Engineer

• Leads projects and activities in the areas of process improvement, equipment selection, operating strategy, commissioning new equipment, and other activities related to successful and world class operation of the plant
• Leads the implementation of process improvement programs through cross-functional project management using a data-driven approach to problem solving and decision making
• Provides day-to-day technical support to Plant Operators and Maintenance Technicians, including development and execution of Standard Operating Procedures (SOP’s) and technical assistance to operations for problem solving, optimization and training
• Performs technical evaluations as needed to help ensure and confirm the success of new installations and modifications
• Assists in the selection, development, monitoring and continuous improvement of defined Key Performance Indicators (KPI’s) and presents this information visually and verbally
• Produces monthly production efficiency reports for i.e. energy cost/kg, downtime, etc.
• Supports Environmental Health and Safety Compliance, cGMP and Food Safety Compliance
• Collaborates with Lab personnel to improve testing consistency as it relates to process expectations
• Creates technical presentations including value-based analysis that justify process capital and system improvements
• Works across all Zinpro plants to align local efforts and create best practices for Zinpro Operations
• Manages audits of Operational data to identify issues with consistency and adherence to established process standards
• Assists with the implementation of ISO and other regulatory requirements
• Assists with production scheduling, operator shift schedules and the training of plant personnel as needed
• Other duties as assigned

Process Engineer

• Create, maintain, and deliver various forms of end-user training content
• Work closely with both technical and end-user teammates within the organization
• Collaborate with cross-functional IT teams and business stakeholders to support enterprise collaboration initiatives
• Design, implement, and manage Active Directory domains, user accounts, group policies
• Administer and optimize Microsoft 365 services including Exchange Online, SharePoint Online, Microsoft Teams, OneDrive for Business
• Provide advanced troubleshooting and root-cause analysis for complex identity and collaboration issues
• Maintain comprehensive technical documentation, standards, and operational procedures
• Provide guidance and mentorship to associate- and mid-level engineers.

Senior Unified Collaboration Engineer

• Partner with Sr. Forward Deployed Engineers to deliver solutions to the business while learning the critical aspects to operate independently as a FDE.
• Embed with a business function as their forward-deployed partner.
• Build genuine fluency in their workflows, edge cases, and judgment calls — the things no spec captures.
• Frame the problem before reaching for a solution.
• Identify highest-leverage opportunities, set measurable baselines, and align on success before writing code.
• Build the right solution end-to-end: full-stack apps, services, integrations, pipelines, automations.
• Add agentic AI components — multi-step workflows, tool use, retrieval, evals, guardrails — when the problem calls for it, and not when it doesn’t.
• Ship to production and stay engaged as a long-term partner.
• The function should grow more capable over time with you alongside them — durable impact, not a clean exit.
• You conduct and supervise agents by default.
• If you find yourself writing most of the code yourself, you are doing it wrong.
• Your leverage comes from orchestrating multiple agents in parallel, reviewing their output critically, and steering them toward production-quality results.
• Make learnings compound across the FDE group.
• Every engagement produces patterns, components, and lessons the next FDE inherits — we get sharper as a team with each problem we solve.
• Promote common needs into Corteva’s shared platform.
• When the same problem shows up across functions — auth, evals, agent orchestration, data access, observability — turn it into reusable infrastructure so the next FDE does not rebuild it.
• Help shape the FDE practice itself — recruiting bar, engagement playbooks, technical standards, and mentorship — and take on the most ambiguous, highest-stakes engagements as your scope grows.

Forward Deployed Engineer

• Partner with Sr. Forward Deployed Engineers to deliver solutions to the business while learning the critical aspects to operate independently as a FDE.
• Embed with a business function as their forward-deployed partner.
• Build genuine fluency in their workflows, edge cases, and judgment calls — the things no spec captures.
• Frame the problem before reaching for a solution.
• Identify highest-leverage opportunities, set measurable baselines, and align on success before writing code.
• Build the right solution end-to-end: full-stack apps, services, integrations, pipelines, automations.
• Ship to production and stay engaged as a long-term partner.
• Promote common needs into Corteva’s shared platform.
• Help shape the FDE practice itself — recruiting bar, engagement playbooks, technical standards, and mentorship.

Senior Forward Deployed Engineer

• Management of health risks within the site, including but not limited to chemical, biological, and physical hazards.
• Responsible for maintaining regulatory compliance in all areas of Industrial Hygiene.
• Management of the site annual IH monitoring program and site comprehensive exposure assessment process.
• Completion of annual exposure assessment plan and reporting to management of findings.
• Management of the site breathing air program.
• Develop recommendations for improvements based on exposure assessment and or monitoring results.
• Proficiently utilizes and manages the site Occupational Health Database, including, but not limited to, assigning Similar Exposure Groups (SEGs), performing health risk assessments, documenting monitoring, reporting, and medical surveillance assignments.
• Develop, implement, and maintain assigned site Health and Safety procedures and training programs.
• Develop and maintain site health and safety procedures and help functional groups translate requirements into practice.
• Maintain an up-to-date chemical inventory, manage the Safety Data Sheet (SDS) system, and review new chemicals.
• Develop and implement turnaround IH management plans. Provide support to health & safety needs during turnaround execution.
• Support field data collection during planned and unplanned events, which may require the use of respirators, SCBA, etc.
• Provide guidance and mentoring to other Health & Safety Department personnel.
• Collaborate with other company representatives to gather information on compliance strategies and alternative options, share this information internally, and apply it while developing compliance strategies at the site.
• Engage regularly with the site Health and Wellness Clinicians to address overlapping projects, implement improvements related to Industrial Hygiene, or investigate exposures.
• Interface with the Corporate Occupational Health team.
• Completion of annual Health and Safety program reviews as assigned.
• Successful follow-through on assigned action items from audits and incident investigations.
• Develop, maintain, and develop action plans for Industrial Hygiene key performance indicators.
• Recommends engineering, administrative, and PPE controls for various health risks.
• Authority to STOP unsafe work when necessary.
• Review and approve requested variances to procedures or practices.

Safety Engineer

• Provide hands-on technical engineering for solid waste facilities
• Utilize AutoCAD Civil 3D to produce plan sets for permitting and construction
• Prepare permit submittals to regulatory agencies
• Document construction quality on landfill projects (some travel required – up to 20%)
• Assist in preparing regulatory compliance plans and reports
• Prepare sampling plans and collect field sampling data (soil, groundwater, and air)
• Analyze and interpret data
• Prepare engineer cost estimates and complete cost benefit economic analysis

Environmental Engineer

• Lead the setup of new production line equipment used to test, repair, and upgrade Musco products
• Assist in the design, construction, and maintenance of test fixtures and test systems, including hardware, software, and mechanical components, as needed
• Troubleshoot product failures and perform root-cause analysis on Musco electronic products returned from customer facilities
• Collect repair data and maintain accurate repair records and databases
• Provide feedback to product development teams regarding design corrections, product enhancements, and recurring failure trends
• Assist in developing and documenting troubleshooting and repair protocols
• Perform repairs on returned devices in accordance with established quality and safety standards
• Provide technical guidance and mentoring to operations and repair technicians

Manufacturing Engineer, RMA

• perform hydraulic modeling and analysis to support natural gas distribution system design and operations
• size and select pressure regulation equipment for natural gas distribution systems
• resolve road conflict issues related to pipeline design and installation
• perform general pipeline design in accordance with applicable industry and regulatory standards
• support natural gas distribution operations with engineering expertise

Natural Gas Engineer

• Understand client business and technical requirements, developing technical designs based on best practices.
• Implement solutions, creating documentation, and communicating effectively with both internal teams and clients.
• Design, implement, administer, and support various aspects of the IBMi platform.
• Maintain and deploy IBMi operating system upgrades, cumulative PTF packages, group PTFs, and individual fixes.
• Design, administer, and troubleshoot IBMi backup and recovery solutions (BRMS) at an expert level.
• Support replication and high availability software such as MIMIX, iTERA, PowerHA, or similar solutions.
• Perform system tuning, performance analysis, and capacity planning for IBMi systems and logical partitions.
• Provide Tier 3 support for escalating customer, operations, and application issues.
• Participate in 24/7 on-call support rotation as required.

Senior Midrange IBM Engineer

• Build and maintain FPGA emulation environments using Siemens Veloce or similar platforms
• Port and optimize RTL and test environments from simulation into emulation
• Debug complex system-level issues that only appear at scale or in hardware-accelerated environments
• Improve emulation performance, compile times, and runtime efficiency
• Integrate UVM-based environments into emulation workflows (not building UVM from scratch, but making it work in emulation)
• Support validation of high-speed interfaces and system-level data flows
• Collaborate with RTL, verification, and systems teams to resolve design and integration issues
• Enable full-chip and subsystem validation that cannot be achieved in simulation alone
• Support DO-254 verification activities, including traceability and test evidence where needed
• Help define best practices for emulation workflows across programs

FPGA Emulation Engineer

• Follows safety rules and practices
• Strives to identify problems and solutions
• Maintains an awareness of customer needs
• Facilitates meetings and lead discussions with stakeholders
• Engages in other duties as needed

Engineer II – Grid Planning

• Support utility energy efficiency programs in Iowa, primarily focused on commercial and industrial energy audits and custom rebate projects
• Conduct onsite energy assessments, collecting field data
• Review and develop custom energy calculations, analyzing building and industrial system performance
• Prepare reports that help customers identify energy-saving opportunities
• Manage custom rebates with limited guidance

Energy Efficiency Engineer

• Perform geotechnical engineering design, project proposal and management duties with integrity and a drive to succeed
• Process design calculations, generate technical report documents, develop project scopes and schedules
• Occasionally travel to job sites for observation
• Ensure high client service by providing constructible designs, meeting deadlines, and creating clear communications with clients

Geotechnical Engineer

• Perform complex structural analysis and prepare design calculations.
• Manage bridge/structural tasks as part of project development, including plan and report production.
• Develop or assist in developing structural details and construction plans using a variety of industry-standard software packages.
• Assist and check design calculations performed by others.
• Prepare geometric/bridge layouts, construction specifications, and material quantity calculations.
• Develop, establish and maintain relationships with our employees, clients, and other industry-related organizations and stakeholders.
• Supervise and train other structural engineering staff with less experience.
• Successfully interface with staff from a range of other disciplines (traffic, civil, planning, geotechnical, etc.) to support a diverse range of projects.
• Prepare or check 3D bridge models, perform digital delivery or BIM type projects for Iowa DOT or other transportation clients.
• Feel a sense of pride in knowing that you are helping to address some of our nation’s most critical infrastructure challenges while building the future of our organization!

Bridge Engineer

• Supports program development through the application of reliability and maintainability techniques
• Participates in all phases of program life cycle, utilizing reliability and maintainability methodologies as they apply in our systems engineering processes in accordance with military standards such as MIL-HDBK-217, MIL-HDBK-338B, MIL-HDBK-470, MIL-STD-1629A
• Provides support to reliability and maintainability modeling and predictions analysis, testability analysis, maintainability and built-in-test demonstrations, environmental testing, FMEA/FMECA, and FRACAS
• Provides input to the development of Failure Modes Effects and Criticality Analysis (FMECA), Reliability & Maintainability analysis and predictions, Reliability Critical Items List, and Failure Reporting, Analysis, and Corrective Action System (FRACAS)
• Serve as a Reliability & Maintainability representative to engineering and business leadership

Senior Reliability and Maintainability Engineer – Product Safety

• Lead the design, analysis, prototyping, and testing of static mechanical components and systems
• Develop and implement global engineering standards for process equipment design, fabrication, and maintenance
• Support CAPEX project execution from concept through installation and commissioning
• Apply “Design for Reliability” principles to ensure robust and sustainable equipment performance
• Evaluate engineering calculations, specifications, and datasheets to deliver complete technical definitions for static equipment
• Conduct technical bid evaluations, supplier selection, and oversee vendor engagement, design reviews, and inspections
• Contribute to preventive maintenance programs, Best Operating Practices (BOP), and critical routines to optimize reliability

Principal Static Equipment Engineer

• Provide strategic and technical leadership to ensure the safest work environment, the highest-quality products, and the most efficient production processes
• Ensure compliance and perform all duties in accordance with all safety and environmental rules and regulations, including ISO14001 procedures
• Identify, plan, and implement process improvements including Lean/Kaizen events, savings opportunities (labor, materials, processes), and initiatives to improve productivity, yield, scrap, and downtime
• Analyze and optimize manufacturing methods and resources: research and recommend materials, tools, fixtures, and cell layouts to improve efficiency and throughput
• Collaborate cross-functionally with production, engineering, and continuous improvement teams to refine workflows, balance lines, and enhance operational performance
• Provide hands-on technical support: troubleshoot production issues, design tools/fixtures/aids, and validate enhancements
• Develop and maintain documentation: standard work instructions, manufacturing change requests, and project records for fixtures, tooling, and assemblies
• Apply Lean fundamentals and tools for line balancing, product family assignment, work content timing, cell layout, material flow efficiency, continuous flow optimization, and equipment utilization
• Perform special assignments or strategic projects as assigned
• Actively participate in providing a safe and harmonious working environment for all employees
• Assure compliance with federal, state, local and corporate governance policies, regulations and laws, AADG programs and policies and the ASSA ABLOY Code of Conduct

Manufacturing Engineer II

• Follows safety rules and practices to identify and correct unsafe conditions for self and team
• Strives to identify problems and solutions and makes safety suggestions to assist in maintaining a safe work environment
• Learns basic customer needs and expectations and strives to identify system problems and solutions within assigned work with guidance
• Learns to communicate and build relationships with employees, business unit stakeholders, and contractors
• Learns to discuss technical issues with others from non-technical backgrounds
• Applies regulatory and organizational engineering standards, processes, and procedures to solve problems limited in scope

Engineer I – Grid Planning

• Help develop strategy, governance, and operations for SNHU's Microsoft 365 and Power Platform environments, including Copilot Studio adoption, DLP policies, and architecture standards.
• Facilitate roadmap development, capacity planning, and project delivery for Modern Workplace Engineering projects.
• Be a liaison with partners, department leaders, and peer IT teams, ensuring understanding of projects with institutional priorities.
• Lead projects across Modern Workplace Engineering, including cross-functional support for Endpoint Operations (e.g., Application Management, MDM, VDI, and DaaS).
• Develop and deliver training, documentation, and communication to promote adoption of modern workplace technologies.
• Represent Modern Workplace Engineering in important forums, providing polished and professional communication that strengthens the credibility of ITS.
• Identify opportunities for process improvement, innovation, and user experience enhancement across the M365 ecosystem.

Modern Workplace Engineer, M365

• Assist in all site construction activity and installations, in coordination with QTS Development Team, external construction resources, to ensure system design, installation and testing adhere to operational standards.
• Conduct thorough commissioning activities, ensuring that all systems are installed, tested, and validated according to industry standards and client specifications.
• Monitor any issues during the commissioning process, working closely with the project team to resolve technical challenges.
• Utilize findings and provide feedback to program management team to drive continuous improvement.
• Create and/or review detailed commissioning documentation, including test procedures, reports, and as-built documentation, ensuring accuracy and completeness.
• Witness testing of all equipment during commissioning and validate sequence of operations and receipt of all operational documentation.
• Collaborate with cross-functional teams, including design engineers, project managers, contractors, commissioning agents, and facilities operations to ensure seamless integration of systems during the commissioning phase without impact to operational portions of the campus or building.
• Implement quality control measures to ensure the highest standards are met during the build and commissioning process, adhering to regulatory requirements and industry best practices.
• Mentor more junior Commissioning Engineers to develop the team.

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