Integration Engineer Test

**** ******** *** ****, #***, Seattle, WA, ***** ; +1-503-***-**** ; ******@*****.***

YEVGENIY KRASNITSKIY

PROFESSIONAL SUMMARY

●Extensive experience with opto-mechanical systems modeling, analysis, design, integration, and testing, for aircraft or land-based applications.

●Expertise in using physics to model complex systems and subsystems, from hardware design and integration to system testing and validation.

●Expertise in quantitative analysis using Matlab, Labview, Python, and Zemax computational modeling.

EMPLOYMENT HISTORY

Optical Hardware Test Engineer - 02/2024 to 03/31/2025

Sigma Design - Seattle, WA

Integrated into Meta’s on-site hardware engineering team, specializing in mixed reality display, camera, and optical hardware:

●Design, development, and implementation of optical hardware/mechanical sub-component tests required to ensure that products meet customer needs and expectations.

●Data analysis and interpretation, informing design, calibration and integration teams’ decisions in choosing the best features for the product.

Optical Test Engineer - 06/2022 to 01/2024

Kuiper Enterprises LLC - Seattle, WA

Played a key role in optical systems design, building and testing optical components for Amazon's low earth orbit satellite constellation:

●Design, development, and implementation of test stations and metrology tools used to determine quality of opto-mechanical and sensor systems and sub-systems, aimed at making major improvements in payload performance.

●Collaborated with team members to resolve difficult problems, mitigating immediate risks, and making trade-offs: time vs. quality vs. resources.

Systems and Integration Engineer - 08/2016 to 05/2022

Teledyne FLIR - Portland, OR

Played a critical role in electro-optical and infrared sensor development and integration into products on system and sub-system level:

●Built and integrated components of imaging systems and sub-systems for existing and new designs to improve image quality, range performance, and system reliability.

●Used empirical and analytical methods and models to develop measures of effectiveness/performance for optical payload and sub-systems.

●Designed and implemented critical system and sub-system tests to inform system design and integration, and increase product efficiency.

●Incorporated measured data from materials and sub-system tests in the laboratory into modeling environment and improved hardware and software design.

●Developed and validated requirements for various complex communication, sensor, electrical/electronic systems, mechanical systems, and other electromagnetic systems and components.

●Performed complicated trade studies, modeling, simulation and other forms of analysis to predict component, interconnects and system performance and to optimize design around established requirements.

●Provided support to products throughout their lifecycle from manufacturing to customer use by providing guidance and support to resolve complex issues.

Process Development Engineer - 03/2016 to 08/2016

Tektronix Component Solutions - Portland, OR

Process design and process control in microelectronics and electro-optical component manufacturing.

●Designed and implemented procedures for fiber optic and micro-electronic component manufacturing and integration into products.

●Developed processes for critical sub-component integration into complex electro-optical systems and products.

EDUCATION

Master of Science: Applied Physics, GPA of 4.0 - 2014

University of Oregon – Eugene, Oregon

Master of Science: Physics, GPA of 3.64 - 2004

New York University – New York, New York

Bachelor of Arts: Physics and Mathematics, GPA of 3.94 - 2002

Boston University – Boston, MA

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