attached by hajatia (Arman Hajati) on 2010-02-02 23:36
Contact
1277 broadway 1 Somerville, MA 02144 US 617-863-0034 arman@mit.edu
Goal
Full-time entry level R&D engineer/scientist in the MEMS/NEMS sensor and transducer
Skills
3 years of microfabrication experience at MTL (class 100-1000) and a multi-disciplinary background
Qualifications
Education
Ph.D. in Electrical Engineering and Computer Science Exp. Graduation: May 2010 Micro & Nano Systems Laboratory Massachusetts Institute of Technology, Cambridge, MA Thesis: Wide-bandwidth MEMS-scale piezoelectric energy harvester.
- Designed, analyzed, fabricated, and tested the world's first wide-bandwidth MEMS-scale piezoelectric energy harvester that can generate up to 0.1mW electric power from 1g acceleration. The novel device provides more than 10x improvement in bandwidth due to its internal nonlinearity.
- Designed the process to fabricate 1D and 2D metallo-dielectric Nano-scale high-temperature (up to 1500C) photonic crystals for TPV applications.
- Analyzed and designed an intravenous thin-fi lm PZT ultrasonic transducer.
Skills
Software MATLAB, Simulink, ANSYS, LabVIEW, C++, CADENCE, Supreme, SolidWorks Microfabrication 3 years of experience at MTL (class 100-1000): Photolithography, thin film deposition, dry and wet etching, wafer dicing, soft lithography, wire-bonding, PZT processing, CNT growth, inkjet printing. Testing and Measurement SEM, XRD, IV & PV probe stations, ellipsometer, pro filometer, electronic testing, laser vibrometer, modal analysis, RF telemetry, data acquisition. Analytical electro-mechanical system modelling and control, nonlinear dynamics, signal processing, mixed-signal electronics, wavelet analysis, robotics, quantum physics.
