Power Electronics/Energy

大家好,
因為PE領域在台灣比較少人做所以想來這裡跟大家請教，不知道這樣可以申請到哪裡?

目前查到想申請的學校有:
MIT, Stanford, UC Berkeley, VT, UT Austin, SDSU(已拿到AD)

下面是CV的一部份

AWARDS & CERTIFICATES
Ø   2016 IEEE International Future Energy Challenge: Best Presentation Award.    Ø   2017 IEEE International Future Energy Challenge: Best Education Impact Award.    Ø   2017 IEEE International Future Energy Challenge: Outstanding Thermal Performance Award.    Ø   Academic Excellence Award, NTUST, Dept. of ECE, twice (Top 5% of dept.).    Ø   Senior Project Contest: Grand Prize, NTUST, Dept. of ECE.    Ø   The graduate representative of Dept. of ECE, NTUST.    Ø   Academic Excellence Award, NTU, Dept. of EE (Top 1% of dept.).    Ø   Electrical Engineering Research Scholarship, NTU, twice.
PUBLICATION
1.          W.-C. Liu, C.-J. Chen, C.-H. Cheng “An Overview of Constant On-Time Control Schemes and their Small-Signal Characteristics” in prob. 2019 ECCE Asia (under review)
LANGUAGE SKILLS
GRE: 327/340 (V: 159 Q: 168 AW: 3.0)    TOEFL: 101/120 (R: 30 L: 27 S: 21 W: 23)
RESEARCH EXPERIENCE
Ø   Research Assistant, Power Electronics Lab, NTU    Ø   Research Assistant, Center for Power Electronic Technologies, NTUST	09/2017-Present    09/2015-08/2017
National Taiwan University
Inverse Charge Constant On-Time Control (IQCOT) Scheme    Ø   Analyzed its control law and time-domain behavior.    Ø   Derived small-signal model with describing function (DF).    Ø   Analyzed stability criteria and frequency-domain characteristic.    Ø   Compared control strategy with constant on-time schemes (e.g. COTCM, RBCOT).    Ø   Designed transient response compensator and output voltage regulation.
A Novel Ripple-Based Constant On-Time Control Scheme    Ø   Analyzed RichTek’s control law and time-domain behavior.    Ø   Derived small-signal model with describing function (DF).    Ø   Analyzed stability criteria and frequency-domain characteristic.    Ø   Designed components’ value of control blocks for constant quality factor and stability.    Ø   Designed compensator, transient response and output voltage regulation.
National Taiwan University of Science and Technology
Three-Phase Interleaved Boost Converter with Low-Frequency Voltage Ripple Reduction    Ø   Designed Three-Phase Interleaved Boost Converter parameter.    Ø   Designed low-frequency voltage ripple reduction function.    Ø   Implemented with TMS320F28035 and GaN devices (Transphorm).    Ø   Achieved 99.2% peak efficiency with 1300W output.    High-Efficiency, High-Density LLC Resonant Converter    Ø   Designed LLC Resonant Converter parameters.    Ø   Implemented with TMS320F28035 (500 kHz; digital).    Ø   Implemented with discrete components (150 kHz; analog).    Ø   Implemented with GaN devices (GaN System).    Ø   Maximum power density : around 10W/cm3    Ø   Digital ver. achieved 94.5 % efficiency at half load with 750W maximum output.    Ø   Analog ver. achieved 97.1 % efficiency at half load with 750W maximum output.

我也是申请PE的，感觉成绩挺好的。但是phd申请很玄学，建议多加几所

inverter 发表于 2018-11-14 09:38
我也是申请PE的，感觉成绩挺好的。但是phd申请很玄学，建议多加几所

I大,

因為很多學校都是做PS或者Motor的，但是本身對那塊比較沒興趣
還是有其他做電力電子(converter inverter)推薦的學校嗎?

Brianliu 发表于 2018-11-14 11:13
I大,

因為很多學校都是做PS或者Motor的，但是本身對那塊比較沒興趣

我还申请了cornell，CU boulder，OSU，你还可以看看UTK和NCSU，这两个排名低一些