Technical Project Manager or System Design Engineer

Eugene Onoichenco

Cell Phone: 1-347-***-**** E-mail: **********@*****.*** Brooklyn, NY

Project Manager / System Design Engineer

Highly motivated and focused Project Manager / System Design Engineer, able to work both independently and collaboratively in a variety of conditions. Driven to succeed and contribute, motivate and mentor diverse teams, while leading by example as an individual contributor. Ensure quality of product as well as on-time and within-budget completion.

Able to remain calm and work well in high-pressure situations, constantly seeking new challenges, a professional and driven individual with both a strong work ethic and the desire to exceed expectations in all aspects of professional endeavor. Technically savvy and a quick study in emerging technologies.

Project Management • Product Development • Systems Design • International Business Management • Team Leadership • Control Systems • Semiconductors • Lasers • Electro-Optics • Spectroscopy • Fiber Optics • Analog and Digital Electronics • Prototypes

Professional Experience

Saras Micro Devices, Inc. Atlanta, GA 2022-2024

Senior R&D System Engineer.

Saras Micro Devices, Inc is a start-up working in the field of creation of high-density capacitors with low ESR for embedding in PCBs for future High Productivity Computing. The start-up is working together with Georgia Tech, that is specializing in packaging of microdevices. Designing laser systems x10 for ablation and cutting of different materials like Al, Cu, etc. Working on new design of Double Nonpolar Capacitors with high density. The design is patentable. Working with vector network analyzer “Bode 100” for measuring the ESR till 50 MHz.

Cogmedix, Inc. West Boylston, MA 2021-2022

Laser Engineer.

Cogmedix is a medical technology company, that is commercializing optical, fiber optics and laser-based products for a broad range of dental and medical device innovators in the FDA regulated environment. Cogmedix produces thousands of optical and laser based medical devices annually. Work as Laser Engineer and Laser Safety Officer.

Nanotronics Imaging Inc. Brooklyn, NY 2020-2021

Research and Development Engineer (Optics, Electronics)

Nanotronics is a science technology company that has redefined factory control through the invention of a platform that combines AI, automation and sophisticated imagining in detecting flaws and anomalies in manufacturing.

Research and Development in creation of novel process control system. Work on Internet of Things high speed data acquisition systems. Work on optical systems and sensors for data acquisition systems.

Research Foundation of the City University of New York. 2014-2019

Advanced Science Research Center. Spectroscopy Facility and Nano Fabrication Facility.

Project Manager.

The Advanced Science Research Center (ASRC) provides approximately $50 million worth of sophisticated equipment and staff support to CUNY, small businesses and industry researchers. The Photonics Spectroscopy Facility is a Shared-User Facility, offering different lasers, light sources, spectral equipment, measurement equipment, optics, and mechanical hardware to support photonics research.

Created, managed and maintained a Spectroscopy Lab in ASRC for research of metamaterials. Extensive use of Coherent MIRA high power Titanium: Sapphire tunable femtosecond laser, Coherent harmonic generator for MIRA (2nd and 3rd harmonics), Horiba iHR550 infrared spectrometer (200 nm – 30 microns) and J.A.Woollam IR-VASE infrared ellipsometer (spectral range: 1.7 – 30 microns). Developed test benches for photonics measurements.

Worked in cleanroom with semiconductor processing equipment (cutting wafers, wire bonding, etc.). Trained researchers in Nano Fabrication Facility cleanroom. The Nano Fabrication Facility enables the fabrication and characterization of a wide range of structures and houses a comprehensive set of tools that aid researchers in developing novel micro and nanoscale devices. The NanoFab has a 5,000 square feet class 1000 and class 100 cleanroom space.

M-Storm, Inc. Brooklyn, NY 2005-2014

President / Consultant

Consultant providing expertise to a variety of clients for system integration, the physics of semiconductors, lasers, electro-optics, spectroscopy, and fiber optics. Additionally, provided expert consultation and design of ultra fast wavelength tunable lasers, optical and mechanical components, analog and digital electronics, control systems and optical detection systems.

Veeco Instruments, Inc. - 1 billion dollars Company.

Veeco is manufacturing reactors for growing GaN violet LEDs. Developed 405 nm high precision emissivity compensated pyrometers for measuring in situ of the temperature in GaN MOCVD reactors. Developed another pyrometer system with superluminescent LEDs at 950 nm. Worked with PMTs, semiconductor PMTs, black bodies, fiber optics delivery systems. Designed mechanical parts and electronics for prototypes.

Rudolph Technologies, Inc. – 100 million dollars Company.

Designed automated opto-mechanical systems for wafer inspection systems. Designed photo detectors and electronics for measurement of light pulses. Machined mechanical parts for prototypes. Worked with motion control systems (linear, stepper, servo) and HD machine vision systems. Designed synchronization electronics for HD cameras, connected to motion system controller. Programmed motion controllers for R&D projects for data acquisition. Developed an optical beam homogenizer for uniform illumination of wafers. Used Zemax software.

Corporate Design of America, New York, NY 2002-2005

Design Engineer

Electrical and mechanical design using AutoCAD and Solidworks software.

WavePrecision (a GSI Lumonics Inc. subsidiary), Billerica, MA 2001-2002

Senior Electrical Engineer

Designing of opto-mechanical automatic control systems for semiconductor and medical industries. Designed a high-resolution position detection system for two-dimensional scanners and fiber optics switches. Designed a one-package position detection system consisting of custom designed position sensitive photodiode (PSD) and vertical cavity surface emitting laser (VCSEL). Based on this developed a resolver (absolute encoder) for stepper and servo motors. Two patents issued, one pending.

Light Age, Inc. Somerset, NJ 1998-1999

Laser Engineer

Developed and implemented prototype lasers for science and medicine. Developed FDA approved lasers on alexandrite crystal for skin treatment. Designed a fast photo detector-based system for automatic measurements of ultra short laser pulses.

Synmatix Corporation, Detroit, MI 1993-1997

Project Manager. Research and Development. New Product Introduction.

Researched technologies that the 9 billion parent company in high-tech can commercialize in the US and organizing production abroad, based on company’s technologies and patents in strong magnets, displays, etc.

Supervised development projects related to e-beam pumped laser TV, flat panel displays and electrochromic light valves for smart windows. Implemented projects focused on development of processes and equipment related to protective coatings and strong magnets.

Managed Synmatix 18-person nanomaterial development team.

Developed nanopowder of pure metals. Developed nanopowder lubricant additives for oil Cu-Ni, Cu-Sn, Cu-Sn-Zn, Nitrides for tools - Si3N4, BN, Carbides for tools SiC, WC. SiC also for optical polishing.

Researched advanced nanoceramics and nanometal materials (increased hardness and plasticity) for medical implants (including dental) and coatings that will insure the compatibility of dental implants and the bones. This was a project with Los Alamos National Laboratory.

Synmatix obtained a US patent on manufacturing of an Absorbent C-Fe nanoparticle for transportation of drugs and localization by magnetic field. In C-Fe particle (Fe, surrounded by C) the carbon is filled with medicine against the cancer, and using magnetic field C-Fe is transported to necessary place in the body. As result of localization the damage to the entire body is minimal.

Center of Applied Physics, Chisinau, Republic of Moldova. 1988-1993

Research Engineer

As Subcontractor for a grant, designed from concept to production Continuous Wave Tunable Dye Jet Lasers like Spectra-Physics 375 and Coherent 599. Manufactured prototypes. Designed for Dye Jet Lasers a high-speed stainless-steel pump system combined with a cooling system. Designed the mechanics, optics and the control electronics for this laser system.

Center for Automation and Metrology, Chisinau, Republic of Moldova. 1987 - 1988

Engineer

Created metrology installations for testing of laser devices and optical testing of advanced materials.

ADDITIONAL TECHNICAL COMPETENCIES

Laser Experience

Coherent femtosecond tunable lasers based on Ti:Sapphire crystals. Harmonics generators (second and third) for femtosecond lasers.

Picosecond tunable dye laser on - R6G + DODCI, Coumarin 102 +analog of DOCI

Nanosecond YAG:Nd(3+) laser with passive Q-switching on LiF:F(2-)

Picosecond YAG:Nd(3+) laser with passive absorber film # 2681

Lasers on alexandrite crystal, argon CW lasers, copper vapor lasers, CO2 CW lasers.

Designed prototypes of nanosecond, single-frequency high resolution dye lasers with tunable wavelength (using two diffraction gratings) for studying the optical properties of semiconductors.

Developed high-energy power supplies for lasers. These power supplies are pumping flash lamps for lasers.

Developed photo detectors and electronics for measurement of high-speed light pulses.

Optics Design Experience

Fine tuning Fabry-Perot etalons for tuning of the wavelength and for measuring the difference of the wavelengths of two single mode, single-frequency lasers.

Based on birefringence, 3-plate tilted birefringent filter from crystalline quartz for tuning of the wavelength, calculated for minimal losses and for maximum spectral range of laser generation (Lyot’s filter).

Based on refraction, Fresnel’s parallelogram from special glass to change the polarization to circular and by 90 degrees. Based on birefringence devices from crystalline quartz for fine tuning of the direction of the polarization.

Parametrical lasers on KDP. Calculated KDP crystals for autocorrelator and for 2nd and 3rd harmonics.

Semiconductors Experience

Research in the field of Laser Spectroscopy of silicon, cadmium sulfide, indium phosphide (III-V) and silicon-organic materials. Worked with coatings, cryogenic and high vacuum systems.

Designed electronics for automatic data acquisition to measure the electro-physical properties of indium phosphide (InP) p-n junctions and metal-dielectric-metal and metal-dielectric-semiconductor structures. Particularly measurement of wavelength-current, voltage-current, voltage-capacity, photoluminescence and decay characteristics of semiconductors and silicon-organic materials. Designed synchronous and synchronously-phase detectors for data acquisition.

EDUCATION

Master of Science, Physics of Semiconductors. Chisinau State University. Chisinau, Republic of Moldova.

Degree work in Theoretical Physics: "Electroabsorption and co-operative luminescence in activated laser crystals".

Additional Professional Education: Special Program. Physics of Lasers.

Degree work: "The 4-photons spectroscopy of exciton transitions of gallium selenide using wavelength tunable lasers with high spectral resolution. "

Worked toward a Ph.D. in the field of Laser Spectroscopy of Semiconductors. Center of Applied Physics of The Academy of Sciences, Republic of Moldova.

Courses: United States Industry Coalition Program in Project Management.

Certificate in Technical Project Management from Massachusetts Institute of Technology. Grade - 97.87%

Programming courses in C/C++, Visual C++, SQL. Cisco networking courses (routers and switches).

Status: US Citizen.

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