Manufacturing Engineering Lead

Join Etched as a Manufacturing Engineering Lead, where you will play a pivotal role in driving engineering excellence in our manufacturing processes. You will lead a team of skilled engineers and collaborate across departments to optimize production efficiency, ensure product quality, and drive innovation in our manufacturing practices.

Xometry (NASDAQ: XMTR) is revolutionizing the manufacturing landscape by bridging innovative ideas with the manufacturers capable of actualizing them. Our digital marketplace equips manufacturers with essential resources to expand their operations while enabling Fortune 1000 companies to access global manufacturing capabilities seamlessly.We are on the lookout for passionate Mechanical Engineers to join our team as Manufacturing Solutions Engineers. In this role, you will be integrated within our key accounts, serving as an extension of their engineering teams. This position uniquely combines customer engagement, technical acumen, and operational execution. You will collaborate closely with Sales to foster growth and maximize customer satisfaction.Join us at Xometry and be part of a vibrant, growing company leading the charge in digital manufacturing. If you are a driven Mechanical Engineer eager to contribute to customer success and make a tangible impact, we want to hear from you!

Archer Aviation is an innovative aerospace company located in San Jose, California, dedicated to the development of an all-electric vertical takeoff and landing (eVTOL) aircraft. Our mission is to revolutionize sustainable air mobility, creating a quieter and more efficient travel solution for urban landscapes.At Archer, we recognize that tackling complex challenges requires diverse perspectives. We are committed to fostering an inclusive and equitable workplace that celebrates the unique contributions of each team member, ultimately driving our collective success.Key Responsibilities:Design, validate, and optimize manufacturing processes for composite components.Provide support in designing tooling and fixtures for aerospace part production.Develop and maintain comprehensive manufacturing bills of materials.Review technical drawings and 3D models to ensure compliance with design specifications.Liaise with external suppliers to ensure project timelines are met.Identify and resolve manufacturing challenges during the development phase and implement corrective actions.Create detailed process plans and work instructions to adhere to aerospace quality standards.Assist with production planning, capacity management, line configuration, and operational process enhancement.Evaluate non-conforming parts, determine root causes, and take action to minimize waste.Drive continuous improvement initiatives to enhance production efficiency and reduce costs.Conduct design reviews and provide critical feedback on dynamic systems, manufacturing techniques, materials, and inspection protocols.Establish and uphold manufacturing best practices for essential aerospace components.

Execute essential manufacturing duties required for optimal performance in this role.Support Liquid Silicone Rubber (LSR) injection molding processes utilizing a BOY machine, along with thermoplastic injection molding processes on Illinois Precision Corporation (IPC) machinery. Additionally, assist in soldering cables to connectors.Design and enhance manufacturing processes, tooling, and fixtures to ensure adherence to daily production schedules while improving productivity and product quality.Evaluate production equipment, provide production support, and validate processes. Collaborate with vendors for incoming components and troubleshoot manufacturing processes and equipment using tools such as Gage R&R, Cp, Cpk, and SPC to enhance processes.Apply manufacturing methodologies like Value Stream Mapping, 5S, and Visual Workplace to boost quality, labor efficiency, and throughput.Draft and modify manufacturing process documentation and engage with cross-functional teams as necessary to develop and implement process improvements.Support company initiatives as directed by management, adhering to Quality Management Systems (QMS), Environmental Management Systems (EMS), and other regulatory requirements, including compliance with U.S. Food and Drug Administration (FDA) regulations.Foster positive and cooperative communication and collaboration across all employee levels, customers, contractors, and vendors.Perform other related duties and responsibilities as assigned.Equipment Utilization:Engage with a variety of production equipment, small hand tools, test equipment, and precision measuring instruments.Utilize standard office equipment including telephones, fax/copy machines, and personal computers with standard office software.

Join our dynamic team at Western Digital Corporation as an HDD Manufacturing Engineer, where you will play a pivotal role in enhancing our hard disk drive (HDD) manufacturing processes. You will be responsible for optimizing production techniques, ensuring high-quality standards, and implementing innovative solutions to improve operational efficiency.

Are you a detail-oriented Mechanical Engineer with a passion for optimizing designs for manufacturability? Join our dynamic team at Etched, where you will play a key role in enhancing our product development process. In this position, you will collaborate with cross-functional teams to ensure our designs meet manufacturability standards, ultimately driving efficiency and quality in our operations.

Archer Aviation Inc. is a pioneering aerospace company located in San Jose, California, dedicated to creating an innovative all-electric vertical takeoff and landing (eVTOL) aircraft. Our mission is to revolutionize sustainable air mobility with a focus on minimal noise and maximum efficiency, capable of carrying four passengers.We are committed to high standards and complex challenges, believing that a diverse workforce drives smarter solutions and greater success. Archer fosters an inclusive environment that celebrates the unique contributions of every team member.About the RoleIn alignment with our mission, we are expanding production of our cutting-edge Electric Propulsion System (EPS), which is central to our eVTOL aircraft. The EPS encompasses the Electric Motor and Propeller assemblies, representing one of the most sophisticated and automated manufacturing systems within our facility.We are seeking a Powertrain Manufacturing Engineer who is enthusiastic about integrating design with production. Ideal candidates will excel in developing scalable manufacturing systems, enhancing intricate processes, and constructing world-class hardware from inception.What You’ll Do:Contribute to the design and scaling of Archer’s Electric Propulsion System production line — from concept through to high-rate manufacturing — covering layout, automation strategy, tooling, and ramp-up planning.Collaborate cross-functionally with Product Design, Quality Assurance, Facilities, and Manufacturing teams to facilitate the production of new electric motor and propeller systems.

Join Procept BioRobotics as a Senior Manufacturing Engineer specializing in laser welding technology. In this pivotal role, you will lead innovative solutions that enhance our manufacturing processes and product quality. Collaborate with cross-functional teams to implement best practices in laser welding, ensuring efficiency and precision in our operations.

Archer Aviation is an innovative aerospace company headquartered in San Jose, California, dedicated to revolutionizing air travel with our all-electric vertical takeoff and landing (eVTOL) aircraft. Our mission is to enhance sustainable air mobility by designing, manufacturing, and operating aircraft that carry four passengers while ensuring minimal noise pollution.We embrace high ambitions and complex challenges, and we firmly believe that a diverse workplace drives smarter solutions and greater insights. Our commitment to fostering an equitable and inclusive environment celebrates the unique contributions of every team member, propelling us toward collective success.About the RoleAs part of Archer’s mission, we are scaling the production of our groundbreaking Electric Propulsion System (EPS)—the core technology of our eVTOL aircraft. The EPS includes the Electric Motor, Inverter, and Propeller assemblies, representing one of the most technically advanced and highly automated manufacturing systems in our facility.We are seeking a passionate Powertrain Manufacturing Engineer with expertise in power electronic assemblies. This role is ideal for someone who excels at bridging the gap between design and production, enjoys optimizing complex processes, and is committed to developing world-class hardware from the ground up.What You’ll Do:Contribute to the design and scaling of Archer’s EPS production line—from concept to high-rate manufacturing—encompassing layout, automation strategy, tooling, and ramp-up planning.Collaborate cross-functionally with Product Design, Quality, Facilities, and Manufacturing teams to facilitate the production of new electric motor and propeller systems.Lead Design for Manufacturability (DFM) initiatives to ensure efficient, safe, and scalable product assembly.Create and implement comprehensive manufacturing build plans—defining part flow, line layout, tools, equipment, and manufacturing bill of materials (MBOM).Specify and validate automation systems, tooling, and test equipment for high-reliability production.Conduct PFMEA (Process Failure Mode & Effects Analysis) to proactively identify and mitigate risks in the production system.

Archer Aviation is at the forefront of aerospace innovation, headquartered in San Jose, California. We are pioneering the development of an all-electric vertical take-off and landing aircraft designed to revolutionize urban air mobility. Our mission is to create a sustainable future with an aircraft that can comfortably transport four passengers while minimizing noise pollution.We are committed to fostering a diverse and inclusive workplace. We believe that a variety of perspectives fuels creativity and drives our success, enabling us to overcome the challenges we face. At Archer, we celebrate our differences and ensure that every team member feels valued and supported.As a Staff Design for Manufacturing Engineer, you will be pivotal in ensuring our printed circuit board assemblies (PCBAs) are optimized for manufacturability, reliability, and scalability within our groundbreaking eVTOL aircraft. You will serve as the vital link between design and production, championing manufacturing excellence to support Archer's mission in transforming urban transportation.

Archer Aviation is a pioneering aerospace company headquartered in San Jose, California, dedicated to revolutionizing air travel with our all-electric vertical takeoff and landing (eVTOL) aircraft. Our mission is to enhance sustainable air mobility by designing, manufacturing, and operating aircraft capable of transporting four passengers while minimizing noise pollution.Our ambitious goals demand innovative solutions, and we firmly believe that a diverse workforce fosters smarter problem-solving and richer insights. We are committed to creating an inclusive and equitable environment that values the unique contributions of every team member.About the RoleAs Archer expands its production capabilities for our state-of-the-art Electric Propulsion System (EPS)—the core of our eVTOL aircraft—we are in search of a skilled Powertrain Manufacturing Engineer. This individual will play a pivotal role in the integration of electric motors into higher-level assemblies, championing the connection between design and production. We seek a candidate who excels in developing scalable manufacturing systems, streamlining intricate processes, and crafting exceptional hardware from the ground up.What You’ll Do:Contribute to the design and scaling of Archer’s Electric Propulsion System production line—from initial concept to high-rate manufacturing—encompassing layout, automation strategy, tooling, and ramp-up planning.Collaborate cross-functionally with Product Design, Quality, Facilities, and Manufacturing teams to transition new electric motor and propeller systems into production.Implement Design for Manufacturability (DFM) strategies to ensure efficient, safe, and scalable product builds.Create and execute detailed manufacturing build plans, defining part flow, line layout, tools, equipment, and manufacturing bill of materials (MBOM).Specify and validate automation systems, tooling, and testing equipment to support reliable production.Conduct PFMEA (Process Failure Mode & Effects Analysis) to proactively identify and mitigate risks in the manufacturing process.

Archer Aviation Inc. is a pioneering aerospace company located in San Jose, California, dedicated to developing an innovative all-electric vertical takeoff and landing (eVTOL) aircraft. Our mission is to revolutionize sustainable air mobility, engineering aircraft capable of transporting four passengers while maintaining an eco-friendly, low-noise operation.At Archer, we set ambitious goals and tackle complex challenges, believing that a diverse workforce enhances creativity, drives superior insights, and ultimately leads us to success. We are committed to fostering an inclusive workplace that values and celebrates our differences, ensuring all team members feel supported.About the Role:In this role, you will lead the enhancement of our High Voltage Electric Propulsion System production, which is integral to our eVTOL aircraft. This position involves overseeing one of the most technically advanced and automated manufacturing systems within our facility.Your Responsibilities:Direct the development of End-of-Line (EOL) and in-process testing protocols for High Voltage batteries and electric motors, focusing on performance, safety, and system integration.Architect and implement manufacturing test strategies, including hipot, insulation resistance, winding verification, electromagnetic performance, and Energy Storage Systems (ESS).Specify, validate, and commission production test equipment, ensuring successful installation, Factory Acceptance Testing (FAT), and production readiness.Program, maintain, and optimize Automated Test Equipment (ATE), including test sequences, pass/fail logic, and data collection systems.

Greetings,I am Monika Vurla, a Technical Recruiter actively seeking talented candidates like yourself. Below you will find the job requirements from our direct client. Please let me know if you are interested and available for this opportunity.Position: Manufacturing EngineerPay Rate: $20 - $23/hrLocation: San Jose, CAKey Responsibilities:• Maintain data storage on the computer network and master files in adherence to ISO standards.• Assist in the preparation and execution of Engineering Change Notices (ECN).• Interpret customer documentation, drawings, and blueprints to define manufacturing process flows.• Provide support with labor quoting and work alongside process engineering to define efficient process flows.• Update Bills of Materials (BOMs) and Engineering masters.• Publish weekly and monthly performance reports for the department as per established standards.• Coordinate ECN activities with the business unit and collaborate with relevant personnel to address issues arising from ECO activities.• Facilitate the completion of ECNs through documentation, validation, approval, and basic input of materials and drawing information into the Visual Manufacturing system.• Verify ECN documentation packages for completeness and accuracy, and follow up on completed ECNs to ensure ongoing accuracy.• Communicate ECN impacts with relevant personnel, including engineering, materials, and production staff, and interact with customers and/or suppliers when necessary.• Assist in managing excess and obsolete inventory.• Maintain Bills of Material in the Visual Manufacturing system.• Document and maintain additional records for process metrics.• Update and maintain the DOC program with current documentation.• Archive obsolete documents and process Document Change Notices.• May be required to work overtime and undertake other assigned duties as needed.

Join Lumilens as a Principal Engineer in Manufacturing Test PlatformAt Lumilens, we are at the forefront of developing transformative photonics infrastructure that underpins the next generation of AI supercomputing. Our innovations span from cutting-edge chip-to-chip optical interconnects to scalable photonic engines, all aimed at ushering in a new era of computing that is faster, cooler, and significantly more efficient. As a well-funded startup supported by Mayfield and led by industry veterans who have pioneered transformative technologies, we offer a ground-floor opportunity to revolutionize the optical layer from the silicon level up. Join a team of world-class engineers tackling some of the toughest challenges in optics, systems, and scalability. Every line of code you write, every design decision you make, and every breakthrough you achieve will play a crucial role in shaping the infrastructure of the future. If you are seeking a mission-driven role, an energetic environment, and a chance to make a substantial impact, embark on this exciting journey with us. We’re just getting started.Position OverviewIn this pivotal role, you will develop diagnostics and manufacturing software for the design, testing, and productization of cutting-edge photonics solutions for data centers. Collaborating closely with various optical transceiver engineering teams, you will guide projects from initial concept through to final production, ensuring our optical transceiver solutions effectively reach the market.This position requires a solid and diverse software background coupled with a good understanding of hardware design and manufacturing practices. We also encourage applications from candidates with deep expertise in related areas who are eager to learn and grow.Key ResponsibilitiesDesign, implement, and validate manufacturing tests for mass production of photonic products aimed at data centers.Create high-level software abstractions to interface with low-level hardware components.Develop reusable test scripts and modules to validate firmware behavior, execute regression tests, and support new product introduction (NPI) testing and hardware bring-up.Conduct root-cause analysis of reported failures and isolate issues.Monitor, collect, and analyze data to identify issues and propose solutions that enhance system reliability and efficiency.Integrate with databases or dashboards for visualizing and analyzing test results.

Position: AssemblerLocation: San Jose, CA - 95101Pay Rate: $13.00/hrShift: Day Shift (7:00 am to 3:30 pm, Monday to Friday)

Archer is a pioneering aerospace company headquartered in San Jose, California, dedicated to creating an all-electric vertical takeoff and landing aircraft. Our mission is to revolutionize sustainable air mobility, focusing on designing, manufacturing, and operating an innovative aircraft capable of accommodating four passengers while minimizing noise pollution.At Archer, we aim for the skies and tackle complex challenges, believing that a diverse workforce enhances our intelligence, fosters better insights, and propels us toward collective success. We are committed to nurturing an inclusive and equitable workplace that embraces our unique differences and champions every member of our team.We are actively searching for a talented MES Solution Engineer to lead the design, implementation, and optimization of manufacturing execution systems (MES) that effectively integrate enterprise resource planning (ERP) systems with shop floor operations. The ideal candidate will possess extensive knowledge of manufacturing processes, system integration, and industrial automation technologies.

Join our dynamic team as a Technical Lead Component Engineer in San Jose, CA. In this pivotal role, you will lead engineering efforts, ensuring the excellence and reliability of our components. You will be responsible for driving innovation, overseeing project timelines, and collaborating with cross-functional teams to deliver top-notch engineering solutions.

About LumilensAt Lumilens, we are pioneering the essential photonics infrastructure that propels the future of AI supercomputing. Our innovations range from chip-to-chip optical interconnects to scalable photonic engines, ushering in a new era of computing that is faster, cooler, and significantly more efficient.As a well-funded startup, Lumilens is backed by Mayfield and led by industry veterans who have developed and scaled transformative technologies. This is not about incremental improvements; it’s a unique chance to redefine the optical layer, starting from silicon. Join a team of elite engineers tackling some of the most complex challenges in optics, systems, and scalability. If you seek purpose, momentum, and the opportunity to make a significant impact, come aboard our exciting journey. We’re just getting started.Position OverviewLumilens is in search of a Director of Software Manufacturing to spearhead the strategy, development, and execution of software systems pivotal for the high-volume manufacturing of next-gen optical transceivers (800G, 1.6T, and beyond). This role encompasses building and scaling the software infrastructure that enhances yield, testing, calibration, and production efficiency throughout our photonics manufacturing ecosystem.This vital leadership position resides at the crossroads of software, manufacturing, and hardware systems. You will define and implement manufacturing software frameworks that facilitate end-to-end production—from wafer-level testing and module assembly to final system validation—ensuring high yield, reliability, and throughput at scale.The perfect candidate will possess extensive experience in manufacturing software, test automation, and production systems within semiconductor, optical transceivers, or high-performance hardware environments, along with a proven track record in supporting hyperscale customer deployments.

Lumilens is seeking an innovative and driven Lead Systems Application Engineer to join our dynamic team in San Jose. This role is essential for leading the development and implementation of advanced software solutions tailored for our systems applications. You will collaborate with cross-functional teams to enhance product functionality and improve user experience.

Efficient Computer is pioneering the development of the world’s most energy-efficient general-purpose computer processor. Our patented technology utilizes 100 times less energy than the leading commercially available ultra-low-power processors, while being programmable through standard high-level programming languages and AI/ML frameworks. This groundbreaking efficiency enables the possibility of perpetual, pervasive intelligence, allowing AI/ML to operate continuously on a single AA battery for 5-10 years. Our platform's unprecedented energy efficiency empowers IoT devices to intelligently capture and curate first-party data, driving the next major computing revolution.We are looking for a Lead Physical Design Engineer to join our newly established hardware engineering organization. The successful candidate will spearhead the physical design convergence of IPs and complete SOC. You will provide technical leadership from a physical design perspective and will play a key role in hiring and mentoring the PD team to unify all facets of Efficient's processor designs. This position involves hands-on responsibilities, including driving the PNR methodology (Floorplanning, Placement, Clock Tree Design, Routing, and Low Power Design). We adhere to a correct-by-construction philosophy and prioritize the accuracy of PNR flows in relation to signoff considerations. The PD lead will ensure that methodologies are established to balance timing and power tradeoffs, optimizing both aspects effectively. This role is cross-functional, working within a highly integrated team of world-class engineers focused on an energy-efficient processor through integrated hardware/software co-design.This is a unique opportunity to join a hardware engineering organization at its inception and influence our products as we transition from initial stages of product development to market release and scaled volume production. Join us in shaping the future of computing at the edge and beyond!