Anan Copty, Phd Email & Phone Number

SynergyMed is a medical device company at the early stage. The company has developed a noninvasive thermal ablation treatment device for cancer tumors for the veterinary, research and human markets.Invented the medical device and started the company. Responsibilities include managing the R&D work, fund raising, customer development, business development, team creation, regulatory, grant proposal writing, patent writing, market study, and strategic roadmap of the company.

Jerusalem, Jerusalem, Ps

Part of the Board Members of JEST hub for Entrepreneurs which is an NGO. The JEST hub hosts new and existing startups, to be supported by affordable and shared administrative services.

Santa Clara, California, Us

Took a pivotal role in the development team of both the 45nm and 22nm CMOS technology nodes of Intel Trigate FinFET, strained silicon, high-k, dual metal gate transistors. Worked with Intel’s top notch device, reliability and integration engineers at PTD. Performed device physics analysis of manufactured transistor circuits relating transistor performance and reliability to process flow. Wrote analysis reports to provided feedback and recommendation to the manufacturing line to improve yield. Took a leadership role by providing coaching, feedback, process flow and device physics courses, technological seminars as well as leading technological projects including process variation, reliability, yield and performance improvement. Provided expertise for an Analog Design group on the 14nm Intel technology, working on process-design interaction issues.

Santa Clara, California, Us

Worked with a technology development group on researching, developing and pathfinding of new technologies including radio-frequency MEMS switch device, novel vacuum silicon transistor and bio-sensors. Managed all technical aspects of the vacuum transistor project by planning and working with design, simulation, process and Etest engineers. Lead the technicians and engineers involved in wafer-level electrical testing. Devised testing standards and protocols. Designed and simulated electrical and RFIC test structures to evaluate device performance, process stability, limitations or defects. Performed failure analysis. Wrote researched reports to tackle encountered processing challenges. Wrote invention patents pertaining to my group. Analyzed data and coordinated measurements with the various company divisions.

Rehovot, -, Il

Watertown, Massachusetts, Us

Worked in the R&D division for a company that makes semiconductor light detectors. Involved in writing research grant proposals to various government agencies for commercial and scientific product development and carried out the proposed projects. Main projects were in the areas of avalanche photodiode characterization, building proof of concept apparatus and performing measurements for medical device development and other energy collection optimization projects.

Boston, Ma, Us

Designed, built and tested BirdCage Radio-Frequency Coils for Magnetic Resonance Imaging applications and NMR spectroscopy. Made Quantum Mechanical calculations for various NMR pulse sequences on multinuclear weakly-coupled systems.

Cambridge, Massachusetts, Us

Ultraviolet Detector project. The project included designing (using CAD) and building a UV detector to be used in an experiment to study dielectronic recombination, the dominant mechanism for the recombination of ions in astrophysical plasmas. Learned a good deal about vacuum technology and hardware, electronics, mechanical design, microchannel plate calibration techniques, and project planning. Used various software such as CAD and SIMION, an ion optics simulation package used to analyze ion beams' motion in electric and magnetic fields.

Cambridge, Massachusetts, Us

Aided researchers in building various instruments for particle trapping experiments. Constructed RF filters and square law detectors, made and tested field emission points, built FET power supplies, gold plated ion traps, troubleshooted electronic devices and simulated electronic circuits on the computer. Designed and built a Current Supply that powers the Helmholtz coils around a Penning trap. Communicated with different companies to order products. Gained machine shop experience.

Ph.D., Physics

Msc, Physics

Bs, Physics And Minor In Mathematics

High School