Electrical Validation Engineer

Overview

Perform electrical validation on wearables using lab equipment and test automation.

Key Responsibilities

• test planning
• automation
• hardware validation
• data analysis
• calibration
• test reporting

Tasks

You will be a key contributor to system-level validation efforts for optics across emerging wearable technologies. Your responsibilities will include designing and executing tests, analyzing data, and conducting both objective and subjective evaluations of electrical hardware components of the wearable devices. Additionally, you will provide expert hand-on support for system and user-level characterization and calibration, as well as occasional manufacturing test support at partner sites. -Create detailed test plans, including automation of test cases, and execute these plans on available components. -Define, review, and execute test plans on components and systems to validate hardware functionality. -Work cross-functionally with teams such as system validation, system design, firmware. -Provide status updates, contribute to meetings, and communicate technical challenges to stakeholders. -Produce test reports, error analysis, and validation documentation.

Requirements

• electrical engineering
• 3-5 years
• oscilloscope
• board schematics
• hardware validation
• cross-functional

What You Bring

We are seeking a highly motivated and dynamic Electrical Validation Engineer with strong expertise in executing electrical validation on the bench. Familiarity with lab equipment such as oscilloscopes, DMM, e-load, power supply, power analyzer, spectrum analyzer, signal generator, and thermal chamber for consumer electronics industry. Your work will directly contribute to advancing the capabilities and quality of cutting-edge wearable and augmented reality products. -Should have 3-5 years industry experience in EE related tasks -Graduate/Post Graduate in Electrical Engineering -Experience executing electrical validation on the bench. Familiarity with lab equipment such as oscilloscopes, DMM, e-load, power supply, power analyzer, spectrum analyzer, signal generator, and temperature chamber -You must be able to commute to and from the location with your own transportation arrangements to meet the required working hours. -Understanding of board schematics and board layout, finding proper probe locations and identify potential points of failure in the DUT -Own parts of cross-functional projects related to validation and testing. -Includes hardware validation, debug, error injection.

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About Quest Global

-By blending deep technical know‑how with digital innovation, it evolved into a global engineering partner. -Projects range from next‑gen automotive safety systems and AI‑driven semiconductors to cutting‑edge aerospace and defense platforms. -Its financial growth is steady—built on recurring partnerships with Fortune‑top‑10 clients across key sectors. -A hallmark project: sustaining global EMS/ADMS energy‑management software for a major utilities provider. -Another standout: accelerating MRI development and support globally for a leading MedTech firm. -Its edge lies in full‑lifecycle delivery—concept, design, embedded software, manufacturing support, digital sustenance. -Known for foresight, the firm not only solves challenges but anticipates and prevents them.

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