Graduate Alumni
| Year | First Name | Last Name | Thesis Type | Title | Institution | Doi | Advisors |
|---|---|---|---|---|---|---|---|
2025 |
Heather |
Lukas |
phd |
Engineering Bioaffinity Sensors toward Continuous Electrochemical Biosensing |
California Institute of Technology |
10.7907/2c89-k924 |
Gao |
2024 |
Jihong |
Min |
phd |
California Institute of Technology |
10.7907/kcm7-wz71 |
Gao |
|
2024 |
Weiting |
Deng |
phd |
Additive Manufacturing of 3D Micro-Architected Materials for Device Applications |
California Institute of Technology |
10.7907/74dt-4442 |
Greer |
2024 |
Zhiyang |
Jin |
phd |
Acoustic Biosensors for Noninvasive Imaging of Molecular Processes |
California Institute of Technology |
10.7907/b51h-q307 |
Shapiro |
2024 |
Kuang-Ming |
Shang |
phd |
Oxygen-Regulating MEMS Devices for Cell Transplantation to Cure Type 1 Diabetes |
California Institute of Technology |
10.7907/xf5z-0p34 |
Komatsu, Tai |
2024 |
Jiaobing |
Tu |
phd |
Wearable Sweat Sensors for Disease Monitoring and Management |
California Institute of Technology |
10.7907/7jdg-z479 |
Gao |
2024 |
Changhao |
Xu |
phd |
Electronic Skin in Robotics and Healthcare: Towards Multimodal Sensing and Intelligent Analysis |
California Institute of Technology |
10.7907/en0a-ep72 |
Gao |
2023 |
Peng |
Hu |
phd |
Computational Compensation for Model Imperfections in Photoacoustic Computed Tomography |
California Institute of Technology |
10.7907/6hdm-ar41 |
Wang |
2023 |
Alexandros Yiannis |
Rosakis |
phd |
California Institute of Technology |
10.7907/exsa-nm30 |
Gharib |
|
2023 |
Alessio |
Tamborini |
phd |
A Novel Approach to Cardiac Health Assessment Using a Redesign of the Brachial Cuff Device |
California Institute of Technology |
10.7907/rp22-me93 |
Gharib |
2023 |
Lealia Li |
Xiong |
phd |
California Institute of Technology |
10.7907/5w59-0667 |
Kornfield, Shapiro |
|
2023 |
Yiran (Isabella) |
Yang |
phd |
Laser-Engraved Wearable Sweat Sensor for Metabolic Monitoring |
California Institute of Technology |
10.7907/5yfm-tt16 |
Gao |
2022 |
Vincenzo |
Costanza |
phd |
California Institute of Technology |
10.7907/0hf9-8m62 |
Daraio |
|
2022 |
Tatyana |
Dobreva |
phd |
Engineering Tools to Probe and Manipulate the Immune System at Single-Cell Resolution |
California Institute of Technology |
10.7907/n3rs-ft69 |
Gradinaru, Thomson |
2022 |
Haeri Park |
Hanania |
phd |
California Institute of Technology |
10.7907/tzpw-pt75 |
Gharib |
|
2022 |
Zi-Yu |
Huang |
phd |
Electrical Impedance Spectroscopy-Derived 3D Conductivity Tomography for Atherosclerosis Detection |
California Institute of Technology |
10.7907/n0md-h379 |
Tai |
2021 |
Luizetta Vadimovna |
Elliott |
phd |
California Institute of Technology |
10.7907/bnfv-9c75 |
Greer |
|
2021 |
Vinayak |
Narasimhan |
phd |
California Institute of Technology |
10.7907/atnt-8p46 |
Choo, Gharib |
|
2021 |
Shane Shayan |
Shahrestani |
phd |
California Institute of Technology |
10.7907/zxdh-ej95 |
Tai |
|
2021 |
Di |
Wu |
phd |
Biomolecular Tools for Noninvasive Imaging and Manipulation of Engineered Cells |
California Institute of Technology |
10.7907/dt22-nv14 |
Shapiro |
2020 |
Manuel M. |
Bedrossian |
phd |
California Institute of Technology |
10.7907/m3a3-4610 |
Gharib |
|
2020 |
Jinglin Alice |
Huang |
phd |
Investigations of Different Methods to Promote Drug Mixing in the Eye |
California Institute of Technology |
10.7907/741T-MN38 |
Gharib |
2020 |
Li |
Lin |
phd |
California Institute of Technology |
10.7907/1DGY-T168 |
Wang |
|
2020 |
David Reza |
Mittelstein |
phd |
Modifying Ultrasound Waveform Parameters to Control, Influence, or Disrupt Cells |
California Institute of Technology |
10.7907/71ak-w328 |
Gharib, Shapiro |
2020 |
Andrey |
Vyatskikh |
phd |
Additive Manufacturing of 3D Nano-Architected Metals and Ceramics |
California Institute of Technology |
10.7907/pdz2-dd59 |
Greer |
2019 |
Colin Andrew |
Cook |
phd |
Phototherapeutic Devices for the Treatment of Diabetic Retinopathy |
California Institute of Technology |
10.7907/62R5-RF78 |
Tai |
2018 |
Alessandro |
Maggi |
phd |
Three-Dimensional Nano-Architected Materials as Platforms for Designing Effective Bone Implants |
California Institute of Technology |
10.7907/Z947482K |
Greer |