Ms. Xinmiao Xu | Micromachines | Best Researcher Award

Xinmiao Xu at Soochow University, China.

Ms. Xinmiao Xu is an outstanding undergraduate researcher in integrated circuits and biomedical micro-robotics, currently pursuing her degree at Soochow University. With top academic rankings and a solid track record of project leadership, Ms. Xu has contributed significantly to high-impact research projects, including low-noise amplifier design, nanoscale MOSFET fabrication, and multifunctional robotic devices. Her innovative work has been published in international journals and recognized with national awards and a granted patent. Passionate about bridging electronics and healthcare, she is poised for a future in cutting-edge IC and medical technologies.

Professional Profile

Scopus

🎓 Education 

Bachelor of Engineering (In Progress)
Major: Integrated Circuit Design and Integrated Systems
Institution: Soochow University (Suzhou University), China (Double First-Class / 211 Project University)
Years: 2022 – Present
GPA: 3.9 / 4.0 (Ranked 1st of 65)
Core Courses:

• Circuit Analysis (100)

• Semiconductor Device Physics (92)

• Digital Signal Processing (97)

• VLSI Manufacturing Technology (98)

💼 Experience 

• Low-Noise Wide Dynamic Range Variable Gain Amplifier (VGA) Design
  Feb 2025 – Present
  Designed a VGA with a wide dynamic range (30 dB – 130 dB) using 8-bit gain control in 1 dB steps. Responsible for full-differential op-amp design using a common-source common-gate structure with negative resistance loading and Class-AB push-pull output. Tools: TSMC 0.18µm process, Cadence Virtuoso.

• 28nm MOSFET Device Simulation & Process Design
  Mar 2024 – Aug 2024
  Participated in the 8th National Undergraduate IC Innovation & Entrepreneurship Competition. Designed and modeled 28nm MOSFETs to improve short-channel effects using Silvaco TCAD. Utilized subthreshold swing and DIBL to assess leakage characteristics.

• National Innovation Training Project (Project Leader)
  Feb 2024 – Present
  Proposed a multifunctional capsule robot capable of puncture biopsy, thermal hemostasis, and targeted drug delivery. Designed structure and mechanism using micro electromagnetic actuators and graphene-CNT composite films.

🔬 Research Interests

• Analog and mixed-signal integrated circuit design

• Micro/nano-scale biomedical devices and soft robotics

• Semiconductor device modeling and simulation

• Multiphysics system integration in medical robotics

• Electromagnetic actuation and remote-controlled drug delivery

🏆Author Metrics

• Total Publications: 2 (SCI-indexed)

• Patents: 1 (Granted, First Inventor)

• Citations: 5+

• h-index: 1

• i10-index: 1

📚Top Noted Publications 

• Xu, X. (First Author). A Multifunctional Capsule-like Puncture Biopsy Robot for the Gastrointestinal System. Micromachines, Q2, IF: 3.0 (2024, Published)

• Co-author (as “X. Xu”). Octopus-Inspired Soft Robot for Slow Drug Release. Biomimetics, Q1, IF: 3.4 (2024, Published, 2 citations)

• First Inventor. Utility Patent: “A Biopsy Puncture Device and System” (Granted)

Conclusion:

Ms. Xinmiao Xu is a rare emerging talent whose early contributions to biomedical micro-robotics and integrated circuit design are both technically sound and clinically visionary. Her multidisciplinary innovation, exceptional academic record, and early publication/patent milestones position her as a strong and deserving candidate for the Research for Best Researcher Award.