- Position: PhD Positions in Wireless Sensor Design for Biomedical and Healthcare Applications
- Lab: Laboratory for Innovative Manufacturing at Purdue University (https://www.rahimilab.org/)
- Research Focus: Interdisciplinary research integrating electrical engineering with biomedical and materials sciences to develop cutting-edge sensors and devices
- Eligibility: Open to master's students interested in pursuing a PhD
- Minimum Qualifications:
- Excellent academic background in relevant courses
- Strong background in embedded systems and wireless communication
- Strong programming and debugging skills
- Preferred Qualifications:
- Knowledge of electrochemical sensors design and characterization
- Knowledge of Python coding and debugging
- Basic understanding of Machine Learning
- Knowledge of PCB design tools such as Altium/Eagle
- Experience using Arduino or Raspberry Pi
- Hands-on experience in lab equipment such as oscilloscope, VNA, and signal generator
- Selected students will receive training and guidance in using software and equipment in the lab.
- How to Apply: Fill out the application form at https://form.jotform.com/221681567225155
Also check: PhD and Master position at the University of Alberta in Biomechanics
Fields:
Candidates from the following fields can apply for the PhD positions in Wireless Sensor Design for Biomedical and Healthcare Applications:
1. Electrical Engineering
2. Biomedical Engineering
3. Materials Science and Engineering
4. Computer Engineering
5. Computer Science (with a focus on embedded systems and wireless communication)
6. Physics (with a focus on sensor design and circuit analysis)
7. Applied Mathematics (with a focus on sensor systems and wireless communication)
8. Chemical Engineering (with knowledge of electrochemical sensors design and characterization)
These fields provide a strong foundation for the interdisciplinary research conducted in the Laboratory for Innovative Manufacturing. However, applicants from related fields with relevant experience and a strong interest in wireless sensor design and implementation for biomedical and healthcare applications may also be considered.
