Develop software and algorithms for custom semi-automated electro-mechanical systems that assure products’ performance, reliability and safety in manufacturing of surgical robotic systems, instruments, and accessories.
Responsibilities
Design, develop, and implement software solutions for equipment that builds and tests medical devices such as robotic systems, instruments and accessories
Build and maintain software infrastructures that enable value extraction from the data generated
Analyze and optimize manufacturing processes to improve efficiency, reduce costs, and enhance productivity
Understand products’ operations and controls, and develop the means to ensure their integrity in volume production
Document, direct and perform IQOQPQ and DQ validation activities on manufacturing equipment
Requirements
Bachelor’s or master’s in engineering (Software Engineering or Computer Science preferred)
Nice to have: Scalable production quality software
Nice to have: Software Development Life Cycle
Nice to have: data engineering
Nice to have: robotic or electro-mechanical systems
Design, develop, and maintain scalable enterprise applications using .NET (C#), ASP.NET Core, Angular, and modern web technologies, while implementing microservices architectures, RESTful APIs, and real-time communication solutions for industrial automation platforms.
Responsibilities
Design, develop, and maintain scalable enterprise applications using .NET (C#), ASP.NET Core, Angular, and modern web technologies
Develop secure, reliable, and high-performance software by integrating industrial systems including SCADA, MES, OPC UA, MQTT, PLCs, and IIoT platforms
Collaborate with Product Managers, Architects, Quality Engineering, and DevOps teams throughout the software development lifecycle
Drive engineering excellence by mentoring team members, promoting clean architecture, adopting AI-assisted software engineering practices, and optimizing application performance
Contribute to continuous improvement, software quality, and innovation initiatives
An MES Engineer to support, configure, and integrate Manufacturing Execution Systems within a production facility, bridging the gap between IT, OT, and shop-floor operations.
Locations (2)
Mannheim, Baden-Württemberg, Germany
Indianapolis, Indiana, United States
Compensation
The expected salary range for this position based on the primary location of Indiana is $85,000 - $157,800 Annual. Actual pay will be determined based on experience, qualifications and other job-related factors permitted by law. A discretionary annual bonus may be available based on individual and Company performance, as well as participation in a long-term incentive program.
Responsibilities
Monitor and improve stakeholder and user experience to maximize utilization of OT applications and systems
Analyse and interpret data to provide recommendations for process improvements
Develop complex scripting solutions for advanced functionality
Configure redundancy, failover strategies, and disaster recovery architectures
Gather user requirements process steps and translate them to system requirements
Support, configure, and integrate Manufacturing Execution Systems within a production facility, bridging IT, OT, and shop-floor operations.
Compensation
The expected salary range for this position based on the primary location of Indiana is $85,000 - $157,800 Annual. Actual pay will be determined based on experience, qualifications and other job-related factors permitted by law. A discretionary annual bonus may be available based on individual and Company performance, as well as participation in a long-term incentive program.
Responsibilities
Monitor and improve stakeholder and user experience for OT applications
Analyze and interpret data for process improvements
Develop complex scripting solutions
Configure redundancy, failover strategies, and disaster recovery
Gather user requirements and translate to system requirements
Requirements
Bachelor degree in Computer Science, Informatics, Engineering, or equivalent
Lead SCADA Engineer responsible for designing, developing, and deploying Ignition-based industrial software solutions, providing technical leadership and customer engagement.
Responsibilities
Work remotely and/or onsite with customers to gather, document, and validate project requirements
Lead technical discussions with customer engineering, operations, maintenance, and IT teams
Translate customer requirements into maintainable and scalable system designs
Participate in project planning, estimating, and technical proposal development
Serve as a technical lead on assigned projects
Requirements
Nice to have: Experience leading technical portions of customer projects
Nice to have: Experience designing enterprise-scale Ignition architectures
Nice to have: Experience with Git-based source control systems, preferably GitLab
Nice to have: Experience supporting server infrastructure and virtualized environments
Nice to have: Experience with Hyper-V and/or VMware administration
Senior Ignition SCADA Engineer responsible for the end-to-end lifecycle of Ignition SCADA and MES solutions in highly regulated industries like Life Sciences.
Responsibilities
Lead end to end system design and delivery of Ignition based SCADA and MES solutions
Define solution architectures and technical standards for automation projects
Gather and translate customer and business requirements into functional system designs
Configure, develop, and implement Ignition applications and integrations
Integrate PLCs, databases, MES platforms, historians, and third party systems
Lead and implement manufacturing quality initiatives, including MES, smart torque systems, and automation to improve process capability and operational efficiency.
Responsibilities
Lead implementation, maintenance, and continuous improvement of Manufacturing Execution Systems (MES) across manufacturing operations.
Develop and deploy manufacturing quality technologies such as smart torque systems, automated inspection equipment, traceability systems, and process monitoring solutions.
Collaborate with cross-functional teams to improve manufacturing quality, process capability, and operational efficiency.
Develop and standardize manufacturing quality processes, work instructions, control plans, and best practices across production operations.
Monitor manufacturing processes and quality performance using statistical analysis and data-driven decision-making to identify improvement opportunities.
Assist in troubleshooting, development, fabrication, programming, installation, documentation, and support of automated manufacturing equipment.
Compensation
A reasonable estimate of the annual pay range is between $77000 - $112000. Cash compensation is one piece of our competitive total rewards package. You may be eligible to participate in an incentive program, which rewards employees based on individual and organizational performance.
Responsibilities
Specification, design, integration, programming, installation and troubleshooting of automated manufacturing equipment and systems to support fabrication, weld, paint, assembly and testing of finished goods.
Help develop, deploy, and maintain documentation and software for equipment including schematics, maintenance spares lists, and operating instructions, and programs and other software.
Collaborate with other sites to evaluate existing equipment for opportunities to upgrade for data acquisition, increased automation, efficiency, or additional functionality.
Maintain development project budgets and inventory.
Consult or assist in modification of existing equipment to optimize performance or integrate new features.
Requirements
Bachelor’s Degree or higher in Electromechanical Engineering, Automation Engineering, Electrical Engineering or similar discipline
Robotics Engineer for a manufacturing plant in Conroe, TX, designing, programming, testing, and supporting robotic systems for energy equipment production.
Compensation
$111,000-$135,000/year + Benefits. (midpoint $123,000) | Direct hire, full time | Monday-Friday, 7:00 AM-4:00 PM or 8:00 AM-5:00 PM | 100% onsite | 10% annual bonus | Possible relocation assistance.
Responsibilities
Design, program, test, and commission industrial robotic systems using FANUC, ABB, KUKA, Yaskawa/Motoman, or Universal Robots
Configure end-of-arm tooling (EOAT), vision systems, sensors, and peripheral equipment
Optimize robot cycle times and troubleshoot robotic systems
Work with Controls Engineers to integrate robots with PLCs, HMIs, conveyors, and safety systems
Provide production support and root cause analysis, and manage small-to-medium automation projects with suppliers
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