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What you will do The AI Vision Systems Specialist is responsible for designing, developing, and deploying computer vision solutions that enable intelligent automation and quality control in Clarios manufacturing plants. This role supports the Future Factory vision by integrating advanced vision systems and AI algorithms into production lines. The specialist works closely with IT, product engineering, operations, and regional teams to deliver scalable, robust, and innovative solutions for automated inspection and process optimization. A key part of this role is connecting with business stakeholders across regions to collaboratively identify and align on pain points and priorities. The specialist will develop proof-of-concept (PoC) solutions in lab environments, validate them, and drive the integration of core solutions into base machines for global deployment. This position is remote with possible relocation required. How you will do it Business Engagement & Needs Identification Proactively engage with business and plant teams across regions to understand operational challenges, pain points, and improvement opportunities. Collaborate with business owners to create product roadmaps that prioritize delivery of key capabilities to the plants. Facilitate workshops and collaborative sessions to define priorities for vision system applications Solution Development & Deployment Design, develop, and implement computer vision systems for automated inspection, defect detection, and process monitoring. Develop PoC solutions in lab environments, validate with stakeholders, and drive integration into base machines. Integrate vision systems (edge devices, cameras, sensors, lighting) with manufacturing equipment. Create predictive and preventative maintenance schedule along with necessary spare parts list to ensure long-term viability of solutions. Collaborate with IT and engineering to deploy AI models and data pipelines for real-time analytics. Regional Execution & Scalability Lead and support deployment of vision solutions across multiple regions, ensuring adaptability to local requirements and standards. Coordinate with regional teams for pilot builds, R&D trials, commissioning, and feedback loops. Technical Leadership & Documentation Evaluate and select hardware/software for vision applications in brownfield and greenfield scenarios. Develop and maintain technical documentation, including Supplier Statements of Work (SSOW), Bills of Materials (BOM), System calibration and quality procedures, and spare parts lists. Guide vendor selection and manage strategic partnerships with equipment suppliers and integrators. Continuous Improvement & Innovation Stay current with emerging technologies in computer vision, machine learning, and industrial automation. Conduct benchmarking and share findings with global teams. Champion innovation and standardization across sites and regions. Communication & Collaboration Communicate technical concepts and project status to stakeholders at all levels, including executive leadership. Foster cross-functional and cross-regional collaboration to ensure alignment and best practice sharing. To succeed in this role, the individual must have a sound knowledge of vision systems in addition to internal business acumen: Visionary thinking and technical leadership in computer vision for manufacturing. Strong business acumen and ability to translate operational needs into technical solutions. Innovation and adaptability in fast-paced, evolving environments. Effective communication and collaboration across functions, cultures, and regions. Structured planning, project management, and follow-through. What we look for Required Bachelor's or Master's degree in Computer Science, Electrical Engineering, Robotics, or related field. 3+ years of experience in computer vision, machine learning, or automation engineering. Experience with vision system integration in manufacturing or industrial environments. Familiarity with industrial cameras, sensors, and lighting systems. Experience deploying AI models to edge devices or cloud platforms. Proficiency in 3D CAD tools and simulation software is a plus. Experience leading cross-functional projects in international settings. FUTURE RELOCATION TO TEXAS IS REQUIRED What you get: Medical, dental and vision care coverage and a 401(k) savings plan with company matching - all starting on date of hire Tuition reimbursement, perks, and discounts Parental and caregiver leave programs All the usual benefits such as paid time off, flexible spending, short-and long-term disability, basic life insurance, business travel insurance, and Employee Assistance Program Global market strength and worldwide market share leadership HQ location earns LEED certification for sustainability plus a full-service cafeteria and workout facility Clarios has been recognized as one of 2026's Most Ethical Companies by Ethisphere. This prestigious recognition marks the fourth consecutive year Clarios has received this distinction. Who we are: Clarios is the force behind the world's most recognizable car battery brands, powering vehicles from leading automakers like Ford, General Motors, Toyota, Honda, and Nissan. With 18,000 employees worldwide, we develop, manufacture, and distribute energy storage solutions while recovering, recycling, and reusing up to 99% of battery materials-setting the standard for sustainability in our industry. At Clarios, we're not just making batteries; we're shaping the future of sustainable transportation. Join our mission to innovate, push boundaries, and make a real impact. Discover your potential at Clarios-where your power meets endless possibilities. Veterans/Military Spouses: We value the leadership, adaptability, and technical expertise developed through military service. At Clarios, those capabilities thrive in an environment built on grit, ingenuity, and passion-where you can grow your career while helping to power progress worldwide. All qualified applicants will be considered without regard to protected characteristics. Equal Employment Opportunity: We recognize that people come with a wealth of experience and talent beyond just the technical requirements of a job. If your experience is close to what you see listed here, please apply. Diversity of experience and skills combined with passion is key to challenging the status quo. Therefore, we encourage people from all backgrounds to apply to our positions. All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, disability, age, status as a protected veteran or other protected characteristics protected by law. As a federal contractor, we are committed to not discriminating against any applicant or employee based on these protected statuses. We will also take affirmative action to ensure equal employment opportunities. Please let us know if you require accommodations during the interview process by emailing . We are an Equal Opportunity Employer and value diversity in our teams in terms of work experience, area of expertise, and all characteristics protected by laws in the countries where we operate. For more information on our commitment to sustainability, diversity, and equal opportunity, please read our latest report . We want you to know your rights because EEO is the law. A Note to Job Applicants: please be aware of scams being perpetrated through the Internet and social media platforms. Clarios will never require a job applicant to pay money as part of the application or hiring process. To All Recruitment Agencies: Clarios does not accept unsolicited agency resumes/CVs. Please do not forward resumes/CVs to our careers email addresses, Clarios employees or any other company location. Clarios is not responsible for any fees related to unsolicited resumes/CVs.

Job Title: RECR 884 Control Systems Specialist (TP-PR-) Location: Everett, WA Onsite Duration: 12 months (possibility of multiple 12 months extension) Rate offered: $37 - $74/hr on W2 Full Time: 40 hrs/week Job Description: TerraPower, LLC. is seeking a highly motivated Control Systems Specialist to support the design, construction, programming, commissioning, and operation of advanced test systems and experimental facilities. In this role, you will work closely with engineers, technicians, operators, and project stakeholders to develop and maintain control and data acquisition systems used in research and development environments. Responsibilities will include designing and building electrical control panels, developing and troubleshooting LabVIEW-based control and data acquisition systems, integrating instrumentation and field devices, supporting startup and commissioning activities, and maintaining safe and reliable operation of test equipment. The strongest candidates will have extensive hands-on experience with industrial controls, instrumentation, electrical systems, and laboratory testing environments. Experience creating electrical schematics and control system layouts using AutoCAD Electrical or similar software is highly desirable. Tasks Design, build, wire, test, and troubleshoot electrical control panels and instrumentation systems for laboratory and industrial test facilities. Develop, maintain, and troubleshoot LabVIEW-based control and data acquisition systems. Configure and integrate instrumentation, sensors, heaters, control valves, VFDs, motors, and other field devices into control systems. Support startup, shakedown, commissioning, and troubleshooting of electrical, instrumentation, and control systems in an R&D environment. Interpret electrical schematics, wiring diagrams, P&IDs, and instrumentation drawings to support installation, testing, and operation of systems. Develop user-friendly operator interfaces and data acquisition architectures that provide reliable monitoring and control of test systems. Troubleshoot electrical, instrumentation, communications, and control system issues during installation, commissioning, and testing. Develop and maintain system documentation including wiring diagrams, panel layouts, I/O lists, calibration records, and test procedures. Assist in developing control system specifications from process flow diagrams (PFDs), process and instrumentation diagrams (P&IDs), and engineering requirements. Support continuous improvement efforts related to automation, instrumentation, controls, testing, and data acquisition systems. Evaluate commercially available instrumentation, controls hardware, and data acquisition solutions for applicability and scalability. Demonstrate exemplary safety practices and foster a culture of safety in laboratory and testing environments. Support continuous learning and application of industry best practices to maintain the highest quality of system design, construction, and operation. The successful candidate will possess a high degree of trustworthiness and integrity, communicate openly, display respect, and foster teamwork across multidisciplinary organizations. Key Qualifications and Skills Required: Associate degree, technical certification, trade school training, military technical training, or equivalent hands-on experience in electrical controls, automation, instrumentation, mechatronics, or a related technical field. Five (5) or more years of hands-on experience building, troubleshooting, commissioning, or maintaining industrial control systems, instrumentation systems, automated equipment, or laboratory test systems. Experience building and wiring electrical control panels from electrical schematics. Experience programming and troubleshooting National Instruments LabVIEW applications and data acquisition systems. Experience integrating instrumentation, sensors, heaters, VFDs, control valves, motors, and other field devices. Experience with industrial instrumentation, automation, electrical controls, or robotics. Ability to read and interpret electrical schematics, wiring diagrams, P&IDs, and instrumentation drawings. Experience with common laboratory or industrial data acquisition hardware and software such as National Instruments systems. Field experience in startup, commissioning, troubleshooting, diagnostics, testing, and calibration of electrical and instrumentation systems. Ability to participate in a multidisciplinary team of engineers, scientists, operators, and technicians with demonstrated results. Strong analytical and problem-solving skills. Demonstrated ability to work on multiple tasks concurrently and prioritize work effectively. Excellent written and verbal communication skills. Ability to work independently to solve challenging technical problems and provide recommendations in a timely manner. Preferred: Experience with AutoCAD Electrical, AutoCAD, or similar software for development of electrical schematics, panel layouts, and control system drawings. Experience with PLC and HMI programming, configuration, and troubleshooting. Experience with industrial communication protocols such as Ethernet/IP, Modbus TCP/IP, Profinet, or OPC. Experience designing or supporting UL508A control panels. Experience with SCADA systems, industrial automation platforms, or distributed control systems. Experience commissioning first-of-a-kind equipment, prototypes, or R&D test systems. Experience with data acquisition and controls for complex engineering systems with large numbers of I/O signals. Experience supporting high-temperature process systems or industrial testing facilities. Qualified Electrical Worker certification or equivalent training. Journeyman Electrician, Instrument Technician, Electrical Engineering Technology, Mechatronics, or related technical background.

Job Description Job Description Umbra is an American space technology company delivering advanced systems, from sensors to spacecraft, that empower customers worldwide with unmatched access to critical information from space. Our mission is simple and ambitious: redefine space-for people, systems, and missions in every domain. Umbra's ecosystem operates through three business units: Remote Sensing (the data), Space Systems (the components), and Mission Solutions (the platforms). Together, our teams develop capabilities that deliver persistent access, resilient performance, and mission-ready solutions, advancing U.S. space leadership while keeping the world safe and informed. About the Team Remote Sensing - The Data Remote Sensing is where Umbra got its start, and our agile Synthetic Aperture Radar (SAR) constellation remains the most capable on the market. We transform satellite data into real- world, actionable insights that strengthen U.S. national security and intelligence, support disaster response, and advance scientific discovery. Our team delivers data at scale with unmatched quality, persistence, and the speed and responsiveness our partners demand. If you want to work on cutting-edge space technology that's redefining what's possible in remote sensing, you belong here at Umbra. About the Job We are seeking a Mission Operations Vehicle Engineer to become an integral part of our dynamic Mission Operations team! This engineer will play a crucial role in the on-orbit commanding, controlling, monitoring, and tasking of our expanding constellation of synthetic aperture radar (SAR) satellites. In this exciting position, you will be responsible for ensuring the health and safety of our vital on-orbit assets, participating in launch and early orbit operations for future launches, performing mission-critical analyses, responding and resolving on-orbit anomalies, supporting collection tasking, and providing essential feedback and guidance to our internal hardware, software, and collection management teams. The Mission Operations team is a small, tight-knit group with dynamic responsibilities, making it an exciting team to be a part of. As a team, we take ownership over our various projects and responsibilities that span a broad area of expertise. We value team players and often work together to solve problems, brainstorm ideas, and execute critical tasks on orbit. This position is based on-site in our Arlington, VA office. Key Responsibilities Monitor, operate, and maintain a constellation of on-orbit satellites. Support the development and execution of mission plans and on-orbit CONOPS across the vehicle life cycle, including integration, launch, early operations checkouts, payload calibrations, orbital maneuvers, and other on-orbit activities. Respond to on-orbit anomalies, perform anomaly investigation and root cause analysis, and execute resolution activities. Develop and improve automated workflows for day-to-day operations, analysis, anomaly resolution, conjunction assessment, orbital maintenance, and mission planning. Support tasking operation and optimization, analyze overall system utilization and facilitate unique customer requests as needed. Support other teams in spacecraft modeling, simulation, mission design, and systems engineering analyses for current and future development efforts. Define and complete high-level tasks with limited oversight from management. Ad hoc tasking of satellites to evaluate and test new modes of operation. Monitor, evaluate, and improve satellite imagery and other products. Support off-hour operations (weekends and/or nights) independently, while maintaining strong communication with the overall team. Other professional duties as assigned. Requirements Required Qualifications Bachelor's degree in aerospace, systems engineering, physics, computer science, or a related STEM field. 1-3+ year(s) of experience working on spacecraft, launch vehicles, or robotics. Experience with on-orbit operations. Comfortable with: A scripting language such as MATLAB or Python. Orbit analysis or mission design tools such as STK, GMAT, or Free Flyer. Version control software such as Git. Familiarity with at least one of the following: orbital mechanics, attitude control, LEO GNC systems, space systems engineering, spacecraft propulsion, flight software, or rendezvous procedures. Excellent communications skills, ability and desire to work collaboratively in a team environment, and willingness to learn new skills and technology. Willing to support, as needed, on-call shift assignments and odd hours, such as overnights and/or weekends. Desired Qualifications Comfortable working in a dynamic and fast-paced development environment. Comfortable working on high-level tasks independently. Experience working with radar or remote sensing satellites. Familiarity with mission operations software, ground control systems, or command scripting. Exposure to low Earth orbit (LEO) mission dynamics and constraints. Benefits Flexible Time Off, Sick, Family & Medical Leave Medical, Dental, Vision, Life, LTD, STD (employer funded) Vol Life, Critical Illness, Accidental, Hospital Indemnity, Pet Insurance (employee funded) 401k with 3% non-elective company contribution Stock Options Free Parking Free lunch daily in office Umbra is an Equal Opportunity Employer. We do not discriminate in hiring on the basis of sex, gender identity, sexual orientation, race, color, religious creed, national origin, physical or mental disability, protected veteran status, or any other characteristic protected by federal, state, or local law. Employment Eligibility Verification In compliance with federal laws, all hired persons will be required to verify their identity and eligibility to work in the United States by completing the required Employment Eligibility Verification Form (I-9 Form) upon hire. ITAR/EAR Requirements This position may include access to technology and/or data that is subject to U.S. export controls pursuant to ITAR and EAR. To comply with federal export controls, all persons hired must be a U.S. citizen, U.S. national, U.S. lawful permanent resident, refugee or asylee as defined by 8 U.S.C. 1324b(a)(3), or must otherwise be eligible to obtain the required authorizations from the U.S. Department of State and/or U.S. Department of Commerce as applicable. Pay Transparency This job posting may cover multiple career levels. To ensure greater transparency, we provide base salary ranges for all roles, regardless of location. Our standard pay ranges are based on the role's function and level, benchmarked against similar growth-stage companies. Compensation may vary based on geographical location, as certain regions may have different cost-of-living factors. The final offer will also be influenced by the candidate's skills, responsibilities, and relevant experience. Compensation Range The Compensation Range for this role is $90,000 - $120,000 DOE.

Job Description Job Description Company Overview: Established in Taiwan in 1974, Hon Hai Technology Group, commonly known as Foxconn, is the world's largest electronics manufacturer and leading provider of technological solutions with a network of over 233 campuses across 24 countries. In the US, Foxconn employs 8,000 across 56 different sites with manufacturing operations in Virginia, Wisconsin, Ohio, Indiana, Texas, and California. As of 2025, Foxconn ranks 28th among the Fortune Global 500 and reported revenue of approximately USD $259 billion. The company's diverse product offerings span four major segments: smart consumer electronics, cloud, and networking solutions, computing, and various other components. Foxconn makes 40% of the consumer electronics that we find in our everyday lives. In recent years, Hon Hai has adopted the 3+3 strategy, focusing on three emerging industries - electric vehicles, digital health solutions, and robotics - while leveraging three key technologies: next-generation communications, artificial intelligence (AI), and semiconductors. Together, these initiatives position the company as a leader in innovation for the 21st century. Hon Hai Technology Group is deeply committed to championing environmental sustainability within its manufacturing processes. By integrating sustainability into its operations framework, the company strives to serve as a best-practice model for global enterprises, enhancing corporate responsibility while meeting the growing demand for environmentally conscious production methods. Job Summary: The primary purpose of the AI Server / Rack R&D BMC (Baseboard Management Controller) Engineer (focused on L10/L11 execution) is to own the out-of-band management firmware initialization, system telemetry calibration, and remote monitor validation across fully integrated AI rack platforms. This role directly contributes by programming, testing, and debugging the specialized BMC microcontroller firmware (often based on Open BMC or AMI Mega RAC). This ensures that the entire 100kW+ rack infrastructure can be safely powered on, remotely monitored, thermally throttled, and diagnosed out-of-band by Tier-1 hyperscale operating frameworks. Duties and Responsibilities: Perform BMC bring-up and validate out-of-band management functions for server platforms, including system monitoring, remote management, event logging, and hardware telemetry. Troubleshoot BMC-related issues and verify reliable communication between the BMC, system components, and management interfaces. Configure and calibrate system sensors for temperature, voltage, current, fan speed, and power monitoring, and tune thermal and power protection thresholds to ensure accurate telemetry, safe system operation, and compliance with platform requirements. Develop, customize, and validate Redfish API functionality to support server management and telemetry requirements while aligning BMC interfaces and data models with hyperscale customer profiles, platform specifications, and applicable management standards. Analyze BMC event logs, hardware failure records, and diagnostic data to identify system faults and failure patterns. Collaborate with hardware, firmware, and validation teams to determine root causes, support corrective actions, and improve system reliability. Develop and maintain automated scripts and tools for BMC firmware flashing, configuration, and validation to improve engineering efficiency and consistency. Implement and verify firmware changes associated with Engineering Change Orders (ECOs) to ensure proper deployment, traceability, and compliance with approved requirements. Education: Bachelor of Science (BS) Degree in Computer Engineering, Computer Science (with a strong foundation in embedded systems, Linux kernel development, or hardware-software interfacing), or Electrical Engineering (paired with extensive embedded firmware development experience) Experience: 1+ years of Embedded BMC Firmware Implementation & Testing 1+ years of Hardware Sensor Bus Architecture & Communication 1+ years of Redfish API & Hyperscale Management Protocol Customization 1+ years of Hardware-Software System Bring-Up & Diagnostics Physical Demands & Working Conditions: Frequently remains stationary while performing BMC development, telemetry analysis, and diagnostic activities, with occasional movement within laboratory, server, and testing areas. Frequently operates computers, server systems, and diagnostic/test equipment and occasionally handles server components, cables, and related hardware during system bring-up and troubleshooting. Occasionally bends, reaches, crouches, or positions self to access server/rack equipment, inspect hardware connections, and perform configuration or validation activities. Frequently exchanges technical information with hardware, firmware, validation, and cross-functional engineering teams to troubleshoot issues and coordinate technical changes. Frequently works in office, engineering laboratory, and server/test environments and may be exposed to operating equipment, elevated noise levels, and temperature variations; appropriate PPE may be required. EEOC Statement Foxconn is an equal opportunity employer that is committed to diversity and inclusion in the workplace. Foxconn prohibits discrimination and harassment of any kind and provides equal employment opportunities (EEO) to all employees and applicants for employment without regard to race, color, gender, religion, sex, sexual orientation, ethnicity or national origin, age, disability, marital status, genetics, pregnancy, or any other protected characteristic as outlined by federal law. In addition to federal law requirements, Foxconn complies with applicable state and local laws governing nondiscrimination in employment in every location in which the company has facilities. This policy applies to all terms and conditions of employment, including recruiting, hiring, placement, promotion, termination, layoff, recall, and transfer, leaves of absence, compensation, and training.

Job Description Job Description Must be located near the Bay Area, with reliable transport to San Francisco, CA. About Us We are a well-capitalized stealth startup building robotic foundation models and world models for Physical AI. Founded by researchers from leading AI labs, our team works across robot hardware, data, infrastructure, and machine learning. The Role We are looking for a hands-on Robotics Systems Engineer to build and operate the robotic platforms behind our research. You will work across hardware, embedded systems, robot software, communications, calibration, data collection, evaluation, and deployment. This role is broader than mechatronics: you should be comfortable debugging the complete system, from sensors and actuators, close loop control, and learned-policy evaluation. Responsibilities Bring up, integrate, and maintain humanoids, robotic arms, and custom platforms. Debug mechanical, electrical, networking, communication, and software failures. Integrate and help design sensors, actuators, motor controllers, embedded devices, compute, wiring, and power systems. Develop robot drivers, hardware interfaces, diagnostics, and automation in Python or C++. Build distributed robotics software using ROS, ROS 2, ZMQ, and related technologies. Maintain teleoperation, robot data collection, dataset validation, and policy-evaluation software. Perform calibration, functional testing, reliability testing, and performance characterization. Develop logging, monitoring, health checks, and fault-recovery tools. Work with ML researchers to deploy and evaluate learned policies on physical robots. Improve system reliability, performance, safety, and maintainability. Use AI coding agents to accelerate implementation, testing, debugging, and documentation. Qualifications BS or MS in Robotics, Computer Engineering, Electrical Engineering, Mechanical Engineering, Mechatronics, Computer Science, or a related field. Experience integrating or operating complete robotic systems. Proficiency with Linux, Git, and Python or C++. Familiarity with ROS, ROS2, ZMQ or similar communication frameworks. Familiarity with sensors, actuators, embedded electronics, networking, and robot system design. Understanding of robot-learning workflows and their hardware and electronics requirements. Experience with robot data collection or evaluation software. Strong cross-stack debugging and problem-solving skills. Experience using AI coding agents such as Claude Code, Codex, or comparable tools, including reviewing and validating generated code. Comfortable working in a fast-moving environment and taking ownership of ambiguous problems. Nice to Have Experience with humanoids, manipulators, quadrupeds, or mobile robots. Experience with teleoperation or learned-policy deployment. Familiarity with CAN, EtherCAT, DDS, SPI, UART, or real-time systems. Embedded programming experience with STM32, ESP32, Raspberry Pi, Jetson, or similar platforms. Experience with camera, tactile, force-torque, encoder, or IMU integration and calibration. Familiarity with multimodal data synchronization, experiment tracking, and robotics evaluation metrics. CAD, machining, wiring, soldering, or rapid-prototyping experience. What You Will Gain Build advanced robots alongside experienced AI researchers and roboticists. Work across the complete robot-learning stack, from hardware to foundation models. Help shape the systems and engineering practices of an early-stage robotics company. Hiring Process Introductory conversation Technical interview One-day on-site assessment (paid at $40/hr). Initial six-month contract with strong potential for a longer-term opportunity. Logistics & Benefits Location: San Francisco, CA (South Beach/SoMa) - on-site 5 days a week Schedule: Full-time, 40 hours/week, including a 30-minute lunch break Employment: W-2, facilitated through Hire.io Compensation: $40+/hour, negotiable based on experience

Job Description Job Description POSITION TITLE: Senior Controls and Automation Engineer DEPARTMENT: Engineering REPORTS TO: Engineering Manager LOCATION: Viola JOB SUMMARY: A Senior Controls & Automation Engineer to design, build, and support custom automated test equipment, manufacturing systems, and embedded control solutions for powertrain development and production support.This role bridges industrial automation, embedded hardware/firmware, and system integration, supporting everything from robotic test cells and PLC-controlled machinery to ECU-integrated embedded devices and Windows-based engineering tools. The ideal candidate is a hands-on engineer comfortable working across electrical design, firmware, PLCs, robotics, HMIs, and on-site commissioning of one-off and low-volume systems ESSENTIAL FUNCTIONS: Industrial Automation & Controls Design, modify, and maintain automated test stands, endurance systems, and manufacturing equipment Program and troubleshoot PLCs and HMIs for presses, test fixtures, and special-purpose machinery Integrate industrial robots with presses and test systems, including interlocks and safety logic Retrofit and modernize legacy equipment where original electronics or controls are obsolete Support and repair custom, one-off automation equipment used in engineering and manufacturing Embedded Hardware & Firmware Design custom embedded control hardware for test systems and product prototypes Develop firmware in C/C++ for microcontroller-based controllers Implement CAN bus communication with ECUs and vehicle subsystems Create embedded solutions for sensors, actuators, motor control, and data acquisition Support prototype development through testing, iteration, and limited production readiness Test Systems & Instrumentation Develop automated engine and motorcycle test systems for endurance, EPA mileage accumulation, and performance testing Build systems for dyno automation, robotic control, and long-duration unattended operation Integrate sensors, cameras, and data acquisition hardware for mechanical and powertrain analysis Develop data visualization and processing tools for test and lab environments Software & Interfaces Develop Windows-based engineering and test applications (Visual Studio / C#) Interface off-the-shelf HMIs and custom hardware for operator control and remote monitoring Support configuration and calibration tools for embedded and test systems ECU & System Integration Integrate and interface with automotive ECUs, including CAN messaging and control features Support ECU feature development and experimentation for R&D projects Work closely with engineering and manufacturing teams to support powertrain development Reverse engineer CAN bus data in order to interface various ECUs with custom test equipment QUALIFICATIONS: Bachelor's degree in Electrical Engineering, Computer Engineering, Mechatronics, or equivalent experience 5+ years experience in industrial automation, controls engineering, or custom machinery Strong experience with: PLC programming and industrial I/O Embedded firmware development (C/C++) Electrical schematics and hardware design, PCB layout. Sensors, actuators, motors, VFDs, and safety circuits Hands-on experience commissioning and troubleshooting machines in real-world environments

Job Description Job Description Position Overview: We are seeking a highly skilled Site Reliability Engineer (SRE) with hands-on experience in warehouse automation, industrial control systems, and system integration. This role focuses on ensuring reliability, performance, and uptime of Addverb's proprietary warehouse solutions, including Concinity WES, PLC libraries, vision systems, fleet management tools, and real-time data exchange platforms. The ideal candidate will possess deep technical expertise in configuring and maintaining complex industrial software and hardware systems, leveraging custom-developed tools and templates to monitor, optimize, and troubleshoot high-throughput warehouse environments. Key Responsibilities: System Configuration & Deployment: Configure and optimize workflows using Concinity , Addverb's proprietary Warehouse Execution System (WES), to manage task allocation and equipment coordination. Deploy and calibrate control systems using the AT Card Configurator for Addverb's shuttles, conveyors, and cranes. PLC Programming & Integration: Utilize Addverb's custom PLC libraries and code templates in platforms such as Siemens TIA Portal, Omron Sysmac Studio, Beckhoff TwinCAT, and Allen-Bradley Studio 5000. Develop, debug, and standardize logic for motor control, diagnostics, fault detection, and alarm handling. Data Connectivity & API Testing: Build and manage configurations in Kepware KEPServerEX for secure and efficient data exchange between machine-level PLCs and SCADA/MES/cloud systems. Test and validate real-time API calls using Postman , ensuring seamless communication across WES, WMS, and edge devices. Fleet & Sensor System Management: Operate Addverb's Fleet Management System (FMS) to configure robot paths, mission logic, obstacle handling, and battery systems. Calibrate and configure barcode scanners and safety devices using SOPAS Engineering Suite and Cognex/Keyence vision tools. Monitoring & Diagnostics: Leverage the Addverb Service Portal for logging breakdowns, conducting Root Cause Analysis (RCA), and tracking MTBF/MTTR. Utilize the Remote Monitoring Toolkit (VPN, diagnostic scripts, SSH tools) to access and troubleshoot live systems. Data Acquisition & Analytics: Run proprietary Python/SQL data acquisition scripts , feeding predictive analytics dashboards and internal historian systems. Ensure operational and performance validation using IQ/OQ/PQ digital forms tailored to customer KPIs. Documentation & Training: Contribute to and utilize internal SOPs and e-learning portals to support cross-functional teams and train engineers in standard procedures and tools. Required Qualifications: Bachelor's degree in Electrical, Electronics, Mechatronics, Industrial Automation, or a related field. Minimum 5-7 years of hands-on professional experience in warehouse automation, industrial control systems, or a related SRE/Systems Engineering role. Strong knowledge of PLC programming , SCADA/MES , and robotics integration . Proficient in Python, SQL , and using industrial diagnostic and configuration tools. Experience with API testing tools (Postman) and industrial communication protocols. Ability to interpret electrical schematics, network diagrams, and sensor configurations. Preferred Skills: Familiarity with Addverb's automation ecosystem is a strong advantage. Experience with vision systems (Cognex, Keyence) , barcode readers, and advanced sensor calibration. Exposure to Historian dashboards , predictive maintenance strategies, and fleet logistics. Excellent problem-solving skills and a structured approach to system reliability and performance.

Job Description Job Description POSITION TITLE: Senior Controls and Automation Engineer DEPARTMENT: Engineering REPORTS TO: Engineering Manager LOCATION: Viola JOB SUMMARY: A Senior Controls & Automation Engineer to design, build, and support custom automated test equipment, manufacturing systems, and embedded control solutions for powertrain development and production support.This role bridges industrial automation, embedded hardware/firmware, and system integration, supporting everything from robotic test cells and PLC-controlled machinery to ECU-integrated embedded devices and Windows-based engineering tools. The ideal candidate is a hands-on engineer comfortable working across electrical design, firmware, PLCs, robotics, HMIs, and on-site commissioning of one-off and low-volume systems ESSENTIAL FUNCTIONS: Industrial Automation & Controls Design, modify, and maintain automated test stands, endurance systems, and manufacturing equipment Program and troubleshoot PLCs and HMIs for presses, test fixtures, and special-purpose machinery Integrate industrial robots with presses and test systems, including interlocks and safety logic Retrofit and modernize legacy equipment where original electronics or controls are obsolete Support and repair custom, one-off automation equipment used in engineering and manufacturing Embedded Hardware & Firmware Design custom embedded control hardware for test systems and product prototypes Develop firmware in C/C++ for microcontroller-based controllers Implement CAN bus communication with ECUs and vehicle subsystems Create embedded solutions for sensors, actuators, motor control, and data acquisition Support prototype development through testing, iteration, and limited production readiness Test Systems & Instrumentation Develop automated engine and motorcycle test systems for endurance, EPA mileage accumulation, and performance testing Build systems for dyno automation, robotic control, and long-duration unattended operation Integrate sensors, cameras, and data acquisition hardware for mechanical and powertrain analysis Develop data visualization and processing tools for test and lab environments Software & Interfaces Develop Windows-based engineering and test applications (Visual Studio / C#) Interface off-the-shelf HMIs and custom hardware for operator control and remote monitoring Support configuration and calibration tools for embedded and test systems ECU & System Integration Integrate and interface with automotive ECUs, including CAN messaging and control features Support ECU feature development and experimentation for R&D projects Work closely with engineering and manufacturing teams to support powertrain development Reverse engineer CAN bus data in order to interface various ECUs with custom test equipment QUALIFICATIONS: Bachelor's degree in Electrical Engineering, Computer Engineering, Mechatronics, or equivalent experience 5+ years experience in industrial automation, controls engineering, or custom machinery Strong experience with: PLC programming and industrial I/O Embedded firmware development (C/C++) Electrical schematics and hardware design, PCB layout. Sensors, actuators, motors, VFDs, and safety circuits Hands-on experience commissioning and troubleshooting machines in real-world environments