美国普渡大学 (Purdue University) EE (全美前十) MEMS领域 Postdoc博后 Opening
45173
Professor Sunil Bhave has openings for Post-Doctoral Researchers in his OxideMEMS Lab (engineering.purdue.edu) at Purdue University. The positions are available beginning NOW for 2 years.
Projects currently under investigation in the lab waiting for qualified Post-Docs to have immediate impact include:
1. Quantum Repeater – investigate bi-directional coupling between resonator and color centers in carbide for information transfer between computing qubits and flying qubits
2. Solid-State Angle Sensor – implement mechanically-driven dynamical decoupling to enhance coherence time and measure precession of spins in diamond color centers
3. Multimorphic Tuner – fabricate bilayer transducers for efficient mechanical control of magnetic films for an octave-spanning microwave tuner
4. Oscillator – design long-term stable, vibration insensitive, single crystal piezoelectric oscillator with self-aligned electrodes
5. Mechanical Reservoir – engineer opto-mechanical dipole trap that interfaces ultracold atoms with defect qubits.
The candidates need to have hands-on experience with MEMS fabrication including photolithography, film deposition, reactive ion etching, and fab-related metrology. Knowledge of non-linearity, piezoelectric materials, resonators, microwave testing, opto-mechanics, quantum mechanics and circuit design is a plus. The researchers will interact with a broader team of collaborators in academia and industry and supervise graduate students.
The research will be performed at the Birck Nanotechnology Center, a class 100 clean-room which contains recently purchased equipment including a new fast-write JEOL 8100 ebeam and an AJA Ion Mill with end-point detection specifically geared towards the projects above.
Interested MEMS innovators should contact Sunil at 1point3acres.com.
本人是组内PhD学生，代为转发。本组氛围良好，组里工作压力不是很大，正常朝九晚五即可。主要工作是MEMS领域的设计和制造，依靠全美数一数二的超净间Cleanroom： Birck Nonotechnology Center。组内刚毕业了一位postdoc，现在Broadcom(博通)圣何塞 (San Jose) 总部工作，另一位在读博后在教授和学校的经费支持下J1转为H1签。研究经费非常充足，可以保证不会出现做不起实验/发不起工资的情况。教授是印度裔美国人，但在美国待了20多年，所以口音已经很轻，交流没有任何问题，待人非常和善，并不push。
本组也常年招收PhD学生，有意者望速与教授本人联系，谢谢！
Projects currently under investigation in the lab waiting for qualified Post-Docs to have immediate impact include:
1. Quantum Repeater – investigate bi-directional coupling between resonator and color centers in carbide for information transfer between computing qubits and flying qubits
2. Solid-State Angle Sensor – implement mechanically-driven dynamical decoupling to enhance coherence time and measure precession of spins in diamond color centers
3. Multimorphic Tuner – fabricate bilayer transducers for efficient mechanical control of magnetic films for an octave-spanning microwave tuner
4. Oscillator – design long-term stable, vibration insensitive, single crystal piezoelectric oscillator with self-aligned electrodes
5. Mechanical Reservoir – engineer opto-mechanical dipole trap that interfaces ultracold atoms with defect qubits.
The candidates need to have hands-on experience with MEMS fabrication including photolithography, film deposition, reactive ion etching, and fab-related metrology. Knowledge of non-linearity, piezoelectric materials, resonators, microwave testing, opto-mechanics, quantum mechanics and circuit design is a plus. The researchers will interact with a broader team of collaborators in academia and industry and supervise graduate students.
The research will be performed at the Birck Nanotechnology Center, a class 100 clean-room which contains recently purchased equipment including a new fast-write JEOL 8100 ebeam and an AJA Ion Mill with end-point detection specifically geared towards the projects above.
Interested MEMS innovators should contact Sunil at 1point3acres.com.
本人是组内PhD学生，代为转发。本组氛围良好，组里工作压力不是很大，正常朝九晚五即可。主要工作是MEMS领域的设计和制造，依靠全美数一数二的超净间Cleanroom： Birck Nonotechnology Center。组内刚毕业了一位postdoc，现在Broadcom(博通)圣何塞 (San Jose) 总部工作，另一位在读博后在教授和学校的经费支持下J1转为H1签。研究经费非常充足，可以保证不会出现做不起实验/发不起工资的情况。教授是印度裔美国人，但在美国待了20多年，所以口音已经很轻，交流没有任何问题，待人非常和善，并不push。
本组也常年招收PhD学生，有意者望速与教授本人联系，谢谢！
