The Radiofrequency Group (GRAF) at the University of Barcelona is looking for strong candidates to apply for an FPI/FPU predoctoral fellowship and pursue a PhD within an interdisciplinary research project combining:

• 📡 Planar RF and microwave sensors
• 🧩 3D-printed structures and devices
• 🧬 Biomedical and bioanalytical applications
• 🔬 Characterization of contrast particles and biological systems
• 🧫 Single-cell characterization

The research will explore new electromagnetic sensor architectures by combining planar RF/microwave technologies with 3D-printed structures, with the aim of developing new tools for measurement and characterization in biomedical applications.

We are looking for candidates with a background in:

• Telecommunication Engineering
• Electronic Engineering
• Biomedical Engineering
• Or related fields

Experience or a strong background in electronics, RF/microwave engineering, circuit design, electromagnetics, sensors, instrumentation or electromagnetic simulation will be highly valued.

We are looking for candidates with a strong CV/academic record, experimental skills, an interest in interdisciplinary research, initiative and motivation to pursue a PhD.

📍 University of Barcelona — Barcelona, Spain
🔬 Radiofrequency Group (GRAF)
👉 Group information: "Radiofrequency Group (GRAF) — University of Barcelona" (graf.ub.edu)

If you are interested, send me your CV by direct message or get in touch to discuss the opportunity and assess your eligibility for the upcoming FPI/FPU calls.

And if you know someone who might be a good fit, please feel free to share this post.

#PhD #FPI #FPU #RF #Microwave #Sensors #BiomedicalEngineering #Electronics #Telecommunications #3DPrinting #AdditiveManufacturing #SingleCell #Research #UniversityofBarcelona

The Radiofrequency Group (GRAF) at the University of Barcelona is looking for strong candidates to apply for an FPI/FPU predoctoral fellowship and pursue a PhD within an interdisciplinary research project combining:

• 📡 Planar RF and microwave sensors
• 🧩 3D-printed structures and devices
• 🧬 Biomedical and bioanalytical applications
• 🔬 Characterization of contrast particles and biological systems
• 🧫 Single-cell characterization

The research will explore new electromagnetic sensor architectures by combining planar RF/microwave technologies with 3D-printed structures, with the aim of developing new tools for measurement and characterization in biomedical applications.

We are looking for candidates with a background in:

• Telecommunication Engineering
• Electronic Engineering
• Biomedical Engineering
• Or related fields

Experience or a strong background in electronics, RF/microwave engineering, circuit design, electromagnetics, sensors, instrumentation or electromagnetic simulation will be highly valued.

We are looking for candidates with a strong CV/academic record, experimental skills, an interest in interdisciplinary research, initiative and motivation to pursue a PhD.

📍 University of Barcelona — Barcelona, Spain
🔬 Radiofrequency Group (GRAF)
👉 Group information: "Radiofrequency Group (GRAF) — University of Barcelona" (graf.ub.edu)

If you are interested, send me your CV by direct message or get in touch to discuss the opportunity and assess your eligibility for the upcoming FPI/FPU calls.

And if you know someone who might be a good fit, please feel free to share this post.

#PhD #FPI #FPU #RF #Microwave #Sensors #BiomedicalEngineering #Electronics #Telecommunications #3DPrinting #AdditiveManufacturing #SingleCell #Research #UniversityofBarcelona