Dr. Saeideh Pahlavan, imse csic, Spain
Saeideh Pahlavan received her BSc, MSc, and PhD degrees in Electronic Engineering with a focus on Wireless Power Telemetry Circuits from the University of Tehran, Tehran, Iran, in 2013, 2015, and 2022, respectively. Her doctoral research involved analog implementations of wireless power transfer systems for bio-implants and deep brain stimulation. During her academic tenure, she was affiliated with the Analogue IC Design Lab at the University of Tehran and undertook a research visit to TU Delft in 2020, where she worked on low-power wearable IoT modules for health monitoring. Currently, she serves as an Associate Post-Doctoral Researcher at the Sevilla Microelectronics Institute (IMSE-CNM), Spanish Research Council (CSIC), focusing on mixed-mode ASIC design for spiking neural networks and neuromorphic learning. Her research includes electronic circuit design, real-time vision sensing, and wireless power transmission. Pahlavan has authored numerous high-impact journal articles and has been recognized for her achievements with awards and conference invitations. Her work in international projects, such as CROSSBRAIN, highlights her expertise in advanced nanomaterials and neuromorphic engineering.
Professional Profile:
SCOPUS
Summary of Suitability for Best Researcher Award
Based on the detailed information provided, Saeideh Pahlavan appears to be a strong candidate for the Best Researcher Award
Education 🎓:
- BSc, MSc, and PhD in Electronic Engineering, specializing in Wireless Power Telemetry Circuits from the University of Tehran, Tehran, Iran (2013, 2015, 2022).
Professional Experience 🔬:
- Associate Post-Doctoral Researcher at Sevilla Microelectronics Institute (IMSE-CNM), Spanish Research Council (CSIC) (2023-Current): Focus on mixed-mode ASIC design for Spiking Neural Networks (SNNs) and neuromorphic learning techniques for seizure detection. 📊
- Researcher at Tehran University IC LAB (2018-2022): Involved in designing wireless power and data telemetry systems for medical applications. 💡
- Visiting Student at TU Delft, Netherlands (2020): Worked on low-power wearable IoT modules for health monitoring. 🌍
- IC Design Researcher at Shahed University, Tehran (2014-2017): Specialized in RF and analog IC design. 📈
- R&D and Project Manager at Huawei and IRIB (2016-2020): Focused on microwave design, telecommunication projects, and broadcasting technology. 📡
- R&D at Shariati Robotic Team (2012-2013): Designed and developed a robotic arm and won second place in Tehran robotics competition. 🤖
Research Interests 🧠:
- Analog and mixed-mode electronic circuit design
- Wireless power transmission
- Bio-implantable and wearable devices
- Neuromorphic engineering and processing chips
Research Projects 🔍:
- CROSSBRAIN: Distributed and federated cross-modality actuation (EU project) (2022-2026).
- Deep Brain Stimulation for Parkinson’s Disease: Iranian Commission of Science (2016-2022).
- Low Power Wearable Health Monitor Device: TU Delft (2020).
- Design of ALL Digital PLL: Iranian Commission of Science (2012-2015).
- ARM Lift Robot Development: Iranian Commission of Science (2011-2012).
Teaching Experience 🏫:
- Courses in Experimental Techniques in Electronics, Analog and Digital Integrated Circuits, Sensors and Signal Processing, and more at University of Tehran and other institutions.
Achievements 🏆:
- Ranked top in BSc and MSc with highest GPA.
- Second place in Tehran Robotics Competition (2011).
- Keynote Speaker at the 5G Telecommunication and Broadcast Asia Conference (2016).
Publication top Notes:
Rotation-Tolerant Wireless Power Transmission Scheme with Smart Positioning for Cognitive Research on Moving Animals
Maze-Based Scalable Wireless Power Transmission Experimental Arena for Freely Moving Small Animals Applications
The sensitivity enhancement of TiO2-based VOCs sensor decorated by gold at room temperature
Star-Shaped Coils in the Transmitter Array for Receiver Rotation Tolerance in Free-Moving Wireless Power Transfer Applications
Investigating Organic Vapor Sensing Properties of Composite Carbon Nanotube-Zinc Oxide Nanowire
Using Overlapped Resonators in Wireless Power Transfer for Uniform Electromagnetic Field and Removing Blank Spots in Free Moving Applications