Electronics Test Engineer

Gurugram, Haryana
Work Type: Full Time

Company Overview

Pareto Care is a medical device company developing a wearable biosensor platform that measures hemodynamic parameters important to the management of many clinical conditions including heart failure. Our products are reliable, affordable and designed with a core focus on user experience. Our team is driven to develop products that will change the way patients and clinicians manage health outcomes. We are dedicated to the personal and professional growth of all our team members and strive to create a positive and creative work environment. 

The Electronics Test Engineer will be a part of the Research & Development team. 

In this position, you should make sure that electronic products meet quality standards before they go out to consumers by conducting regular tests. You will be responsible for all aspects of the quality testing process, from designing tests to implementing them to writing reports highlighting possible improvements. You need to have experience working with a variety of electrical equipment, circuit boards, IoT systems, and more. You will be able to write test scripts and design tests that align with company and governmental regulations. You also need to be flexible in your work environment-sometimes, you might need to conduct tests in the field. You are self-motivated and able to work both independently and as a part of a multidisciplinary team to drive success.

What you will be responsible for

  • Actively Investigate and troubleshoot hardware issues - prototype to production builds

  • Perform PCBA level verification and execute system validation to comply with design parameters through robust testing methodologies

  • Define and drive test strategy, implementation, and testing processes

  • Define specifications, generating documentation, and iterating designs based upon feedback from partners

  • Investigate, Design, and qualify new test methodologies, test fixtures, test equipment, and test software

  • Collaborate and feed in recommendations and improvements based on test findings

  • Understand and interpret technical requirements, engineering drawings, schematics, and technical manuals

  • Recommend specifications and limits with the hardware development team

  • Perform, oversee and document hardware verification testing

  • Perform electrical design calculations, unit testing and feature testing

  • Managing day-to-day experimental planning, data analysis, and prioritisation of project-based activities

  • Working with our partners to design and execute data collection & validation studies

Education, Experience and Key Skills

  • Bachelor’s degree in Electronics Engineering or related field

  • 3+ years of experience in design/testing/manufacturing electronic devices

  • Ability to define and recommend outcomes of various tests at compliance, board-level, open-builds, and system level

  • Ability to review hardware designs to define test coverage to ensure products are built free of manufacturing defects

  • Hand-on PCBA level experience with an understanding of DFT and DFM methods.

  • Experience with prototyping solutions and bench testing methodology

  • Firmware/ python scripting and/or functional knowledge is a plus

  • Schematic capture and PCB design, basic firmware experience is a plus

  • Experience with battery-powered, wireless, embedded HW/SW medical/defence devices is a plus

  • Testing jigs and fixtures for automated testing is a plus

  • Required Skill-set:

    • Printed Circuit Board schematic capture, layout, routing including high density and high-speed routing using tools like Altium, KiCAD

    • Experience working with ARM based processors (i.e. Cortex-M, Cortex-A) from ST, TI, NXP, Nordic etc.

    • Experience testing and debugging DC/DC buck/boost converters for low power devices

    • Knowledge of serial protocols like UART/SPI/I2C/TWI 

    • Troubleshooting embedded systems and debugging tools using DSOs, Bench supplies, Electrical meters, Thermal and Power analyzers

    • Writing test cases, generating and documenting test reports, DFMEA analyses

    • Using C or other programming languages for low level hardware bring up

    • EMC/EMI shielding mitigation techniques and troubleshooting

    • Design simulation and modeling tools like PSPICE and LTSPICE etc.

  • Excellence in thoughtful and organized fault detections and problem solving

  • Ability to interface with electrical, mechanical, and firmware engineers and work in a fast-paced, multi-disciplinary environment

  • Demonstrated ability to drive results in a timely manner

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