Quality Assurance Engineer I or II; MAD-BS

Position: Quality Assurance Engineer I or II (MAD-BS-OR)
.Quality Assurance Engineer I or II (MAD-BS-OR) page is loaded## Quality Assurance Engineer I or II (MAD-BS-OR) locations:
(HTA) NCP (Hillsboro, OR) time type:
Full time posted on:
Posted Todayjob requisition :
R0113763
*
* Location:

**(HTA) NCP (Hillsboro, OR)
** Job :
** R0113763
* * Date Posted:
**** Company Name:
** HITACHI HIGH-TECH AMERICA, INC.
** Profession (Job Category):
** Quality Management
*
* Job Schedule:

** Full time
** Remote:
** No
*
* Job Description:

**** POSITION:*
* ** Quality Assurance Engineer I or II
**** DIVISION:
** Metrology and Analysis Systems Division (MAD)
** COMPANY:
** Hitachi High-Tech America, Inc. (“HTA”)
** TRAVEL:
** Up to 30%
** REMOTE WORK:
** Hybrid (+50% Remote) – Remote 70% / Onsite 30%
** EXPECTED PAY RANGE:**               - $87,500 - $120,312 annually – Quality Assurance Engineer I- $96,707 - $132,972 annually – Quality Assurance Engineer II
* This pay range is for the position’s base pay only.  This position may be eligible for other compensation including incentive pay and/or allowances.  Candidates will receive additional information during the interview and selection process.
*** Position Level:
** The best fit candidate selected for this position will be offered a job title/level (Quality Assurance Engineer I vs. Quality Assurance Engineer II) that is most appropriate after evaluating the person's education, experience, training, knowledge, skills, and abilities.
** POSITION SUMMARY
** The Quality Assurance Engineer (QAE) is responsible for writing traceability matrices to link test cases to use cases.  The QAE executes functional (manual) tests during each iteration on traceability matrix.  The QAE writes and executes end-to-end (integrated) automated test cases.  In general, the QAE will also oversee the quality of the software through test execution, oversee the quality of the process (ensuring that all artifacts are produced based on quality standards), and provide first line support to customers on Hitachi High-Tech America, Inc’s (HTA’s) product lines.
** PRIMARY RESPONSIBILITIES
*** Verification and certification of software products
* Writing and executing test cases for the software developed by MAD
* Provide first line support to customer on HTA’s product line
* Oversee the quality of the software through test execution
* Oversee the quality of the process through ensuring that all artifacts are produced based on quality standards
* Provide first line support to customer on Hitachi High-Tech America’s (HTA’s) product line
* Develop manual (functional) testing processes to ensure defect-free software throughout entire lifecycle and execute automated test cases to perform regression testing on builds of Hitachi’s hi Recipe (software application that distributes data across Hitachi’s CD-SEMs), hi-Frame (a service-oriented software platform for the semiconductor domain that provides a single source of connectivity to CD-SEMs and their functions), and Result Viewer (statistical analysis application built on top of hi-Frame application for viewing and analyzing metrology data from CD-SEMs)
* Write traceability matrices to link test cases to use cases, and execute functional tests based on each iteration of the traceability matrix by gathering and analyzing all primary requirements of hi Recipe, hi-Frame, and Result Viewer software,  including Business Requirement Document (BRD), Functional Requirement Document (FSD), and Technical Requirement Document (TSD)
* Identify and analyze causes for abnormal measurement values on CD-SEM software, test software for all upgrades, and ensure compatibility of new releases of software with new versions of test tools for functional, negative, regression, performance, load, and sanity test cases
* Execute complete round of functional testing by reviewing all test documentation (test plan/test cases/test scenarios), conducting smoke testing to ensure stability of code for detailed testing, testing all modules of application (from highest priority to lowest priority test cases) using white box or black box methods, conduct system testing after individual modules have tested, and conducting regression testing to find additional bugs/defects…