Robotics

• Responsible for leading team(s) that work cross-functionally to collect data and develop models to determine trends utilizing a variety of data sources.
• Manages team(s) that retrieve, analyze and summarize business, operations, employee, customer and/or economic data in order to develop business intelligence.
• Involved with numerous key business decisions by overseeing analyses that inform our business strategy.
• Lead discussions with business leaders and stakeholders to understand data and analysis needs and develop technical requirements.
• Advise on the relevancy of data and identify alternative data sources as needed.
• Oversee analyzation of large, complex data to determine actionable business insights.
• Lead identification of key business drivers by conducting exploratory data analysis and hypothesis testing.

Manager, Finance Process Automation

• Define and drive the technical vision for multimodal robotics data infrastructure spanning vision, depth, force/torque, joint states, events, and metadata across lab and plant-adjacent environments.
• Architect and scale reliable data capture, ingestion, and serving pipelines that support robot learning workflows from experimentation through production deployment.
• Establish reproducible data logging and replay frameworks, including ROS 2 bagging where applicable, to enable debugging, regression testing, root-cause analysis, and dataset creation at scale.
• Own the strategy for dataset lifecycle management, including versioning, lineage, provenance, governance, retention, and quality gates, to support trustworthy model training and evaluation.
• Lead the integration of experiment tracking, model/data traceability, and auditability patterns so teams can compare runs, reproduce results, and understand system changes over time.
• Design and implement MLOps automation patterns, including CI/CD/CT-style pipelines for ML systems, that reduce manual effort and improve deployment confidence for robotics AI updates.
• Partner with AI/ML, planning, validation, and plant teams to define data contracts such as schemas, labeling standards, and failure taxonomies, and convert field failures into curated training datasets and measurable learning loops.
• Influence architecture across adjacent systems and mentor engineers on best practices in data engineering, ML infrastructure, observability, and production reliability.
• Drive cross-functional technical decisions, balancing research velocity with platform robustness, governance, and long-term maintainability.

Staff Data Engineer, AI – Robotics

• Join our humanoid robotics team to innovate advanced robots, collaborate with experts, enhance your skills, and create transformative technologies that help shape the future of human-robot interaction.
• Take charge of the bring-up and functional validation of custom actuator controller hardware.
• Design and implement structured test plans covering power rails, sequencing, and communication protocols such as EtherCAT, CAN, SPI, I2C, and UART.
• Conduct fault-injection tests including over-voltage, under-voltage, over-current, short-circuits, brownouts, resets, and miswired peripherals.
• Analyze hardware behavior under varying input voltages, load conditions, and temperature ranges.
• Build and maintain test fixtures, harnesses, and debug setups to facilitate thorough hardware evaluation.
• Deliver detailed documentation of test outcomes and actionable recommendations to hardware and software teams.
• Support EMI debugging efforts and pre-compliance testing as necessary.

Senior Electrical Design Hardware Engineer, Humanoid Robotics

• Responsible for the analysis, design, delivery, and maintenance of process automation across the enterprise.
• Works with internal clients to capture "as-is" processes and map "to-be" processes.
• Brings business process knowledge to ensure processes are reengineered and made ready for automation.
• Supports the development, testing, and deployment of automated solutions.
• Assist with managing the Virtual Workforce of robots and automation, including acting as a team leader for the robots, and reporting as required on the performance, throughput, and accuracy of the robots which have been built.
• Ensure oversight and up-time of the Ryder robotic workforce, ensuring appropriate reporting on daily results is complete and accurate.
• Conducts and documents automation feasibility analysis.
• Produces keystroke level process maps and designs / builds automation in one or more tools.
• Present summaries of findings to leaders, technology partners, and clients, walking them through "to-be" designs of automated processes.
• Work closely with internal team to ensure requirements are accurately mapped and suitable for development.
• Track progress daily or weekly as appropriate, provide updates for sprint reviews and in-progress demonstrations to SME’s and leadership.
• Work with Automation Center of Excellence (COE) management to identify, document, and prioritize automation opportunities.
• Work with SMEs to understand end to end processes, identifying automation blockers and suitability of the process for automation.
• Stay up to date on automation tools, best practices, and process improvement across multiple industries and technical tools.
• Contribute to discussion on additions or changes to Ryder’s tool-kit, structure, and COE role.
• Performs other duties as assigned.

Process Automation Analyst

• Set up robot systems (welding/handling) under lean manufacturing guidelines.
• Support product and fixture/tool development with virtual simulation tools.
• Assist with commissioning/implementation of machines and basic maintenance work.
• Commissioning & Launch Support of automated production lines.
• Support for new start-ups up to customer acceptance: Machine/Weld Fixture acceptance.
• Machine commissioning & setup: TCP, axis calibration, communication.
• Creation of new programs (welding, handling, etc.) and determination of welding parameters.
• Validation of the first parts and preparation of complete documentation.
• Review/update existing documentation and analysis of macrosection, rework, process, and cycle time reports.
• Optimize programs and processes based on analysis.
• Support during virtual construction phase of weld tooling and design approval.
• Fit & Accessibility Coordination in cooperation with jig construction for jigs & fixtures.
• Support in the preparation of production readiness and process capability of production plants.
• Participate in FMEA’s and initiate corrective measures for tooling and machine layout.
• Systematic troubleshooting and cooperation in the continuous improvement process (CIP).
• Monitor production cells and necessary peripheral devices.
• Train qualified personnel (YASKAWA & SKS).
• Conduct all business-related activities for Eberspaecher within legal requirements.
• Support compliance with all local and corporate Eberspaecher HSE policies and procedures.
• Demonstrate quality accuracy and thoroughness, looking for ways to improve and promote quality.
• Other duties as assigned.

Robotics & Welding Expert

• Drive Program Execution
• Lead program execution across AI research, robotics development, simulation, and factory deployment workstreams
• Track milestones, manage dependencies, and resolve cross-team blockers
• Run program reviews and coordination loops across AI Research, Robotics Engineering, Data Engineering, and Manufacturing teams
• Lead Data Program Execution
• Drive data strategy across multiple sources including factory robotic systems, simulation-generated data, teleoperation data collection, and internal datasets
• Partner with engineering and manufacturing teams to ensure data pipelines support model training, evaluation, and deployment
• Communicate Program Progress
• Prepare structured updates on program progress, risks, and key decisions for leadership
• Translate complex technical developments into clear executive-level insights
• Support strategic documents related to partnerships and major program investments
• Align Cross-Functional Teams
• Coordinate execution across AI research, robotics engineering, infrastructure platforms, and manufacturing operations
• Manage dependencies between simulation environments, lab systems, data infrastructure, and model development
• Support technical discussions with external robotics and AI partners when needed

Technical Product Manager, Robotics AI

• managing critical fleet, transportation and supply chain functions for over 50,000 customers
• collaborating with internal teams

• Development of foundational software for mobile robotic systems within a globally distributed team, dedicated to the Americas region.
• Demonstrate your skills in simulation, tooling, and platform management to ensure software scalability and use case handling through perception and configuration.
• Collaborate with fellow engineers, encouraging a culture of technical innovation.
• Contribute to the strategic direction of our robotics software initiatives.
• Core responsibilities include: Architect and develop core C++ software systems for embedded onboard software, simulation, and deployment.
• Drive development of robust tools and frameworks for internal teams and robotic platforms.
• Drive technical direction in code structure, system design, and performance optimization.
• Collaborate with robotics, cloud, and systems teams on multi-functional efforts.
• Mentor and review work of junior and mid-level engineers.
• Define engineering best practices and contribute to technical roadmap.

Robotics Engineer – Software

• Development of foundational software for mobile robotic systems within a globally distributed team, dedicated to the Americas region.
• Demonstrate your skills in simulation, tooling, and platform management to ensure software scalability and use case handling through perception and configuration.
• Collaborate with fellow engineers, encouraging a culture of technical innovation.
• Contribute to the strategic direction of our robotics software initiatives.
• Architect and develop core C++ software systems for embedded onboard software, simulation, and deployment.
• Drive development of robust tools and frameworks for internal teams and robotic platforms.
• Drive technical direction in code structure, system design, and performance optimization.
• Collaborate with robotics, cloud, and systems teams on multi-functional efforts.
• Mentor and review work of junior and mid-level engineers.
• Define engineering best practices and contribute to technical roadmap.

Senior Robotics Engineer, Software

• Lead technical projects by serving as the business project lead, establishing project timelines, tracking open issues, and ensuring adherence to deadlines
• Build and maintain strong relationships with teams across hardware, electrical, software, and other units to ensure seamless program execution
• Identify and address project challenges while adhering to escalation procedures and maintaining project goals
• Foster collaboration within high-performing teams, proactively identifying and resolving issues to prevent program delays
• Work with leadership and business leads on near-term planning and strategic issues, managing business complexities, and mitigating risks

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