Engineer

• Accountable for all MP&L-related responsibilities supporting new program/projects
• Coordinates, tracks, and reports project status utilizing existing Gestamp Program Management tools (GPCS/Teamcenter/Ariba/other)
• Supports Program Manager(s) on special projects as needed
• Mainly accountable for GPCS/Ariba to coordinate/monitor new product launches
• Utilize Teamcenter for project tracking of PCP task completion, customer milestones, and internal KPI compliance
• Support internal team for project-specific master data
• Schedule & host meetings with Program Management teams to review the status of MP&L topics/open issues
• RFQ development/Purchasing & Program Manager interface
• Create PRs/GRs/VIM invoices in Ariba
• Reporting: Purchasing finance program status
• Ordering, reporting & logistics coordination of launch trial material to tool shops and to GSC
• Create and maintain packaging instructions for all programs
• PFEP (Plan for Every Part) / Pack BOM for all programs
• Container/rack management
• Oversee WIP container design, approvals & purchase
• WIP Rack reuse planning
• Blank Pallet management & purchase
• Launch Warehouse set-up & management (EC / FIFO)
• General Material flow and lineside presentation for series production
• Coordinating all freight requirements for material/equipment as needed
• Tracking all freight topics to ensure on-time delivery
• Coordinate with purchasing for all trial material purchases & tracking
• Optimize material flow, organize, and minimize warehouse footprint
• SAP Supplier set-up and BOM support including BOM upkeep & material masters
• Plant layout planning support
• Support Program Managers with needed data & detail for customer project status reporting

Logistics Engineer

• Provide technical support for program integration and test team members
• Resolve process deficiencies and give technical guidance
• Assist in the development of internal Hyperconverged Infrastructure (HCI)
• Demonstrate knowledge of HCI technologies (e.g., Harvester w/Rancher, Dell VxRail)
• Experience integrating on-premise HCI with public cloud providers like AWS or Azure
• Management of Vendors
• Experience with hardware/software vendors (Cisco UCS, Dell, HPE) and their support mechanisms
• Strong analytical skills
• Cross collaborate and work within Sprint and SCRUM Teams

Virtualization Engineer – DCGS

• Architect Agentic Workflows: Design and implement autonomous agents capable of handling multi-step reasoning, tool-calling, and error recovery.
• Operational Discovery: Embed with logistics and support teams to identify high-impact opportunities for agentic intervention.
• End-to-End Ownership: Own the entire agent lifecycle: Discovery → Agent Architecture → Prompt Engineering/Fine-tuning → Hardening → Production Deployment.
• Build for Reliability: Develop robust guardrails, evaluation frameworks, and logging systems to ensure agents perform predictably in a high-stakes supply chain environment.
• Contribute to the "Agent Hub": Document and publish reusable agent modules and toolsets to accelerate AI enablement across the entire organization.
• Rapid Iteration: Bridge the gap between "cool demo" and "production tool" by shipping small, gathering feedback from domain experts, and iterating fast.

Forward Deployed Engineer III

• Completes assigned work within the schedule and number of hours provided
• Assist in the development of project specifications
• Responsible for development of discipline specific engineering project elements/deliverables such as reports, designs, and plans
• Aids in the coordination and productivity of project team members
• Provides technical guidance to less experienced engineering project team members
• Works closely with other disciplines and on multi-discipline projects
• Performs quality control reviews of discipline - specific engineering project elements/deliverables
• Assists with coordination and planning of schedules, hours, and distribution of work within discipline
• Performs other duties as assigned.

Bridge Engineer – III

• Support the Utility Delivery team with required reporting, data collection, and deliverables
• Manage and organize documentation for utility development projects
• Support project schedules and report on milestones for utility projects
• Support budgets and cost forecasting of utility projects, including construction and equipment
• Track and report on status and schedule of power delivery timelines
• Participate in procurement and project cost estimates
• Level pricing proposals for design, construction, and commissioning services
• Review monthly pay applications from the contractors
• Review change order requests from contractors

Utility Development Project Engineer

• Design, implement, configure, and maintain Palo Alto Cortex XSIAM and Cortex XDR platforms.
• Support multi-tenant SIEM environments, including tenant onboarding, role-based access, data segregation, dashboards, and reporting.
• Develop and optimize: Detection rules, Correlation rules, Analytics, Threat hunting queries, Watchlists, Alert suppression logic
• Design and manage Cribl log pipelines, including: Data modeling, Parsing, Normalization, Enrichment, Routing, Filtering, Replay, Log ingestion
• Integrate telemetry from cloud, endpoint, network, identity, SaaS, Linux, Windows, and custom applications.
• Develop and maintain automated playbooks and response workflows using Python and Bash.
• Support incident response, threat hunting, and SOC operations.
• Create and maintain: Runbooks, SOPs, Architecture diagrams, Data flow documentation, Knowledge articles
• Support Tier 1–Tier 3 SOC analysts through troubleshooting, tuning, and knowledge transfer.
• Monitor SIEM health, ingestion, availability, detection coverage, false positives, MTTD, MTTR, and operational metrics.
• Ensure platform resilience, backup, recovery, lifecycle management, and change control.
• Collaborate with security architects, engineers, analysts, and business stakeholders to improve enterprise security capabilities.

SIEM Engineer – Contract

• Partner with Procurement / Engineering and Operations to anticipate and identify gaps in the Supply Base
• Work ahead of quoting and awards to develop and ensure quality suppliers, capable of production at the OEM level
• Utilize process engineering and DTAG Production skills through collaborative work with suppliers’ teams and ME, to ensure design and implementation of optimal manufacturing processes
• Develop our supplier base to ensure best overall cost, quality, manufacturability, and operational self-reliance
• Develop, execute, and modify project strategies for critical parts, based on risk ranking activities
• Work with suppliers to develop appropriate project schedules to achieve vehicle milestone objectives and KPIs
• Lead suppliers in problem solving and consensus building to mitigate risks
• Establish manufacturing processes to include critical characteristics and parameter controls across a broad spectrum of inputs (tooling, equipment, process capacity, capability, quality, throughput, and human development)
• Collaborate with Product Strategy and Operations Planning on the Long Range Production Plan and the capability of current suppliers to meet volume / mix
• Grow and develop a team of experts on DTNA Book of Business requirements, manufacturing processes, and supplier quality
• Actively lead, exhibit and coach to the Daimler Great Leadership Behaviors
• Understand the DTNA Product Roadmap, PAR initiatives, and trends in the global supply base
• Derive action plans and options to meet business requirements with the current supply base, or identify new suppliers
• Identify, audit and onboard new suppliers; perform surveillance and diagnostic audits on incumbent suppliers
• Industrialize new materials and/or processes by collaborating with suppliers to implement the required capital improvements and developing their capability to scale-up these new technologies
• Collaborate with Design, Quality, and Manufacturing to determine the ideal performance specifications and supplier metrics
• Grow and maintain global relationships to leverage expertise and evaluate potentials for shared suppliers
• Demonstrate innovation, technical excellence, attention to detail, self-direction and integrity
• Drive for results and customer satisfaction by collaborating with teams, leading projects, and continuously driving improvement in the supply base
• Maintain and communicate responsible status information supporting project KPI visualization. Internally and externally.

Supply Base Development Engineer

• Identify, develop, evaluate, introduce, and manage engineering solutions for product control and control system technology needs
• Apply control theory and mathematical modeling to design and control systems with desired behaviors
• Includes operability, setting of boundaries, cycle optimization, control logic, control related software, sensors, hardware and software algorithms, and feedback to control the performance of devices, subsystems and systems
• Solving issues using established procedures
• Consults supervisor or senior team members for issues outside of defined instructions/parameters
• Develop strong customer relationships and serve as the interface between customer and GE

Wind Turbine Controls Engineer

• Perform performance assurance (PA) inspections, scheduled maintenance, and operation verification procedures (OVP) on complex medical imaging equipment
• Repair, install, and calibrate complex medical imaging equipment
• Ensure the accuracy and integrity of the equipment database to include the inventory, performance assurance (PA) schedules, nomenclature, and service history
• Build and maintain customer relationships
• Perform periodic inspections of current inventory status and maintain common failure parts inventory to ensure equipment uptime

Imaging Engineer II

• Lead, train, and support engineering team members to develop controls-related skills and expand team capabilities across the facility.
• Troubleshoot and maintain building automation systems including HVAC equipment such as heat pumps, DOAS units, air handlers, chillers, and boilers.
• Work with field instruments to measure and calibrate temperature, humidity, pressure, flow, and level parameters throughout the campus.
• Support and maintain established system standards and documentation for the building automation system to ensure consistency and compliance.
• Coordinate and plan work activities for controls projects and maintenance tasks to accomplish operational goals and objectives.
• Understand, maintain, and troubleshoot networks including Ethernet, BACnet, motor control systems, variable frequency drives, and electrical distribution systems.
• Collaborate with building leadership to optimize building efficiency, minimize downtime, and implement energy management strategies.
• Complete preventive maintenance assignments, work orders, commissioning activities, and system integrations for new facilities systems as assigned.

Controls Engineer

• Conduct assessments of buildings to evaluate the condition of the building systems, provide recommendations for immediate repairs, and use observations and industry standards to determine future building system replacements
• Conduct appropriate site reconnaissance, data compilation and organization, and project research (historical, regulatory, etc.)
• Technical report authoring and preparation of quality supporting documents (maps, appendices, etc.)
• Plan, schedule, and track project timelines and milestones to ensure project progress status is on schedule and effectively communicate project progress and any issues as they arise to the Project Manager and client
• Provide solid recommendations and solutions to the Project Manager and client, while understanding the assessment’s potential impact on the transaction process
• Coordinate and respond to requests for changes in project scope

Building Science Project Engineer – Property Condition Assessments

• Execute proactive monitoring of turbine operability using SCADA trends, events, alarms, wind/operating context, and fleet performance data.
• Develop and improve operability indicators, thresholds, and detection logic for assigned performance and availability risk modes.
• Perform deep diagnostic assessments for abnormal operating patterns, intermittent behavior, and system interactions that limit productivity or reliability.
• Distinguish actionable operability risk from expected operational variation and non-critical anomalies.
• Translate diagnostic findings into practical recommendations, including troubleshooting direction and performance improvement priorities.
• Partner with more senior members on the team to align diagnostic priorities, escalation decisions, and action recommendations.
• Support standardization of operability monitoring documentation, issue classification, and technical communication quality.
• Build technical depth in operability monitoring by applying feedback, sharing lessons learned, and supporting continuous improvement of team methods.

Operability Monitoring Engineer

• The Senior Advanced Process Engineer (Extrusion) is responsible for providing technical leadership and support to Cooper Standard manufacturing facilities in all aspects of extrusion processing and technology.
• Drives the standardization and continuous improvement of extrusion processes across product lines, focusing on production performance, process capability, quality, energy efficiency, and cost optimization.
• Works closely with Cooper Standard’s manufacturing facilities to reduce cost, improve quality and achieve advancements in both process and product technology.
• Leads the research and implementation of new or improved equipment/tooling/processes to satisfy changing production requirements.
• Assists in the validation of new processes as necessary.
• May be required to obtain/negotiate approval or revisions to customer product specifications.
• Initiates projects and tasks through creative insight, leveraging manufacturing and product knowledge.
• Confirms feasibility/capability of proposed product/process improvements using statistical methods.
• Assists in the transfer of product and process between manufacturing facilities.
• For assigned technologies, will act as communicative link between CS technical and manufacturing sites, including other global regions, for the purpose of process development, best practice exchange, standardization, etc.
• Keeps current on developments related to manufacturing and product technology through meetings with suppliers, customers, trade publications, etc.

Senior Advanced Process Engineer

Utility Project Engineer

• Synthesizes customer contractual needs and requirements into system test solutions that acknowledges technical, schedule and cost constraints
• Develops and directs preparation and execution of comprehensive test plans, procedures and schedules for completing systems
• Coordinates integrated testing activities
• Reviews and evaluates test requirements to insure completeness of test program
• Performs technical analysis of complete systems and prepares comprehensive system level evaluations

Systems Test Engineer 3

• Run technical discovery workshops with manufacturing customers independently — floor walks, process mapping, inspection point identification, constraint documentation
• Translate floor observations into structured ROI analyses and architecture recommendations for both technical and non-technical stakeholders
• Scope and own the integration project from kickoff through production go-live and long-term support handoff
• Write runbooks, train customer teams, define monitoring thresholds and retraining triggers as part of every handoff
• Design and implement integrations between Maneva's edge AI platform and customer IT/OT infrastructure — APIs, ERP systems (SAP, Oracle), cloud platforms (AWS, Azure, GCP), and data pipelines
• Architect solutions that bridge the OT/IT boundary: edge compute, industrial networking, cloud connectivity, and data flow from line to enterprise systems
• Build and deploy full-stack web applications as part of customer deployments — operational dashboards, monitoring interfaces, configuration tooling — using modern frameworks (React, Next.js, or equivalent); own front-end and back-end
• Own the full software stack at the customer site — inference pipeline, data ingestion, integration layer, web interface, monitoring
• Build customer-specific integration code in Python that is production-grade, documented, and maintainable without you in the room
• Deploy Maneva's computer vision models on edge hardware (NVIDIA Jetson, industrial PCs) at customer sites
• Participate in camera and lighting specification; work with the solutions team on optical integration decisions
• Commission and validate vision systems on the factory floor under real production conditions
• Monitor deployed systems, define drift thresholds, and manage retraining cycles
• Hold productive technical conversations with customer automation teams on PLC architecture, OPC-UA tag structures, and industrial network constraints — without needing an OT specialist in the room
• Bridge the IT/OT gap for the customer: help their automation team understand what Maneva needs from the OT layer, and help their IT team understand what the floor environment requires
• You do not need to write ladder logic. You do need to understand why the PLC scan cycle matters and what questions to ask

Forward Deployed Engineer – Enterprise

• Lead a team of engineers through the RF specification, design, execution, and certification of mobility products
• Work closely with outside partners, managing the design process and ensuring quality output
• Lead and resolve complex design challenges and issues through hands-on in-house lab testing and guidance of extended team members
• Properly assess design risk and seek to mitigate
• Partner with marketing to determine customer needs and requirements
• Present to leadership and external customers
• Identify opportunities and propose technical improvements by applying advanced RF engineering knowledge and principles
• Suggest enhancements to improve our designs and build quality into our products

Senior Advanced Wireless/Radio Frequency Engineer

• Develop conventional engineering and scientific solutions to technical tasks or project objectives.
• Learn SRMC and specific Department systems, methodologies, and requirements for accomplishing tasks.
• Assist more senior engineering personnel in performing related activities in more complex tasks.
• Accept delegated technical responsibility for a limited phase of a scientific or engineering program.
• Support engineers or scientists performing related phases of a program.
• Assist in studies, development, testing and analysis of designs, processes, or procedures related to a limited phase of a system or program.
• Plan and develop conventional engineering and scientific solutions for technical problems or project objectives using SRMC engineering methodologies and requirements.
• Collaborate with colleagues to provide innovative improvements to the existing processes.

Engineer – Multi-level

• Lead and support the delivery of substation protection and control design projects, ensuring technical excellence and on-time performance.
• Create and refine relay one-line diagrams that define protection zones and system topology.
• Develop detailed AC schematics that capture current, voltage, and protection device relationships.
• Produce DC control and protection schematics that ensure safe and reliable operation of substation equipment.
• Design control panels, wiring diagrams, and physical layouts that support efficient construction and long-term maintainability.
• Build accurate BOMs aligned with project criteria, equipment standards, and client requirements.
• Perform rigorous QC checks on wiring and schematic designs to ensure accuracy, safety, and constructability.
• Contribute from early scoping through final design, implementation, and energization support.
• Provide technical guidance during installation, testing, and commissioning activities.
• Apply National Electrical Safety Code requirements to ensure safe and compliant designs.
• Interpret and implement utility-specific standards across all design deliverables.
• Partner with design staff to produce complete, accurate drawing packages for every project.

Lead Substation Protection and Controls Engineer

• Responsible for onsite deployment, commissioning, validation, and go-live support of Ignition-based SCADA/MES solutions
• Deploy and commission Ignition Gateway and Perspective applications in production environments
• Validate end-to-end data flow and execute various testing methodologies
• Support production readiness, go-live activities, and document outcomes
• Collaborate with operations and maintenance to validate workflows and production tracking processes

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