Benjamin Moskowitz

Software Engineer at KARL STORZ Imaging
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Contact Information
us****@****om
(386) 825-5501
Location
Seattle, Washington, United States, US
Languages
  • Hebrew -

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Experience

    • United States
    • Medical Equipment Manufacturing
    • 100 - 200 Employee
    • Software Engineer
      • Oct 2021 - Present

      Automated Image Quality, Latency, Signal Loss and Power Cycle tests by interfacing with hardware to send signals to monitors used for medical imaging. Developed a method for documenting device reports that are often sent to the FDA, by starting with HTML and converting to docx format Converted experimental MATLAB image tests to professional quality object oriented C# code Automated Image Quality, Latency, Signal Loss and Power Cycle tests by interfacing with hardware to send signals to monitors used for medical imaging. Developed a method for documenting device reports that are often sent to the FDA, by starting with HTML and converting to docx format Converted experimental MATLAB image tests to professional quality object oriented C# code

  • Microsoft
    • Redmond, Washington, United States
    • Software Engineer
      • Dec 2019 - Sep 2021

      Feature updates to Cromwell On Azure offering, Microsoft’s contribution The Broad Institute’s Cromwell workflow engine, popular within the Genomics field. Developed a benchmarking application to help users understand the time and dollar costs of operations within a genomics workflow Created an application to deploy local Cromwell WDL files to Azure Storage and commence workflows. Translated a workflow for Pacific Biosciences from their original Snakemake workflow paradigm to a Cromwell on Azure version Participated in planning an upcoming effort to craft a UI to help users view Cromwell on Azure results in real time so they can respond to runtime issues quickly. The benchmarking application is proposed as a backend for the UI. Show less

    • United States
    • Technology, Information and Internet
    • 700 & Above Employee
    • Senior SDET
      • May 2019 - Sep 2019

      Backend API testing for Climate’s Seed Advisor, which recommends to farmers how to plant their fields Tested the Models Framework that the Seed Advisor relies on to make the recommendations Developing a common template, formalizing tests common across APIs Backend API testing for Climate’s Seed Advisor, which recommends to farmers how to plant their fields Tested the Models Framework that the Seed Advisor relies on to make the recommendations Developing a common template, formalizing tests common across APIs

    • United States
    • Software Development
    • 100 - 200 Employee
    • Senior SDET
      • Mar 2018 - Feb 2019

      Created from scratch, a test framework to exercise the API’s and workflows of a complete IOT system, from edge-client to server to the customer’s central command center. The framework converted previously manual to automated testing, run at a button click. Handled manual testing, which was required concurrently with setting up test automation. Responsible for sign-off on weekly releases to the customer. Created from scratch, a test framework to exercise the API’s and workflows of a complete IOT system, from edge-client to server to the customer’s central command center. The framework converted previously manual to automated testing, run at a button click. Handled manual testing, which was required concurrently with setting up test automation. Responsible for sign-off on weekly releases to the customer.

  • Alitheon
    • Bellevue, Washington
    • SDET
      • Aug 2017 - Feb 2018

      As the first and only SDET in the company, charged with standing up a test system for groundbreaking computer vision technology. Created from scratch a test system based on the TestNG framework to run tests against REST based micro-services. The tests ran on a Jenkins platform as a gated check-in. Tested cloud technology for delivering images to an AWS S3 repository, then transforming the data to an image analysis file. Documented test methodologies and bug triaging standards. Facilitated Bug Triage meetings on a biweekly basis. Analyzed and proposed algorithms to improve the computer vision methodologies. Show less

    • United States
    • Advertising Services
    • 1 - 100 Employee
    • SDET
      • Jul 2016 - Jun 2017

      Designed and implemented a test framework to run tests continuously on an Amazon EC2 server through web API calls. Results uploaded to Amazon S3 and Aurora for further analysis. Through further web API's, measured latency and availability of the network as an early warning for various network issues. Designed and implemented a framework to run tests following a deployment and report timely results. Wrote tests against the service that recommends ads to play on phone apps. Designed and implemented a test framework to run tests continuously on an Amazon EC2 server through web API calls. Results uploaded to Amazon S3 and Aurora for further analysis. Through further web API's, measured latency and availability of the network as an early warning for various network issues. Designed and implemented a framework to run tests following a deployment and report timely results. Wrote tests against the service that recommends ads to play on phone apps.

  • Starbucks
    • Seattle, WA
    • SDET
      • Nov 2015 - May 2016

      Tested the REST APIs on the backend of the Starbucks Reward Program’s web interface, released to the public in April 2016. Organized and coordinated the effort to Load Test the Loyalty across 7 API sets over a three month period. Investigated issues of decreased load to improve the throughput of the system. Created a framework to automate load testing, returning results in a spreadsheet highlighting key load metrics. Mentored new co-workers in the standards and procedures in testing the Starbucks Rewards web API. Show less

    • United States
    • Software Development
    • 700 & Above Employee
    • SDET II Specializing in Mathematical Projects
      • Jun 2007 - Jan 2015

      Microsoft Solver Foundation (MSF) Tested MSF, a Mathematical Optimization API, for mathematical correctness and usability. The MSF team was the recipient of Visual Studio’s 2010 Lighthouse award. The testing included Optimization solvers for Linear Programming, Quadratic Programming, Stochastic Programming, Nonlinear Programming, Conic Programming, and Constraint Programming. Played an integral role in releasing two major releases and four minor releases of MSF. Wrote a program using MSF to optimize and individual’s schedule, which was released as a sample with the code installation. Codified MSF’s testing standards by documenting the test framework and approach. Made contributions to the MSF blog and responded to customer feedback. Worked as de-facto Release Manager of Solver Foundation version 2.2 Microsoft Technical Computing Tested the numerical accuracy of statistics functions for the Technical Computing project, designed to assist mathematical modeling and computation. The numeric libraries were later released as Microsoft Cloud Numerics. Built a framework for testing the accuracy of functions against established numeric packages, with error tolerance determined by the errors inherent in IEEE floating point numbers. Corrected for the mistakes in the established packages to improve the accuracy of Microsoft’s numeric functions. Assisted a newly acquired group in Boston to acclimate to Microsoft’s standards. Researched, proposed, and assisted in the adoption of the test harness and in promoting testing standards. Coauthored MSDN Magazine article on Testing Numerical Functions in Microsoft Cloud Numerics. Microsoft Data Lab Tested the accuracy of Machine Learning (ML) algorithms against the results of established ML packages. Created a test framework for ML using Cross-Validation, generalizable to any classification algorithm. Skype for Business SDN API Tester for Lync SDN Manager and Dialog Listener, created test framework reducing testing time by ~95% Show less

    • United States
    • Advertising Services
    • 100 - 200 Employee
    • SDET
      • Oct 2013 - Jan 2014

      Tested reliability of advertising data from acquisition, through storage in a data warehouse processing into OLAP Cubes. Pursued a strategy of exploiting commonalities between data sources, thus making tests repeatable and reusable. Created a templatized test framework using specifications in Google Docs to generate tests. Tested reliability of advertising data from acquisition, through storage in a data warehouse processing into OLAP Cubes. Pursued a strategy of exploiting commonalities between data sources, thus making tests repeatable and reusable. Created a templatized test framework using specifications in Google Docs to generate tests.

    • Software Development
    • Senior Mathematician
      • Feb 2001 - Oct 2006

      • Participated in the development and implementation of state-of-the-art generic architecture and software libraries for real-time and online business applications. The technology focuses on automating decisions that minimize business criteria. • Translated practical business problems into mathematical functions suitable for optimization algorithms. These business projects include personnel and task scheduling and real time financial trading. • Prototyped algorithms in Matlab and Maple targeted to optimize complex, multi-dimensional functions. • Implemented the Clearsight Forecaster, an algorithm which predicts stock prices up to ten minutes into the future, in Matlab. Also implemented the Clearsight Controller, a companion algorithm which uses those predicted stock prices and an effective trading strategy to optimize stock trading decisions. Show less

    • United States
    • Higher Education
    • 700 & Above Employee
    • Research Assistant
      • Sep 1994 - Dec 2000

      • Wrote dissertation on the Madden-Julian Oscillation (MJO), a tropospheric, tropical wave pattern of period 30-60 days that has an indirect connection with the El-Nino Southern Oscillation. • Pursued the hypothesis that friction in the lowest layers of the troposphere (the boundary layer) amplifies the MJO. Formulated a simple model of tropospheric dynamics using conservation of mass, momentum, and energy. Concluded that boundary layer friction was a partial explanation for the prominence of the MJO. • Presented talk entitled “Frictional Feedback on Large-Scale Equatorially Trapped Waves” at the Conference of Hurricanes and Tropical Meteorology in June 2000. Show less

    • Teaching Assistant
      • Sep 1994 - Dec 2000

      • Taught classes in Calculus (Math125-6), Fluid Dynamics (Amath 505), Differential Equations (Amath 351,353), and Complex Analysis (Amath 401). • Taught classes in Calculus (Math125-6), Fluid Dynamics (Amath 505), Differential Equations (Amath 351,353), and Complex Analysis (Amath 401).

    • United States
    • Telecommunications
    • 700 & Above Employee
    • Research Assistant
      • Jun 1993 - Sep 1993

      • Assisted a Materials Scientist in the visualization of molecular collisions using a Silicon Graphics computer and the AVS (Advanced Visual Systems) computer graphics software package. • Ran simulations and animations of the molecular interactions and temperatures of molecules in a three-layer solid. • Assisted a Materials Scientist in the visualization of molecular collisions using a Silicon Graphics computer and the AVS (Advanced Visual Systems) computer graphics software package. • Ran simulations and animations of the molecular interactions and temperatures of molecules in a three-layer solid.

    • United States
    • Higher Education
    • 700 & Above Employee
    • Research Assistant
      • Jun 1992 - Aug 1992

      • Worked at Observatory which had three radiotelescopes – one for space exploration, and two for atmospheric studies. • Analyzed data for the Lower Thermosphere Coupling Study (LTCS-2, Dec. 5-10, 1988) and LTCS-6 (Dec. 4-10, 1991) data sets. The LTCS campaigns were coordinated studies regarding the coupling of the mesosphere with the thermosphere, with data collected a various locations. • Analysis involved Fourier decomposition of temperature and wind data into fluctuations of various frequencies, thereby isolating daily and semi-daily cycles. • Presented the results of the LTCS analysis in June 1992 at the National Center for Atmospheric Research (NCAR) and gave talk on data analysis. A poster paper based on the same analysis was given by supervisors at the same conference a year later. Show less

Education

  • University of Washington
    Ph.D., Applied Mathematics
    1994 - 2000
  • Massachusetts Institute of Technology
    B.S., Mathematics
    1990 - 1994

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