Lead Engineer, Electrical Design

Summary

The Lead Engineer, Test Development designs, develops and implements automatic test equipment and test programs for product testing and design verification which ensure robust and high quality assembled products in manufacturing.
A Test Development Engineer may specialize in many areas but are generally categorized into Structural (verification of an assembly process by testing each of its smaller elements and their interconnects) and Functional (verification that a design will perform its main purpose).  

Detailed Description

Performs tasks such as, but not limited to, the following:

• Develop and implement technical solutions in two or more technical areas. Lead smaller projects and may coordinate other engineers including reviews of their work.
• Reviews and interprets customer documentation, conducts appropriate research, analysis and experiments with minimal direction from senior staff.
• Creates technical proposals (solution and timelines) based on requirements
• Provide high level test hardware and software solution architecture
• Create structural or functional test strategy and test plan to meet project goals and requirements
• Create technical proposals with costed BOM and hours estimates
• Create product test requirements with guidance from senior staff and collaboration with customer designers
• Provides Technical program management for small projects
• Develop production test strategies based on product design specification
• Design and develop test solutions including hardware & software elements and then system integration, qualification, and installation to meet product, quality and test requirements outlined in the test plan.
• Debug of tester issues using design of experiments, tools, and failure analysis methodologies
• Execute all validation/qualification requirements by applying statistical and common industry methods
• Stabilization of Test Solutions for manufacturing working to optimize with process teams focusing on cycle time and yield.
• Test developers may also work with product design teams with feedback from product testability, test coverage, diagnosability, reparability, firmware/diagnostics and user experience.
• Keeping up to date with relevant industry knowledge and regulations

Knowledge/Skills/Competencies

• DIGITAL/LOGIC: Familiarity of EE-Embedded such as FPGA, DSP and Microcontroller 8-bit, 32-bit ARM Cortex, Familiarity of communications protocols such as RS-232, UART, SPI, I2C, USB and PCIE Gen 3 and higher,
• Knowledge of Timming diagram of Digital signal analysis.
• POWER: EE-POWER Switching power supplies, Familiarity of Power efficiency in AC-DC converter, EE-POINT of Load Supplies, Power Integrity-CoreSim.
• PCB/LAYOUT : Signal Integrity, Power Integrity,  Tolerance Analysis, Cadence, Mentor Xpedition, Mentor PADS, Altium Designer, Other Layout tools (Preferably Altium Designer), Print Circuit Board Fabrication.
• SCHEMATIC DESIGN/SIGNAL INTEGRITY: EE-Digital, EE-Analog, Tolerance Analysis, Static Timing, Schematic Modeling
• ANALOG : EE-Analog, Tolerance Analysis, Mixed signals of digital and Analog, Grounding balance of multiple systems.
• RF : RF Design(<5Ghz), High Frequency (>20Ghz)

Typical Experience

• Minimum of 5+ yrs of experience Structural and Functional Test development / support for electronic / automotive industry
• Strong knowledge on test development (SW and Test fixtures)
• Proven strong knowledge on test programming development
• Familiarity with Altium Designer and PCB fabrication
• Knowledge on fixtures design, setup/integration
• Good verbal, and written communication skills in English.
• Must have experience with disciplined operations.
• Must have experience working with and coordinating well with multiple intercompany organizations.

Typical Education

• Degree or higher in Electronics Engineering or equivalent

Notes

This job description is not intended to be an exhaustive list of all duties and responsibilities of the position. Employees are held accountable for all duties of the job. Job duties and the % of time identified for any function are subject to change at any time.