OMER T

EDUCATION

STANFORD UNIVERSITY, Stanford, CA

01/04-present Ph.D., Electrical Engineering, Anticipated 2009, GPA: 3.8 / 4.0.

Thesis Advisor: Professor Gregory T.A. Kovacs, M.D., Ph.D.

Areas of Focus: Wearable physiological monitors for extreme environments

03/03-03/05 M.S., Electrical Engineering, GPA: 3.64 / 4.0.

09/99-03/04 B.S., Electrical Engineering, GPA: 3.35 / 4.0.

COURSES Taken courses in BJT and CMOS IC design, VLSI device design, semiconductor physics, and IC fabrication processes. Completed advanced laboratory courses in circuits, photonics, and lasers. Designed “Rail-to-rail input, high swing output, low power CMOS op-amp” and “65 nm-technology MOSFET device with halo doping”.

EXPERIENCE

06/07-present Design Engineer, Countryman Associates Inc., Menlo Park, CA

Design, test, and develop new and existing products for high-end professional audio. Worked on several products including the industry standard direct interface box and the world’s smallest professional quality earset microphone.

06/06-06/07 Intern/Co-op, ALZA Corporation, a Johnson & Johnson Company, Mountain View, CA

Research and development for IONSYS™ group working on several projects related to electro-transport based drug delivery devices.

01/06-present Course Assistant, Stanford University, Stanford, CA

Assisted Prof. Roger Howe and Greg Kovacs for graduate level MEMS sensors/actuators course and currently Prof. Greg Kovacs for undergraduate analog circuit design lab. Deliver weekly, hour-long, Power-point tutorials, generate solution sets, provide weekly office hours, and supervise lab sessions.

01/04-01/06 Research Assistant, Stanford University, Stanford, CA

Designed, prototyped and tested various sensors and systems (hardware and software) for biomedical applications including:

▪ Electronic analog circuit for low-cost monitoring of fruit fly movement in centrifuge

▪ Fourier-domain optical coherence tomography imaging system

▪ Neural-network and wavelet transform based heart arrhythmia classification software

▪ Heterodyne ultrasonic to audio frequency converter for leak detection

Developed and built electronic circuits on proto-, solder-, and printed circuit-boards

SKILLS

SOFTWARE Proficient with several simulation tools including SPICE, Verilog, Modelsim, Multisim and MEDICI. Adept with programming languages such as MATLAB and C. Experience with LabVIEW, Electronic Work Bench (NI EWB), and Educational Laboratory Instrumentation Virtual Suite (NI ELVIS).

IN-LAB Considerable hands-on experience with analog and digital circuits (including FPGA board design), optical systems and microwave components. Seasoned in using a variety of test equipment from standard equipment such as oscilloscopes to specialized products such as photomultiplier tubes.

PUBLICATIONS

2006 “Robust neural-network based ECG classification using wavelet transform,” IEEE Transactions on Biomedical Engineering, v. 12, 2006.

2006 “Alternative data-processing methods for frequency domain OCT,” IEEE Conference on Lasers and Electro-Optics, 2006.

ATHLETIC ACCOMPLISHMENTS

Competed in the discus throw event at the world class level. Elected team captain by teammates two years. Achieved NCAA All-American status three consecutive years. Member of the 2000 USA Junior National Team.

OTHER INTERESTS

09/03-06/06 Tutor, Academic Athletic Resource Center, Stanford University, Stanford, CA

Tutor student-athletes individually and in small groups for engineering, math and physics courses.