Career Opportunities

Job Title: Senior Quality Director
Department: Quality Management Systems
Location: Torrance, CA
Employment Type: Full-time

Role Overview

The Senior Quality Director is responsible for establishing, maintaining, and continuously improving Luminit’s Quality Management System (QMS) to support business growth, customer requirements, and compliance with regulated industry standards.

This role serves as the company’s quality leader, overseeing quality systems, product verification, supplier quality, audit readiness, and New Product Introduction (NPI) quality activities. The Senior Quality Director will identify and close gaps within the QMS, ensure compliance with standards such as ISO 9001:2015, and help prepare the organization for future certifications including AS9100 and IATF 16949.

Working closely with Engineering, Manufacturing, Program Management, Supply Chain, and executive leadership, this position ensures quality is embedded throughout the product lifecycle, from development and qualification through production and customer delivery.

Key Responsibilities

Quality Systems Leadership

• Own and maintain Luminit’s Quality Management System (QMS), ensuring processes consistently deliver compliant, repeatable, and measurable outcomes.
• Develop, implement, and maintain quality policies, procedures, work instructions, and supporting documentation.
• Conduct QMS gap assessments and drive corrective actions to improve system maturity and effectiveness.
• Lead continuous improvement initiatives across manufacturing, engineering, and business processes.
• Support the company’s readiness for future certifications and customer requirements, including AS9100, IATF 16949, supplier assessments, and regulated market expectations.
• Establish quality governance processes that support product verification, traceability, and compliance throughout the product lifecycle.

Quality Management System & Product Governance

• Ensure the QMS effectively supports product verification, process control, and customer quality requirements.
• Establish and maintain documented quality frameworks that support internal audits, customer audits, supplier assessments, and certification activities.
• Define and monitor quality performance indicators to evaluate system effectiveness and drive improvement.
• Ensure quality records, documentation, and traceability systems support regulatory and customer expectations.
• Develop scalable quality systems capable of supporting company growth, manufacturing expansion, and entry into increasingly regulated markets.

Quality Control & Assurance

• Oversee incoming inspection, in-process quality, and final product release processes
• Establish and monitor quality metrics, including defect rates, yield, and corrective actions
• Ensure consistent application of inspection and testing standards across operations
• Coordinate stress and structural analysis for abuse and inertia load cases, addressing safety factors and margins of design.

Supplier Quality Management

• Develop and manage supplier quality programs, requirements, and performance expectations.
• Partner with Supply Chain to evaluate, qualify, and monitor suppliers.
• Establish supplier qualification, monitoring, and corrective-action processes to ensure long-term supplier quality performance.
• Address supplier-related quality issues and drive root cause analysis and corrective actions.
• Support qualification of new suppliers, materials, and manufacturing partners.

New Product Introduction (NPI)

• Serve as the Quality representative on cross-functional NPI and phase-gate teams, defining quality entry and exit criteria and providing quality approval for production-readiness decisions.
• Process FMEA
• Serve as the quality lead on cross-functional NPI / phase-gate teams, defining quality entry and exit criteria for each stage and holding gate-review sign-off for the transition from development to production.
• Own process risk management for new products and processes — facilitate PFMEAs, contribute to design FMEAs, and ensure identified risks are tied to control plans and closed out before launch.
• Translate engineering and customer specifications into production control plans and inspection plans, including acceptance criteria for optical and material characteristics (e.g., diffraction efficiency, diffusion angle/FWHM, coating uniformity, lamination integrity).
• Establish and approve First Article Inspection and product qualification; lead process validation (IQ/OQ/PQ) and capability studies (Cpk/Ppk) for new roll-to-roll and lamination processes.
• Drive measurement-system readiness for new characteristics — gauge/metrology selection and MSA (Gage R&R) so new specs are measurable and repeatable before production release.
• Lead customer-facing advance quality planning and submissions (APQP/PPAP for automotive programs; FAI and qualification packages for aerospace/defense programs) and manage customer-specific quality requirements through launch.
• Qualify new suppliers and materials introduced during NPI (photopolymers, glass, films, adhesives), coordinating with procurement on incoming acceptance and first-lot validation.
• Define design-transfer and production-readiness criteria, verifying that documentation, training, tooling, and inspection capability are in place before a product reaches the floor.
• Drive closed-loop learning — feed qualification, pilot, and early-production data back into FMEAs, control plans, and design standards.
• Establish launch-phase controls (e.g., safe-launch / heightened inspection) and define the data thresholds for transitioning a product from launch monitoring into steady-state QC under the quality supervisor.

Cross-Functional Collaboration

• Partner with Engineering, Manufacturing, and Program teams to resolve quality issues and improve processes
• Support root cause analysis, corrective actions, and preventive measures (CAPA)
• Ensure quality considerations are integrated into product development and manufacturing scale-up

Team Leadership & Development

• Lead and develop the Quality team, including the Quality Supervisor, technicians, inspectors, and future quality personnel.
• Establish performance expectations, training programs, and career development pathways.
• Develop internal audit capability by training and mentoring additional qualified internal auditors.
• Foster a culture of quality, accountability, continuous improvement, and operational excellence.

Required Qualifications

• Bachelor’s degree in Engineering, Quality, Manufacturing, or related technical field (Master’s preferred).
• 8+ years of progressive experience in quality engineering, quality management, or manufacturing quality environments.
• 3+ years of experience leading quality teams and/or owning Quality Management Systems.
• Demonstrated experience maintaining and improving ISO 9001-compliant quality systems.
• Experience leading audits and managing compliance with regulatory, customer, and certification requirements.
• Strong understanding of manufacturing processes, inspection methodologies, process controls, and quality management principles.
• Strong communication skills with the ability to interface effectively with customers, suppliers, auditors, and executive leadership.
• Ability to understand and communicate technical concepts across engineering, manufacturing, and quality functions.

Preferred Qualifications

• Experience in optics, photonics, aerospace, automotive, or defense industries
• Familiarity with additional standards such as IATF 16949 or AS 9100
• Certification in Six Sigma, Lean, or related quality methodologies
• Experience implementing SPC, FMEA, and advanced quality tools
• Internal Auditor Training

Who You’ll Work With

• Manufacturing and Operations leadership
• Optical Engineering
• Program Management and customer-facing teams
• Supply Chain and supplier partners
• External auditors and certification bodies

Work Environment & Logistics

• On-site role based in Torrance, CA
• Cross-functional collaboration across manufacturing, engineering, and quality teams
• Participation in audits, customer visits, and supplier interactions

Compensation & Benefits

• Competitive compensation package
• Comprehensive benefits
• Opportunity to shape and scale the quality systems of a growing advanced manufacturing company serving aerospace, automotive, defense, and industrial markets.

To Apply: Send your resume to jobs@luminitco.com

Learn more about us at www.luminitco.com

Luminit is an equal opportunity employer and complies with all federal and state EEO and affirmative action regulations.

Job Title: Program & Certification Manager
Department: Engineering / Aerospace Programs
Reports To: VP of Engineering / VP of Operations
Location: Torrance, CA
Employment Type: Full-time

Role Overview

Luminit Inc. is seeking a Program & Certification Manager to lead the execution and certification of its aerospace optical product programs, beginning with an eVTOL cabin display program. The role owns the program end to end; schedule, deliverable set, customer interface, and the certification documentation package; and drives those deliverables, the majority of which are documentation, through the program lifecycle.

The position is the primary point of coordination for the program. It directs external partners and specialist consultants, integrates their work into the certification package, and assists the customer’s Designated Engineering Representative (DER) and certification organization, who hold FAA compliance findings and the FAA interface. The role partners closely with Luminit’s engineering leadership, who hold the optical and technical authority, so deep optical expertise is not required.

This is a dedicated program role near-term, structured to flex across Luminit’s broader aerospace and automotive program portfolio as programs evolve.

Key Responsibilities

Program Execution & Coordination

• Own end-to-end execution of assigned aerospace programs from contract award through qualification, certification support, and delivery.
• Define and maintain program plans, schedules, milestones, and the deliverable register; track risks, dependencies, and open issues.
• Manage milestone-based deliverable cadence and align deliverables with contractual and billing milestones.
• Serve as the primary technical and program interface to the customer — alongside the mechanical design lead and VP of Engineering — leading program reviews and status reporting.

Customer & Stakeholder Management

• Serve as a primary program-level interface for customers and external partners
• Lead program reviews, milestone discussions, and status updates
• Coordinate communication between internal teams and external stakeholders to maintain alignment on schedules and deliverables
• Manage the scope of technical disclosure across certification and customer deliverables so customer and regulatory requirements are met without exposing Luminit’s proprietary process, integration, or recording technology; coordinate disclosure decisions with engineering leadership.

Manufacturing and Production Readiness

• Support transition of products from development into pilot-line and production environments
• Coordinate with Manufacturing and Quality teams to support production-readiness objectives
• Develop the V&V strategy and qualification test planning; maintain the requirements verification matrix and results.
• Integrate verification evidence — including analysis and test results provided by the engineering team and test partners — against system and customer requirements.

Certification & Compliance Documentation

• Own the system-level certification and systems-engineering documentation set: requirements and interface definitions, system architecture and description, qualification plans and procedures, compliance and traceability matrices, weight reporting, safety-of-flight declaration, and problem reporting.
• Coordinate and integrate the specialist safety, reliability, and maintainability analyses (FMEA, reliability and safety program plans, HALT, MSG-3, ICA/CMM) produced by SRM consultants, ensuring outputs meet certification data requirements.
• Collect, integrate, and own the subsystem certification documentation supplied by the projector/PGU partner — including electrical safety analysis inputs, power and derating reports, thermal analysis, and electrical/communication interface documents — assembling them into the certification package and confirming they satisfy the data requirements.
• Own the system-level electrical safety analysis, drawing on the partner’s design data and SRM-consultant methodology as needed.
• Assist the customer’s DER and certification team, who make FAA compliance findings and manage the FAA interface; produce conforming, audit-ready artifacts and supporting evidence.
• Maintain certification documentation under formal configuration and revision control.

Required Qualifications

• Bachelor’s degree in Engineering, Physics, Business, or related technical field (Master’s preferred)
• 7–10+ years of experience in aerospace program management, technical program leadership, or regulated-industry environments
• Experience supporting aerospace or FAA-regulated development programs
• Strong understanding of product development lifecycles, qualification activities, and production-readiness coordination
• Proven ability to manage complex cross-functional technical programs
• Strong communication, organizational, and stakeholder-management skills

Preferred Qualifications

• Familiarity with ARP4754A and ARP4761 safety analysis processes (FHA, FMEA, FMECA, SPP) sufficient to direct specialist consultants.
• Familiarity with aerospace reliability and maintainability processes (RPP, MTBF prediction, FRACAS, HALT, MSG-3, ICA/CMM).
• Experience with eVTOL, advanced air mobility, or other emerging aerospace platforms.
• Experience coordinating sub-tier suppliers and external specialist consultants in aerospace programs.
• Experience interfacing with FAA-delegated representatives (DER/ODA) on supplier data.
• Familiarity with optical, photonic, or display technologies is a plus but not required.

Work Environment

• On-site role based in Torrance, CA
• Cross-functional engineering and manufacturing environment
• Frequent interaction with customers, suppliers, and technical stakeholders
• Travel to customer or partner sites as needed

Export Control Eligibility

This position may involve access to information or technology subject to U.S. export control regulations (ITAR or EAR). Applicants must qualify as a U.S. person under applicable U.S. export control regulations.

Why Join Luminit

Luminit develops advanced optical technologies used across automotive, aerospace, defense, and industrial applications. Employees work on cutting-edge holographic and photonic systems in a collaborative, technically driven environment with opportunities to contribute directly to next-generation mobility and display technologies.

To Apply: Send your resume to jobs@luminitco.com

Learn more about us at www.luminitco.com

Luminit is an equal opportunity employer and complies with all federal and state EEO and affirmative action regulations.

Job Title: Senior Optical Simulation Engineer
Department: Engineering
Reports To: VP of Engineering
Location: Torrance, CA
Employment Type: Full-time

Role Overview

Luminit is seeking a Senior Optical Simulation Engineer to own the simulation and design of complete optical systems across our active programs.

The role predicts how an optical design will perform — image quality, efficiency, uniformity, stray light — and validates it before the system is built, so design decisions and customer commitments rest on analysis rather than guesswork. It turns customer requirements into optical designs, runs the analysis that shows those designs meet spec, and presents the results to internal teams and customers.

We are looking for deep optical-simulation and design expertise paired with a practical engineering mindset — someone who can own the analysis end to end and explain it clearly to a Tier-1 customer.

Key Responsibilities

Optical Simulation & Design

• Build and maintain simulation models of complete optical systems
• Analyze system-level performance: image quality, efficiency, uniformity, and stray light
• Run tolerance and sensitivity analyses to guide design optimization and reduce risk
• Support architecture and design decisions through simulation-driven analysis

Requirements & Verification

• Translate customer optical requirements into optical designs
• Produce the verification and validation analysis that demonstrates designs meet requirements
• Maintain version-controlled simulation models and analysis under design control

Cross-Functional & Customer Support

• Work with optical, mechanical, and manufacturing engineering on integration and tolerance allocation
• Take part in technical reviews and architecture discussions with customers and program partners
• Present analysis and recommendations to internal teams and customers

Required Qualifications

• Bachelor’s degree in Optical Engineering, Physics, or related technical field (Master’s or PhD preferred)
• 7+ years of optical system design and simulation experience
• Proficiency with Zemax OpticStudio (or equivalent), including non-sequential mode
• Experience modeling complete optical systems and predicting system-level performance (image quality, efficiency, uniformity, stray light)
• Experience with tolerance and sensitivity analysis
• MATLAB and/or Python scripting for optical analysis
• Experience producing documented, traceable optical analysis within a formal design-control or quality-management system (ISO 9001 or equivalent)
• Strong technical communication skills, including the ability to present analysis and recommendations clearly to internal teams and customers

Preferred Qualifications

• Experience modeling diffractive or holographic optical elements (volume gratings, HOEs)
• Experience with head-up displays (HUDs), augmented reality, or near-eye display systems
• Aerospace, automotive, or defense optical engineering experience
• Experience supporting certification or qualification programs
• Experience with advanced or regulated quality systems (AS9100, IATF 16949, or similar)
• Experience with multi-scale simulation workflows and pipelines (e.g., Lumerical-to-Zemax, VirtualLab Fusion)
• Hands-on optical laboratory or experimental validation experience
• Understanding of optical manufacturing constraints and design-for-manufacturing

Work Environment

• On-site role based in Torrance, CA
• Customer and technical-partner interaction as required by active programs
• Travel to customer or partner sites as needed

Export Control Eligibility

This position may involve access to information or technology subject to U.S. export control regulations (ITAR or EAR). Applicants must qualify as a U.S. person under applicable U.S. export control regulations.

Why Join Luminit

Luminit develops advanced optical technologies used across automotive, aerospace, defense, and industrial applications, with multiple products already shipping in volume. You would work on holographic and photonic optical systems in a collaborative, technically driven team, contributing directly to the products as the company scales.

To Apply: Send your resume to jobs@luminitco.com

Learn more about us at www.luminitco.com

Luminit is an equal opportunity employer and complies with all federal and state EEO and affirmative action regulations.

Job Title: Mechanical Design Engineer
Department: Engineering / Product Development
Reports To: VP of Engineering / Mechanical Engineering Lead
Location: Torrance, CA
Employment Type: Full-time

Role Overview

Luminit Inc. is seeking a Mechanical Design Engineer responsible for the mechanical design, structural analysis, prototyping, and integration of Luminit’s optical product assemblies across aerospace and emerging programs, beginning with an eVTOL cabin display program.

This role designs the hardware that houses, mounts, and interfaces Luminit’s optical components; owns the mechanical and structural engineering analysis required to substantiate the design for certification; develops the fixtures and test apparatus used for build and characterization; and produces the mechanical engineering documentation required by formal design control.

The position works hands-on through prototype and sample build and partners with the program/certification lead, optical engineering, and the customer’s mechanical and integration teams.

This is a cross-program role supporting multiple Luminit programs.

Key Responsibilities

Mechanical Design & CAD

• Design housings, mounts, fixtures, and tooling for optical product assemblies and prototypes.
• Develop and maintain CAD models, .step models, top-level part drawings, indented BOMs, and configuration-controlled mechanical documentation.
• Conduct tolerance analysis and lead design reviews; apply GD&T.
• Balance mechanical design requirements with optical, manufacturing, and environmental constraints.

Design & Structural Analysis

• Own the mechanical and structural design analysis required for certification, including mechanical and electrical tolerances, positional accuracy, mechanical wear and freeplay, and behavior under normal and abnormal operation.
• Coordinate stress and structural analysis for abuse and inertia load cases, addressing safety factors and margins of design.
• Support inertia and structural substantiation by analysis or by environmental test (e.g., DO-160G Section 7 load cases) as appropriate, and produce the structural analysis packages supporting certification deliverables.

Cross-Functional Engineering Support

• Coordinate with optical engineering on opto-mechanical interface definition and integration.
• Provide mechanical and structural inputs to the program/certification lead for qualification and certification deliverables.
• Collaborate with process and quality teams on design decisions affecting producibility and inspection.

Mechanical Interface & Integration

• Support execution of avionics optical programs from concept through qualification and delivery
• Coordinate technical deliverables, engineering timelines, and issue tracking across teams
• Assist with risk management, milestone tracking, and program communication activities
• Lead the mechanical design and assembly of prototype and sample hardware, coordinating build activities with internal teams (optical/holography) and external partners such as the lamination/process partner.
• Specify mechanical components, materials, and procurement requirements; support iteration based on engineering and customer feedback.

Documentation & Configuration Management

• Work closely with Optical Engineering, Systems Engineering, Manufacturing, and Quality teams
• Support development of fixtures, tooling, and test apparatus for engineering validation and characterization
• Contribute to production-readiness and manufacturability discussions for new products and assemblies

Customer & Integration Support

• Support customer integration activities and interface coordination as needed
• Develop and maintain the mechanical interface control drawing (MICD), including installation instructions, with the customer’s mechanical and integration teams.
• Coordinate with sub-tier vendors on the mechanical and environmental aspects of integrated assemblies, including vibration, thermal performance, and form-fit interfaces.

Required Qualifications

• Bachelor’s degree in Mechanical Engineering or related technical field (Master’s preferred)
• 7+ years of mechanical design experience in aerospace, defense, automotive, or other technically demanding industries
• Strong CAD proficiency (SolidWorks or equivalent), including assembly modeling, drawing creation, and GD&T.
• Demonstrated mechanical and structural analysis capability (stress, tolerance, and load-case analysis) supporting design substantiation.
• Experience producing mechanical interface control documents and interfacing with customer mechanical and integration engineering teams.
• Direct experience within AS9100 or an equivalent formal design-control and quality-management environment.
• Strong design discipline, including tolerance analysis, configuration management, and design review participation.

Preferred Qualifications

• Experience with precision opto-mechanical design (thermal stability, alignment tolerances, vibration isolation, contamination control).
• Familiarity with environmental qualification methodology (RTCA DO-160, MIL-STD-810, or equivalent), particularly as it relates to mechanical aspects such as vibration, thermal cycling, and structural tolerance.
• Experience with model-based definition (MBD) platforms for technical data package delivery.
• Experience with prototype-to-production transition, pilot-line buildout, or production fixturing.
• Experience with sub-tier vendor management on mechanical or environmentally qualified components.
• Familiarity with AS9100 or similar quality systems

Work Environment

• On-site role based in Torrance, CA
• Cross-functional engineering and manufacturing environment
• Customer interaction and technical program collaboration required
• Travel to customer or partner sites as needed

Export Control Eligibility

This position may involve access to information or technology subject to U.S. export control regulations (ITAR or EAR). Applicants must qualify as a U.S. person under applicable U.S. export control regulations.

Why Join Luminit

Luminit develops advanced optical technologies used across automotive, aerospace, defense, and industrial applications. Employees work on cutting-edge holographic and photonic systems in a collaborative, technically driven environment with opportunities to contribute directly to next-generation mobility and display technologies.

To Apply: Send your resume to jobs@luminitco.com

Learn more about us at www.luminitco.com

Luminit is an equal opportunity employer and complies with all federal and state EEO and affirmative action regulations.

Job Title: Manufacturing Engineer

Industry: Optics, Photonics, Advanced Manufacturing
Department: Operations / Manufacturing Engineering
Reports To: VP of Operations
Location: Torrance, CA
Employment Type: Full-time | Mid – Senior Level

Role Overview

Luminit Inc. is seeking a Manufacturing Engineer to own equipment and process engineering for its roll-to-roll (web) replication line and to manage new part number creation for its Light Shaping Diffuser (LSD) product family.

The near-term focus of the role is equipment engineering: leading mechanical redesign and upgrade projects on the web replication line — beginning with a redesign of the coating application station and the conversion of the UV-curing system to LED — and carrying each project from concept and CAD through detail drawings, vendor procurement, installation, and debug. Longer term, the role owns sustaining engineering for the line: monitoring production runs, diagnosing failed runs to root cause, and standardizing process recipes across the full range of product variants.

The role’s second responsibility is new part number creation for converted LSD products: reviewing customer drawings for manufacturing feasibility — primarily tolerances achievable in Luminit’s converting operations — and setting up new part numbers in the ERP system (Microsoft Dynamics 365), including management of customer drawings and DXF cutting files for the conversion workcell.

This is a hands-on role with substantial autonomy. Design direction and review are provided by the VP of Operations through internal design reviews, and the engineer is expected to independently drive projects forward between reviews.

Key Responsibilities

Equipment Design & Upgrades — Web Replication Line

• Lead the mechanical redesign of the resin coating application station to improve coating quality, adjustability, and repeatability.
• Lead the upgrade of the UV-curing system from arc-lamp to LED technology, including modification of the existing carriage and housing hardware.
• Develop SolidWorks models and detail/assembly drawings for new and modified machine components, applying appropriate tolerancing for fabrication.
• Specify mechanical components and materials; order fabricated and purchased parts through established vendors; plan and support installation, commissioning, and debug on the machine.
• Present design concepts, trade-offs, and project status in internal design reviews and incorporate feedback into design iterations.

Process Support & Recipe Standardization — Web Replication Line

• Monitor production runs; investigate failed runs, determine root cause, and implement corrective actions.
• Develop, document, and standardize process recipes across product variants, including multiple substrate thicknesses, UV-cure resin systems, protective film application, and embossed surface microstructures.
• Drive improvements in throughput, yield, and process capability; maintain disciplined, traceable process documentation.

New Part Number Creation — Converted Products

• Review customer drawings received with RFQs for manufacturing feasibility, focusing on tolerances achievable in converting operations (laser cutting, router cutting, slitting).
• Complete the part-definition template that captures key product characteristics; verify the constructed part description and associated fields against customer requirements.
• Import new part numbers into Microsoft Dynamics 365 and attach customer drawings to the part record.
• Prepare and manage DXF files for complex part profiles, attaching them in D365 and filing them to machine program directories per internal naming conventions.

Cross-Functional Support

• Coordinate with production, planning, quality, and sales on new part introduction and on replication output feeding the conversion workcell.
• Support qualification of new processes and products.
• Provide backup support across the broader manufacturing engineering function (tooling, conversion, internal audits) as needed.

Required Qualifications

• Bachelor’s degree in Mechanical Engineering, Manufacturing Engineering, or a related technical field.
• 5+ years of manufacturing or equipment engineering experience in a production environment.
• Demonstrated experience designing new production equipment or substantially modifying existing equipment — station redesigns, retrofits, or major upgrades — and carrying designs through fabrication, installation, and startup.
• Strong SolidWorks proficiency, including assembly modeling and detail drawings for fabrication; working knowledge of GD&T and tolerance analysis.
• Experience specifying and procuring machined and off-the-shelf components through outside vendors.
• Hands-on troubleshooting ability and confidence making significant modifications to large production machinery.
• Strong communication skills, with the ability to clearly present design intent and trade-offs in internal design reviews.
• Ability to work autonomously and manage multiple priorities with limited day-to-day direction.

Preferred Qualifications

• Experience with roll-to-roll (R2R) web handling or converting equipment and processes (coating, laminating, embossing, slitting, winding/tension control, laser or die cutting).
• Familiarity with UV-curable coating and curing processes, including common coating methods (roll coating, slot-die, blade metering) and UV LED curing systems.
• Experience supporting CNC laser or router cutting, including DXF/CAM file preparation.
• Experience with ERP systems, particularly Microsoft Dynamics 365.
• Experience in optical films, photonics, or other precision/advanced manufacturing environments.
• Familiarity with ISO 9001:2015 quality management systems; internal audit experience a plus.
• Versed in Lean manufacturing and structured problem-solving methods (A3, root cause analysis, FMEA).
• Basic familiarity with industrial controls and machine electrical systems.

Work Environment

• On-site role based in Torrance, CA.
• Combination of office and manufacturing-floor work; hands-on activity on production equipment is a routine part of the role.
• Cross-functional manufacturing environment with coordination across production, quality, planning, sales, and outside vendors.
• Occasional travel to vendor or partner sites as needed.

Compensation & Benefits

• $100,000 – $130,000 per year, depending on experience
• Competitive compensation and benefits package
• Opportunity to contribute to high-impact optical technologies serving global OEMs and Tier 1 suppliers
• Dynamic and innovative work environment

Export Control Eligibility

This position may involve access to information or technology subject to U.S. export control regulations (ITAR or EAR). Applicants must qualify as a U.S. person under applicable U.S. export control regulations.

Why Join Luminit

Luminit develops advanced optical technologies used across automotive, aerospace, defense, and industrial applications. Employees work on cutting-edge holographic and photonic systems in a collaborative, technically driven environment with opportunities to contribute directly to next-generation mobility and display technologies.

To Apply: Send your resume to jobs@luminitco.com

Learn more about us at www.luminitco.com

Luminit is an equal opportunity employer and complies with all federal and state EEO and affirmative action regulations.