Test Engineer Analyst

CelesticaRichardson, TX
3d

About The Position

Celestica is changing the future! We are imagining, developing and delivering a better future with our customers. At Celestica, we foster a motivated, high-integrity work environment based on a strong set of corporate Values. These Values empower our employees to provide you with superior service. Relentless Curiosity We are obsessed with uncovering the information and insights that allow us to anticipate and overcome the challenges of the future. Bold Conviction We dare to envision new solutions, new technologies, new ways of working and invest to make it a reality. Unwavering Dedication We exemplify teamwork and commitment in every decision and every action to be the best partners to our customers and our colleagues. The Test Engineer - Manufacturing, accepts, transfers, installs, improves and maintains automatic test equipment and test programs that are used for product testing and design verification. They also may support the test development of the test equipment and processes to ensure robust and high quality test solutions and final products are realized. Performs tasks such as, but not limited to, the following: Under supervision and with minimal assistance define, specify, qualify, install, support and optimize test process and test equipment solutions for manufacturing. Lead test process optimization, with a focus on productivity improvements to cycle time and yield for a specific set of equipment within an Operations value stream Debug of test process and equipment solutions using design of experiments, tools, and failure analysis methodologies Collaborate with Quality, Process and Equipment engineers to detect and solve product and test yield and performance issues Develop improvement roadmaps for test coverage, diagnosability, reparability, test time reductions and OEE Analyze and interpret data and information from yield reports and equipment logs and product diagnostics to determine sources of yield loss Provide solution support to process engineers to improve detection of known defect types as part of a Process Control plan Support development of test equipment integration into Manufacturing Execution Systems including yield, tester log and product parametric information.

Requirements

  • FUNCTIONAL/SYSTEMS/STRESS TEST OPERATIONS: ESD Controls, ESS hardware, ESS Profile, Functional/System Test Solution Support, RF Test Operations, Test Fixture, Boundary Scan, Test Strategy Creation, Test Plan Creation, FT Software Development, FT Diagnostic and Firmware Development, FT Fixture Development, FT Fixture Mechanical Design FT Equipment Skills, FT Debug/integration of SW/HW, RF Test Devleopment, High Energy Experience, Electrical -Automation, IPC-10, Engineering Control & System Tools, Quality Data (KPI), Supplier quality and Component Engineering, Manufacturing Operational Management, System Architecture, EE-Digital, EE-Analog, FW-Firmware, OS, Application Sofware, PLC programming, Sensors / Moving Parts, Fluidics, Fiber Optics, Tolerance Analysis
  • STRUCTURAL TEST OPERATIONS: ESD Controls, Component Module Programming, Auto Wire Prep, SMT Data Analytics, API, AOI (PCBA), Flying Probe, Backplane Test, ICT Equipment Maintenance, ICT Engineering Technical Support, 3070 and Teradyne ICT Test Development Applications and Models Development, Functional / System Test Solution Support, RF Test Operations, Test Fixture, Boundary Scan, Test Strategy Creation, Test Plan Creation, FT Software Development, IPC-610, Engineering Controls and System Tools, Quality Data (KPI), Supplier Quality and Component Engineering, Manufacturing Operational Management, DFM-Manufacturing, DFA-Assembly, DFT-Physcial Test, DFT-Electrical Test.
  • 1 to 3 years experience.
  • Project Management - Ability to manage a single line engineering project with a limited number of particpants. Create a project/change management plan, establish and distribute project roles, and communicate what is needed from the project participants in order to make the project successful.
  • Leadership - Demonstrate "Individual Leadership Behaviors" as per Celestica Leadership Imperatives.
  • Financial Acumen / Business Planning - Solid understanding of Celestica's budgeting and accounting system and the cost accounting practices relevant to engineering work. Always act with the awaresness of your work's impact on financial results.
  • Coaching/Mentoring, Communication/Negotiation/Presentation, Creative Problem Solving, Customer Interaction/Stakeholder Management, Quality & Lean, Working Effectively with Others, D/PFMEA, 8D/Corrective Action, Equipment Safety, Design of Experiements (DOE).
  • Bachelor degree or consideration of an equivalent combination of education and experience.
  • Educational Requirements may vary by Geography
  • Duties of this position are performed in a normal office environment.
  • Duties may require extended periods of sitting and sustained visual concentration on a computer monitor or on numbers and other detailed data.
  • Repetitive manual movements (e.g., data entry, using a computer mouse, using a calculator, etc.) are frequently required.
  • Occasional travel may be required.

Responsibilities

  • Under supervision and with minimal assistance define, specify, qualify, install, support and optimize test process and test equipment solutions for manufacturing.
  • Lead test process optimization, with a focus on productivity improvements to cycle time and yield for a specific set of equipment within an Operations value stream
  • Debug of test process and equipment solutions using design of experiments, tools, and failure analysis methodologies
  • Collaborate with Quality, Process and Equipment engineers to detect and solve product and test yield and performance issues
  • Develop improvement roadmaps for test coverage, diagnosability, reparability, test time reductions and OEE
  • Analyze and interpret data and information from yield reports and equipment logs and product diagnostics to determine sources of yield loss
  • Provide solution support to process engineers to improve detection of known defect types as part of a Process Control plan
  • Support development of test equipment integration into Manufacturing Execution Systems including yield, tester log and product parametric information.
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