Technician, Power Electronics Prototype Builds

Lucid Motors•Newark, NJ

6d•Onsite

About The Position

Lucid is seeking a Power Electronics Prototype Builds Technician to support the assembly, validation, and continuous improvement of prototype electrical and mechanical systems. The ideal candidate is self-motivated, adaptable, quality-focused, and capable of working effectively with cross-functional engineering teams throughout all phases of prototype development. This role involves building and integrating complex prototype electrical and mechanical assemblies, executing prototype builds from incoming material inspection through final validation, and performing low-voltage electrical integration, PCB handling, subsystem installation, and functional verification. The technician will diagnose issues, perform root cause analysis, and collaborate with engineering teams to implement corrective actions and design improvements. Support will be provided to Engineering, Power Electronics Test & Validation, and Manufacturing teams during prototype builds, validation activities, product launches, and urgent program priorities. The role requires utilizing Jira for managing build activities, documenting progress, and maintaining traceability. Reviewing engineering drawings, BOMs, work instructions, and ECOs is essential to ensure builds use the latest approved documentation. Maintaining accurate documentation, inspection records, and traceability is critical. The technician will also identify and implement process improvements, support fabrication and rework of prototype components, and maintain laboratory readiness using Lean Manufacturing principles and 5S methodologies. Safe operation around electrical systems and adherence to EHS requirements are mandatory. Support will also be provided for onboarding and training new technicians, and the ability to support multiple prototype programs simultaneously while adapting to evolving priorities is necessary.

Requirements

Strong understanding of electrical circuits, wiring, PCB handling, connectors, fasteners, torque specifications, and mechanical assembly principles.
Proficiency with precision measurement instruments, electrical test equipment, hand tools, and power tools.
Ability to interpret engineering drawings, Bills of Materials (BOMs), work instructions, and assembly documentation.
Experience supporting prototype manufacturing within fast-paced engineering development environments.
Working knowledge of prototype quality systems, deviation management, defect containment, root cause analysis, and process validation.
Familiarity with Lean Manufacturing principles, 5S methodologies, standardized work, and continuous improvement practices.
Experience utilizing Jira or similar work management systems to document build progress, engineering changes, quality inspections, deviations, and manufacturing traceability.
Ability to independently prioritize multiple assignments while maintaining quality, accuracy, and schedule commitments in a fast-paced engineering environment.
Experience performing PCB assembly and rework using industry-standard workmanship practices.
Self-motivated with the ability to work independently while collaborating effectively with cross-functional teams.
Strong written and verbal communication skills with Manufacturing, Design, Validation, Test, and Quality Engineering organizations.

Nice To Haves

3 or more years of experience in prototype manufacturing, engineering development, or automotive technician roles.
Experience supporting prototype builds within the electric vehicle, automotive, or advanced technology industries.
Experience utilizing Jira and Confluence to support engineering documentation, issue tracking, build execution, and workflow management.
Experience collaborating with Manufacturing Engineering, Design Engineering, Test & Validation Engineering, Quality Engineering, Supply Chain, and Operations organizations.

Responsibilities

Build and integrate complex prototype electrical and mechanical assemblies in accordance with engineering drawings, CAD models, work instructions, and evolving design requirements.
Execute prototype builds from incoming material inspection through final validation while ensuring product quality, traceability, and configuration control.
Perform low-voltage electrical integration, PCB handling, subsystem installation, functional verification, and prototype rework activities.
Diagnose assembly and integration issues, perform root cause analysis, and partner with cross-functional engineering teams to implement corrective actions and design improvements.
Support Engineering, Power Electronics Test & Validation, and Manufacturing teams during prototype builds, engineering validation activities, product launches, and urgent program priorities.
Utilize Jira to manage prototype build activities, document build progress, engineering deviations, inspection results, and test documentation while maintaining complete product traceability.
Review engineering drawings, Bills of Materials (BOMs), work instructions, engineering change orders (ECOs), and linked Jira work items to ensure prototype builds are completed using the latest approved documentation.
Maintain accurate building documentation, inspection records, quality documentation, and engineering traceability in accordance with prototype development requirements.
Identify and implement process improvement opportunities that enhance safety, quality, throughput, repeatability, and operational efficiency.
Support the fabrication, modification, and rework of prototype components by incorporating engineering feedback throughout rapid product development cycles.
Maintain laboratory readiness by organizing tooling, equipment, inventory, and work areas utilizing Lean Manufacturing principles and 5S methodologies.
Operate safely around electrical systems while adhering to EHS requirements, PPE standards, laboratory safety procedures, and established quality practices.
Support the onboarding and training of new technicians by promoting standardized build processes, quality expectations, and laboratory best practices.
Support multiple prototype programs simultaneously while adapting to evolving engineering priorities, program schedules, and changing development requirements.