Senior Electrical Engineer - Hardware Testing

Join Our Team at Merlin Labs:At Merlin Labs, we are pioneering the future of aviation as a venture-backed aerospace startup dedicated to developing a non-human pilot system. Our mission is to enable both reduced crew and uncrewed flight operations, addressing some of the most pressing challenges in the aviation industry. Supported by leading global investors, we are on a trajectory of growth that empowers our clients to harness the power of autonomy today.All of the sky, none of the limits!Who You Are:Are you an innovative and skilled mechanical engineer with a deep passion for advancing aviation technology? Do you thrive in a dynamic environment and believe in the power of agile and robust development methodologies? Are you eager to take ownership of critical components in new product development? If you answered yes, then you could be the perfect addition to our Mechanical Engineering team at Merlin Labs.

Join WHOOP on our mission to enhance human performance and extend healthspan. We empower our members to achieve peak performance through a comprehensive understanding of their bodies and lifestyles.As a Mechanical Engineer II within the Hardware New Product Introduction (NPI) Team at WHOOP, you will play a pivotal role in designing and developing our cutting-edge hardware solutions, particularly our rechargeable energy accessories. You will excel in a fast-paced, results-oriented environment and leverage your creativity and mechanical design expertise to deliver innovative solutions autonomously while exercising sound technical judgment.Collaborating with a talented, multidisciplinary team of engineers and designers, you will help transform innovative concepts into reality, supporting prototyping, mechanical design, and testing initiatives. You will engage closely with our global suppliers and contract manufacturers to implement engineering validation builds focused on delivering high-quality results, managing engineering risks effectively, and maintaining clear technical communication both upward and externally. Your commitment to product excellence is essential.This is an exceptional opportunity for an engineer with a robust technical background to enhance their skills in a dynamic, fast-paced setting while contributing to significant projects in early-stage product development. WHOOP thrives on urgency driven by our mission. We create products for individuals who strive to surpass their limits—and we hold ourselves to that same standard. If you are motivated by complex challenges, cross-functional teamwork, and the chance to scale hardware production, this role will challenge and reward you.

Join Field AI, a pioneering company revolutionizing robot interactions with the real world. We’re developing cutting-edge, risk-aware AI systems that solve the most intricate challenges in robotics, harnessing the full potential of embodied intelligence. Our innovative solutions have been globally deployed, yielding tangible results and continuously enhancing models through real-world applications.Our Hardware Team is at the forefront of designing and integrating perception and computational payloads that empower autonomous robotics systems to navigate complex environments. We handle the entire hardware stack, including sensing systems (LiDAR, cameras, TOF, IMU, GPS), embedded computing (CPUs, GPUs, microcontrollers, Linux, ROS), electrical systems (power distribution, communication), and mechanical components (structures, thermal regulation, ingress protection). Focused on both development (research, design, prototyping, testing) and operations (production, QA, debugging), our agile team is dedicated to enhancing core capabilities, reliability, and scalability as we build operational systems and procedures from the ground up.As a Mechanical Engineer Co-op with our Hardware Team, you will play a vital role in designing and implementing mechanical systems that protect and support our sensing and computing platforms in real-world settings. Your contributions will range from creating ruggedized enclosures to addressing thermal management and manufacturability challenges, ensuring our systems function reliably in the field. Your responsibilities will encompass the entire lifecycle from CAD design to production and field support, collaborating closely with electrical, computing, and systems engineers to deliver tightly integrated solutions for deployment in demanding environments. While your primary focus will be on mechanical systems, you will also have opportunities to contribute across various hardware domains.

Join the Innovation at Merlin Labs: Merlin Labs is a pioneering aerospace startup focused on revolutionizing aviation through the development of non-human pilots, designed to enable both reduced crew and uncrewed flights. Supported by leading investors in the industry, we are collaborating with our customers to harness the power of autonomy and address some of aviation's most pressing challenges.Soaring Beyond Limits!About You:Are you an innovative and skilled electrical engineer with a passion for cutting-edge technology? Do you have the expertise to develop advanced aircraft systems using agile and resilient methodologies? Would you relish the opportunity to take ownership of critical systems for a groundbreaking product? If this resonates with you, we invite you to explore the Senior Hardware Integration Engineer position at Merlin Labs.

Whoop, Inc. is seeking a Senior Hardware Compliance Engineer based in Boston, MA. This role focuses on ensuring that hardware products meet all relevant compliance and regulatory standards. The position plays a key part in upholding quality and safety across the company’s devices. Role overview The Senior Hardware Compliance Engineer will work closely with product and engineering teams to confirm that each hardware release aligns with required regulations. Attention to detail and a strong understanding of compliance processes are essential for success in this position. What you will do Oversee compliance and regulatory requirements for hardware products Support efforts to maintain high standards of quality and safety Contribute expertise to help guide product teams through certification processes Requirements Experience with hardware compliance and regulatory standards Strong commitment to quality and safety in product development

At WHOOP, we are dedicated to enhancing human performance through advanced insights into individual health and daily activities. Our mission is to empower users to unlock their potential by understanding their bodies better.As a Senior Hardware Quality Engineer (NPI), you will play a pivotal role in collaborating with cross-functional teams, including Hardware Engineering, Manufacturing, Supply Chain, and Operations, as well as internal Quality Assurance teams. Your primary responsibility will be to ensure that new products meet rigorous quality standards throughout each development phase and are launched without significant quality issues. You will also liaise with external business partners to produce vital documentation, including Design Failure Mode & Effects Analysis (DFMEA), Critical to Quality (CTQ) specifications, DFx, and New Unique Different and Difficult (NUDD) analyses.

NOBULL is a vibrant wellness community that encourages and motivates individuals to enhance their mental, emotional, and physical well-being. Through our innovative footwear, stylish apparel, nutritious offerings, and a mindset geared towards success, we equip you with the tools and strategies necessary for your personal journey of self-improvement. Our tight-knit team is comprised of dedicated, bright, and passionate individuals committed to making a positive impact in people’s lives.The Integration Engineering Manager plays a pivotal role in architecting, executing, and sustaining comprehensive systems and data integrations throughout our enterprise ecosystem. This position merges technical know-how with leadership, serving as a liaison between IT, business systems, and data engineering. The manager will supervise API development, EDI workflows, and iPaaS platforms including Celigo, Workato, Fivetran, and SPS Commerce, along with custom scripting utilizing Python, SQL, and cloud functions (AWS Lambda, Azure). This role is essential for fostering new integrations, enhancing existing ones, and managing Tier 2/3 support in conjunction with IT Helpdesk, data teams, and business stakeholders.Ensuring smooth data flow and system interoperability is crucial for providing precise and timely information that guides business decision-making. Our operational landscape features NetSuite ERP, Shopify eCommerce, Snowflake Data Warehouse, and WMS platforms interconnected through APIs, EDI, and iPaaS tools. Future projects include the implementation of an Order Management System (OMS) to facilitate omnichannel order lifecycle and fulfillment workflows.

DigitalOcean is looking for a Hardware Sustaining Engineer to help maintain and improve its hardware infrastructure in Boston. This role supports the ongoing reliability and performance of large-scale data center hardware, working closely with teams across the company to ensure smooth operations for customers worldwide. Role Overview This position reports to the Manager of Infra::Machines::Design. The Hardware Sustaining Engineer focuses on sustaining engineering for DigitalOcean's hardware and firmware, supporting the company's expanding data center footprint and cloud services. The role involves hands-on troubleshooting, process improvement, and collaboration with multiple technical teams. Main Responsibilities Work as part of the Sustaining Engineering team within the Infra::Machines::Design organization. Oversee the lifecycle of server hardware, cabling, and networking equipment. Monitor the #machines channel and MACHINES JIRA project, ensuring issues are addressed and resolved. Participate in a 24/7 on-call rotation with other team members. Act as Tier 2 escalation for Datacenter Operations (DCOPS) and Cloud Operations (CloudOps) on hardware and firmware matters. Develop and maintain standards and practices for DigitalOcean hardware operations. Collaborate with Qualification, Firmware, Fleet Lifecycle Engineering (FLE), Foresight, and Infrastructure Services teams to troubleshoot tooling, firmware, hardware, and operational issues. Contribute to tooling and runbook development to improve hardware and firmware operations. Coordinate with Operations teams on monitoring thresholds, failure modes, and alerting processes. Assist in diagnosing failures and implementing preventive solutions. Identify and help integrate industry best practices to improve cloud infrastructure quality.

Whoop is hiring a Hardware Engineering Project Manager II based in Boston, MA. This position takes the lead on hardware projects that shape the next generation of wearable technology. The role involves working closely with engineering, design, and manufacturing teams to deliver high-quality hardware solutions on time. Role overview The Hardware Engineering Project Manager II oversees the entire hardware development process, starting with initial planning and continuing through to final delivery. The position requires coordinating efforts across multiple disciplines to ensure projects meet key milestones and deadlines. What you will do Oversee the full hardware development lifecycle, from planning through delivery Coordinate cross-functional project teams to meet milestones and deadlines Work closely with engineering, design, and manufacturing partners Manage project plans, resources, and timelines to ensure successful outcomes Keep each project aligned with company goals Requirements Strong communication skills for working across multiple teams Experience managing hardware projects and development cycles Ability to organize resources and keep projects moving forward

Role overview This Backend Software Engineer II position at Whoop focuses on hardware acceleration. The work centers on building backend systems that support health and fitness tracking products. Scalability and efficiency are key priorities for these systems. What you will do Develop and maintain backend services that use hardware acceleration to boost platform performance Collaborate with other engineering teams to support both new and existing health and fitness tracking features Help ensure core backend services remain reliable and scalable Location This position is based in Boston, MA.

Rebuild Manufacturing is building an AI-powered platform to improve hardware product development. The platform connects with tools that hardware teams already use, helping them track change requests and share important context. By coordinating across different disciplines, it keeps projects moving smoothly as requirements shift. Supported by a parent company with deep roots in engineering and manufacturing, the team is focused on closing communication gaps in hardware development. The goal: make sure every update and decision reaches the right people at the right time. Role overview The Senior AI Engineer will design and build the core AI agents that drive the platform. This work involves developing systems that can spot potential issues in hardware workflows, offer timely assistance, and help teams stay aligned as projects evolve. What you will do Create AI systems that integrate with existing engineering tools Develop features to coordinate change requests and share critical information Build solutions that help engineering teams anticipate and resolve workflow challenges Locations Greater Boston, MA Los Angeles, CA United States (other locations considered)

If you believe your skills, experience, and ambitions align with this opportunity, we strongly encourage you to apply.Be inspired by our engineers in action! Discover how we celebrated Engineers Week 2025 and what sets our team apart. - LINK ABOUT THE ROLEYou will join our multi-disciplinary team, working under the guidance of a licensed engineer. Projects will encompass new constructions and renovations within educational, healthcare, corporate commercial, and science and technology sectors. HERE'S WHAT YOU'LL DOIndependently design and oversee the ductwork, piping, and equipment selection for HVAC systems on assigned projects, with complex projects supervised by a professional engineer. Assist with plumbing and fire protection designs as necessary.Supervise or provide project management direction within the mechanical discipline, including monitoring project progress and budgets.Calculate heating and cooling loads, layout, and design ductwork and piping using energy modeling software.Create Revit/BIM models for HVAC system construction drawings from schematic design to construction administration phases, including layouts, sketches, and detailed drawings. As needed, perform Revit/BIM modeling for plumbing and fire protection systems.Edit specifications for existing or new projects.Conduct independent research as issues arise and address emergent challenges.Specify mechanical equipment, including boilers, chillers, and air handling units.Review shop drawings for adherence to specifications and contract documents.Effectively interact with clients and project teams, attending Owner, Architect, Construction Administration (OAC) meetings with an emphasis on budget awareness.Respond to RFI's and review change orders during construction document preparation.Conduct job site visits to verify existing conditions.

About UsPiaggio Fast Forward Inc. (PFF), a Boston-based innovator established in 2015 by the renowned Piaggio Group, creators of the iconic Vespa scooter, is dedicated to pioneering technology products that facilitate seamless movement in urban environments. Our mission centers on enhancing robotic interactions within dynamically changing surroundings, embodying our commitment to sustainable mobility and social connectivity for individuals of all ages and abilities.Your RoleWe are seeking a skilled Mechanical Engineering Machinist to become a vital member of our dynamic team. In this pivotal role, you will oversee the machine and assembly shop, ensuring it remains organized, well-stocked, and maintained. Collaborating closely with our Mechanical Engineering team, you will engage in in-house part prototyping, create fixtures for the Design team, and assist the Manufacturing team with part reworks and assembly fixtures. Strong communication skills are essential, as you will primarily interact with the Mechanical Engineering team, conveying technical machining information effectively. This is an hourly position for an individual contributor role reporting to the Mechanical Engineering Manager.

About the RoleJoin Parallel Fluidics as we innovate the infrastructure powering the future of life science tools. As the Principal Mechanical Engineer, you will spearhead our most vital engineering initiatives, establish benchmarks for technical excellence, and influence the processes that guide our product development and manufacturing. We seek an experienced engineering leader with extensive knowledge in electromechanical system design, design for manufacturing, and automation. If you are passionate about making a significant impact by transforming groundbreaking products from concept to production in a fast-paced startup environment, we encourage you to apply.Key ResponsibilitiesEngineering LeadershipAct as the principal architect of the engineering processes at Parallel Fluidics.Lead critical engineering projects that align with our mission.Serve as a technical expert for various internal projects.Identify and implement improvements to our engineering systems and tools.Mentor junior and senior engineers across various disciplines.Provide progress reports and insights to company leadership.Product DevelopmentOversee the transition of Parallel’s next-generation hardware products from concept to scalable production.Identify and evaluate potential high-volume manufacturing partners.Facilitate the transfer of high-volume products from in-house production to third-party manufacturers.Manufacturing SystemsIdentify opportunities to enhance our in-house designed manufacturing equipment.Design experiments and testing methods to optimize manufacturing processes.Collaborate with the manufacturing team to pinpoint gaps and explore improvement opportunities.

Formlabs seeks a Mechanical Engineering Manager in Boston, MA to lead a team focused on developing advanced 3D printing technologies. This role oversees projects from the earliest concept stage through final execution, ensuring mechanical designs meet demanding quality and performance standards. Key Responsibilities Guide and mentor a team of mechanical engineers as they design and build new 3D printing products Oversee project schedules and deliverables, managing progress from start to completion Work closely with design, software, and manufacturing teams to support every phase of product development Encourage technical excellence and support creative problem-solving within the group Requirements Proven experience managing engineering teams Strong background in mechanical design and product development Excellent communication and collaboration abilities Demonstrated ability to build and maintain a high-performing, supportive team culture

Join our innovative team as a Principal Systems/Mechanical Engineer, where you will lead the development of our groundbreaking software-defined, end-to-end automated fulfillment system. This pivotal role will position you as a systems leader, guiding our engineering team through the exciting transition of the materials handling industry from traditional mechanical frameworks to advanced robotics and software solutions. This is a unique opportunity to shape the future of our operations by collaborating closely with diverse cross-functional teams, including mechanical, electrical, controls, and software engineering, to create an unprecedented cohesive fulfillment system.At HDS Global, we are spearheaded by a distinguished leadership team with a proven record and are supported by notable investors and industry partners, including HDSGlobal.com, Ingram Micro, and Toyota.

Lead Senior Mechanical EngineerAbout the RoleJoin Parallel Fluidics as we revolutionize the infrastructure for the next generation of life science tools. We are on the lookout for a dynamic and driven Lead Senior Mechanical Engineer to spearhead the development of advanced life science instruments focused on microfluidic applications. This position demands a strong background in electromechanical system design, pressure and flow control systems, and sealing interface design. You will thrive in a fast-paced startup environment, collaborating with multidisciplinary teams to create innovative solutions in the field of microfluidic technology.Key ResponsibilitiesDesign and Engineering:Innovate and develop concepts for next-generation instrument architecture.Lead the mechanical engineering initiatives for systems and components, including:Moving mechanical assembliesSealing interfacesPressure control systemsIntegration of electronicsAutomation integrationProject Management:Collaborate with leadership to develop and refine comprehensive product requirements.Supervise external consultants across relevant disciplines.Formulate precise product development timelines.Provide consistent progress updates to leadership.Prototyping and Testing:Create and refine prototypes to validate designs and enhance functionality.Design and implement verification tests ensuring systems meet specified requirements.Analyze performance data to drive design improvements.Scale-Up:Manage the transition of designs from prototyping to scalable manufacturing.Ensure compliance with all necessary regulatory requirements.Cross-Functional Collaboration:Work collaboratively with design, software, and microfluidics teams to integrate subsystems effectively.

If you believe your skills, experience, and career goals align with this role, we invite you to apply. ABOUT THE ROLEYou will join our diverse team and collaborate closely with project leadership. Your projects may involve new constructions and renovations in sectors such as education, healthcare, corporate commercial, and science and technology. HERE'S WHAT YOU'LL DOLead and execute complex designs for ductwork, piping, and equipment selection within HVAC systems for large-scale buildings. Operate independently across all Mechanical disciplines and provide support for Plumbing and Fire Protection Designs as required.Mentor and provide technical guidance to the design and engineering teams.Oversee junior staff, including conducting performance reviews.Participate in the QA/QC process as an independent reviewer.Communicate effectively with clients and design team members.Manage engineering challenges related to Energy Model software usage.Develop Revit/BIM models for HVAC systems from initial schematic design through to construction administration, including layouts, sketches, and detailed drawings. Provide Revit/BIM modeling for plumbing and fire protection systems as necessary.Specify mechanical equipment such as boilers, chillers, and air handling units.Review shop drawings to ensure compliance with specifications and contract documents.Engage in discussions with clients and project teams during Owner, Architect, and Construction Administration (OAC) meetings with a focus on budget management.Participate in or lead value engineering sessions with the Architectural/Engineering team.Propose enhancements for standards and processes to improve quality, coordination, and production efficiency.Conduct staff development activities including work planning, budget management, and scheduling in partnership with the Project Manager.Respond to Requests for Information (RFIs) and review change orders during the preparation of construction documents.Perform site visits to confirm existing conditions and monitor construction progress. Participation in construction meetings is required, often necessitating physical site walkthroughs.

Mission Overview: We are seeking a highly skilled Senior Software Engineer to spearhead the development and execution of automated workflows, advanced tooling, and insightful analytics that will empower our autonomy stack to achieve unparalleled scalability. Your expertise will be crucial in transforming vast datasets into actionable engineering insights, ensuring that our software releases are resilient, thoroughly validated, and prepared for real-world deployment. Key Responsibilities: Design Intelligent Tooling: Lead the design and implementation of sophisticated automation systems aimed at categorizing and elucidating complex system behaviors using advanced data modeling techniques to expedite solution delivery. Drive Analytical Initiatives: Take charge of developing impactful performance visualization tools that convert raw metrics into clear, actionable insights related to on-road performance. Enhance Release Engineering: Leverage your experience to refine our release processes, steering the team towards a highly automated deployment framework that upholds quality while boosting efficiency. Advance Simulation Techniques: Play a pivotal role in enhancing our virtual testing environments, ensuring our simulation suites deliver the high-fidelity feedback necessary to accurately interpret releases. Collaborate Across Disciplines: Engage within a large, multi-disciplinary codebase to facilitate seamless integration between planning, motion, and control teams. Qualifications: Substantial experience in building production-grade applications, tools, and pipelines using Python. Proficient in navigating and contributing to large, complex codebases where modularity and thorough documentation are essential. Demonstrated success in delivering software in a production environment, with familiarity in CI/CD practices, version control at scale, and rigorous release cycles. Strong curiosity about data, with the capability to extract meaningful patterns from complex, high-dimensional datasets. A deep passion for a driverless future, with an understanding of the critical nature of deploying software that interacts with the physical environment. Bonus Qualifications (not mandatory): Experience with C++ in a Linux environment. Familiarity with Machine Learning frameworks or Large Language Model (LLM) integration. A background in robotics middleware (ROS, DDS) or autonomous systems.