Software Engineer

• Support automation initiatives, system modernization, upgrades, and technology integration
• Perform verification and validation activities for system modifications, new installations, and upgraded equipment
• Assist with system testing, configuration management, troubleshooting, and performance improvements
• Review technical requirements, engineering documentation, test procedures, and validation results
• Collaborate with multidisciplinary engineering teams to implement solutions meeting applicable technical, cybersecurity, safety, and regulatory requirements

Cyber Engineer – Nuclear & Industrial Engineering

• Review, process, issue, coordinate, and track permits for activities within the Anoka County highway system
• Inspect permitted work, document findings, and maintain accurate compliance records
• Conduct field reviews of traffic control plans and inspect construction and restoration work
• Process right-of-way user registrations and verify insurance and regulatory requirements
• Monitor contractor traffic control setups and require corrections when necessary
• Assist in reviewing plats and development plans adjacent to the county highway system
• Perform data collection, analysis, and reporting for traffic operations, safety assessments, signal timing optimization, and project development
• Conduct field reviews and compile documentation for traffic studies
• Use GIS, CAD, and traffic engineering software to develop maps, layouts, and technical exhibits
• Support additional traffic engineering functions as assigned
• Provide leadership, coaching, and/or mentoring to a subordinate group as assigned

Engineering Technician II – Traffic

• Support production and engineering teams across electronics assemblies, sealants, coatings, adhesives, chemical processing, and engineering substantiation/source approval
• Provide intermediate-level materials and process expertise to Production, Design, and Quality
• Develop test plans and perform hands-on evaluations of nonmetallic materials
• Support receiving inspection, process development, failure analysis, and engineering investigations
• Perform and interpret thermal analysis laboratory techniques including DMA, TGA, DSC, TMA, and TG-IR
• Lead failure analyses using SEM/EDS, FTIR, CT X-ray, microscopy, XRF, and mechanical testing
• Characterize adhesives including epoxies, polyurethanes, silicones, and acrylics
• Select materials and develop processes for potting, bonding, staking, underfilling, and conformal coating in electronic assemblies
• Draft and maintain material/process specifications and inspection procedures
• Identify alternate materials and replacements to mitigate materials obsolescence
• Validate materials and perform laboratory testing for production and receiving inspection
• Lead technicians and engineers to resolve process challenges
• Collaborate with suppliers to diagnose issues and provide robust guidance
• Report directly to the Senior Engineering Manager

Engineer II – Materials Engineering

• Design, develop, assess, and troubleshoot software applications in an Agile environment
• Collaborate with architects, customers, product partners, and engineers to solve complex engineering challenges
• Build high-volume applications processing millions of transactions daily, storing multiple terabytes of data, and serving hundreds of thousands of customers
• Estimate work, refine requirements, iterate on designs, deliver working software, communicate with partner teams, and support critical applications throughout the software development life cycle
• Lead or participate in design and code reviews
• Create and maintain automated tests and validate acceptance criteria
• Monitor production systems to identify defects, incidents, and improvement opportunities
• Apply shift-left quality practices to reduce rework, prevent recurring defects, and ensure secure, reliable, observable, maintainable, production-ready software
• Share application development, testing, troubleshooting, documentation, security, data privacy, and Agile best practices
• Use approved AI-assisted development tools across design, implementation, testing, debugging, analysis, and documentation
• Review AI-generated output and remain accountable for software correctness, security, performance, and maintainability
• Continuously improve AI-assisted workflows based on measurable delivery, quality, operations, and customer outcomes

• Manage the instrumentation and controls engineering program for the company’s gas generation segment
• Serve as company program engineering representative from proposal through construction completion
• Define engineering and gas business plans for the gas generation segment
• Establish relationships with business units, equipment suppliers, and balance-of-plant providers
• Understand client design criteria and evolving gas-generation market design trends
• Coordinate engineering activities and integrate client and company technical activities
• Develop and facilitate safety standards for the gas-generation engineering program
• Ensure projects comply with applicable industry standards for reciprocating engine and combustion turbine installations and fuel gas systems
• Perform root cause analysis for engineering and instrumentation and controls issues
• Develop and implement program-management policies, standards, procedures, and design guardrails
• Own design bases for power-block and balance-of-plant instrumentation and controls
• Integrate instrumentation and controls with electrical generator, equipment, protection, and power systems
• Evaluate technologies, resource needs, market demands, project feasibility, and value-engineering opportunities
• Maintain design-basis document libraries and support procurement and estimating teams
• Review scopes for completeness and identify gaps or overlaps among suppliers, vendors, and company responsibilities
• Support constructability reviews to reduce field labor and improve installation quality
• Support plant startup, first fire, synchronization, performance testing, and commissioning
• Act as escalation point for instrumentation and controls commissioning issues
• Review design, installation, and commissioning for power-generation block and balance-of-plant instrumentation and controls
• Own controller communication protocols, interface design, DCS integration, and data historian configuration

Manager II – Engineering – Instrumentation & Controls – Gas Power Generation

• Develop cutting-edge data platform capabilities
• Develop across the entire publishing stack, from content ingestion and storage through efficient delivery to downstream systems
• Collaborate with stakeholders, product leadership, and cross-functional teams to design, build, and scale enterprise-grade data systems
• Work with Product Management, Technology, and Labs teams to enable customer features and products
• Develop and implement solutions using Java, Python, Snowflake, AWS cloud infrastructure, and modern data engineering practices
• Develop large-scale, cloud-native data pipelines and publishing systems processing billions of records
• Evaluate emerging data engineering techniques, lead proofs of concept, and shape long-term data platform roadmaps
• Ensure data quality, observability, and operational excellence through testing frameworks, performance optimization, monitoring, and security/compliance governance
• Translate data capabilities into application features and market-ready content workflows