signal circuits through course and/or project work.
- You have knowledge of advanced CMOS technology.
- You have a strong interest in analog IC design, especially in power management circuits.
- You are familiar with Cadence design environment.
- Familiarity with MATLAB or Python is a plus.
- You are entitled to do an internship in the Netherlands.
- You are a self-starter and able to work independently.
- Good written and verbal English skills.
Interested
Does this position sound like an interesting next step in your career at imec? Don't hesitate to submit your application by clicking on 'APPLY'.
Should you have more questions about the job, you can contact < correo electrónico eliminado por razones de seguridad >.
