Engineer

• Support drainage engineering design for transportation infrastructure projects, including roadway, rail, bridge, and highway improvements.
• Prepare stormwater management design, drainage design, culvert calculations, hydraulic structure design, Best Management Practices (BMPs), Low Impact Development (LID) features, and erosion and sediment control plans under the guidance of senior engineers.
• Perform hydrology and hydraulic analyses to support design decisions, permitting, and regulatory compliance.
• Assist with stormwater permitting, erosion and sediment control approvals, and environmental regulatory coordination.
• Prepare technical reports, drainage reports, stormwater documentation, design documentation, specifications, and engineer’s cost estimates with attention to accuracy, organization, and quality.
• Coordinate with roadway, structural, rail, and environmental teams to support integrated project delivery.
• Participate in internal design reviews and incorporate feedback from senior technical staff.
• Support quality reviews and QA/QC efforts by checking calculations, reports, plans, and permit documentation for completeness and consistency.
• Attend project meetings with clients, subconsultants, and regulatory agencies as part of the project team.

Drainage Engineer

• Collaborate and work within a multi-disciplinary team to perform and lead technical work supporting energy efficiency programs.
• Author measure packages, including program-specific cost-effectiveness calculators, and document assumptions, data sources, and citations.
• Develop preliminary and final cost-effectiveness analyses using utility cost test and total resource cost test methodologies.
• Lead development of calculation tools and workpapers for new measures and approaches for delivery to clients and evaluators.
• Update measures for changes in baseline performance, measure costs, savings, mandatory standards, and energy code revisions.
• Become a recognized subject matter expert in at least one engineering technology relevant to the midstream program (e.g., commercial lighting, HVAC & controls, refrigeration, compressed air, agriculture).
• Provide QA/QC of engineering work products and review colleagues’ technical work, communicating feedback in a timely manner.
• Review filings, utility commission documents, and evaluator documents for technical accuracy and sound engineering practices; communicate findings and recommendations to engineering and program partners.
• Support program and market intelligence analytics, including forecasting cost-effectiveness ratios and maintaining planning assumptions in program tools.
• Coordinate with evaluation staff on research projects, pilots, and evaluation plans related to midstream measures.
• Prioritize safety in all actions and tasks.

Energy Engineer III

• Analyze the effect of different compilers and compiler optimizations on HPC application performance
• Evaluate whether and how the compiler and runtime can improve the performance of key HPC applications on CPU and CPU/GPU platforms
• Communicate limits of compiler capabilities with application engineering
• Port HPC applications to different platforms and programming models
• Evaluate the impact of NVHPC package components, device driver, and system configuration on application performance

HPC Performance Engineer

• Develop resolutions to complex engineering problems
• Provide system engineering input in reactor servicing tool development
• Prepare and review engineering reports and design documents
• Collaborate with design and operations teams to ensure project goals are met
• Maintain engineering standards and criteria
• Support procurement related to equipment design and testing

Refueling, Remote Handling Engineer 2

• Create new designs in targeted customers, through key product positioning and supplier strategy implementation
• Convert these designs to generate increased sales at good profitability due to supplier design registration program protection
• Develop technical product, application and supplier strategies working closely with Regional Sales teams to define specific target customers
• Work closely with Outside Sales teams and the strategic suppliers, jointly visiting customers to execute the design-in of focus products into end customer applications
• Drive customer visit activity to engineering alone as required
• Evaluate new potential customers and support customer design locations that may ultimately procure products from TTI in other locations
• Ensure the allocated Outside Salesperson is informed of design strategy and project updates
• Monitor the activities to the defined plans using the Customer Account Manager tool (CAM) and Opportunity Management System (OMS) reports
• Meet regularly with the local Branch Product Managers and General Managers/Outside Sales Managers to review the progress of the branch to OMS targets
• Proactively review all OMS activity in their area of responsibility for new projects that could have opportunities for their products to be designed-in
• Maintain project information in CAM and update key activity and next actions required to convert associated projects
• Update the sales teams on new products and relevant total solution applications together with other TDE’s and in conjunction with strategic suppliers where required
• Conduct regular product trainings with suppliers locally one-on-one and/or at suitable distribution events
• Employ commercial/business acumen to prioritize key projects and ensure working with correct customers to maximize project design conversion leading to increased sales revenue
• Identify potential design opportunities / leads for key NPI products and evaluate new potential customers to develop alone and then in conjunction with outside sales team.

Technology Development Engineer

• support the ePowertrain Development Group as the High Voltage Charging Engineer – ECU owner, EVCC
• support the control strategy, requirements and implementation of global features/functions for the HV charging system
• ensure cohesive software and network communication is achieved with the charging systems controller, the EVCC
• investigate future evolution of control strategies that would lead to optimal charging control and performance
• conduct and participate in functional safety reviews, DFMEA and support the definition of charging system test & sign off

eMobility Engineer – HV Charging, ECU Owner, EVCC

• Develop and provide manufacturing expertise and support in component assembly, vehicle assembly, vehicle operations, and various manufacturing processes.
• Develop and provide engineering expertise in integrating workforce, equipment, systems, processes, methods, materials and facilities into a cohesive, cost-efficient and productive system.
• Participate in System Development Teams (SDT) on New Product Development Projects representing Manufacturing Engineering and Truck Manufacturing Plants.
• Through concurrent engineering and Production oriented design (POD), identify and resolve production-related problems ahead of implementations into the plants.
• Provide on-site tryout and pre-series coverage for New Product Introduction (NPI) vehicle builds and provide feedback, root cause analysis, and problem resolution support.
• Develop, procure, and install equipment/fixtures/tools at five DTNA Truck Manufacturing Plants.
• Identify, analyze and recommend opportunities to reduce cost and increase efficiencies of manufacturing operations.
• Evaluate current assembly processes and assess capital investment plans for future production requirements.

Manufacturing Assembly Process Engineer II

• 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

• You'll work individually and in teams to support capital projects and implement solutions for our clients.
• Together, you will help our clients make critical changes to improve their performance and realize their most important goals.
• Develop and design control systems for our clients in the food and beverage, consumer health, life science, or advanced technology sectors.
• Provide engineering solutions for control systems and PLC/SCADA interface systems that meet and exceed our clients’ requirements for safety and optimization.
• Lead design and estimation for the preliminary and detailed phases of projects.
• Conduct system and facility engineering job walk assessments.
• Develop and design engineering solutions for equipment optimization.
• Design systems that will monitor pressure, temperature, humidity, and flow in a manufacturing environment.
• Conduct root cause failure analyses.
• Document process requirements for instrumentation equipment.
• Interface effectively with engineering design team members and client representatives.
• Make an impact day-to-day with your skills and expertise, strengthening that relationship with our clients and team.

Instrumentation & Controls Engineer

• You'll work individually and in teams to support capital projects and implement solutions for our clients.
• Develop automation solutions and participate in various phases of automation projects including creating design specifications, software configuration and testing, and the commissioning and start-up of a variety of high speed and other automated manufacturing processes.
• Design automation control systems and create project documentation and drawings to meet client requirements.
• Diagnose automation problems.
• Interface with teams, clients and vendors.
• Configure software and hardware packages according to client design specifications.
• Program PLCs (Allen-Bradley, Rockwell, Siemens) and HMI/SCADAs (FactoryTalk, Cimplicity, Wonderware, Ignition).
• Communicate plan progress to project stakeholders.
• Manage engineering projects.
• Manage project deliverables to agreed schedule and scope.
• Manage site construction and installation.
• Manage site start-up support of integrated control systems.
• Validate and commission facility systems following established execution protocols, and ensure the successful turnover of the system to the customer.

Controls Engineer

• Oversees the maintenance and repair of audio and video systems across the Network Center and OPB’s Northwest region, while driving efforts to modernize and improve system resilience in alignment with OPB’s strategic goals.
• Serves as the designated Chief Operator for the Northwest regional sites, ensuring full compliance with FCC regulations.
• 70% - Oversee the maintenance and repair of existing installations and equipment in the Network Center and NW Region while rebuilding them to be more resilient, using technology to further OPB’s strategic goals and objectives. Research, recommend, plan, design and implement technical and equipment changes, as appropriate, to further enable OPB’s content creation and distribution.
• Oversee the procurement of equipment.
• Develop and implement appropriate routine and preventative maintenance programs and emergency response plans.
• When needed, perform preventative maintenance and emergency service in the Network Center and NW region.
• Maintain a good working knowledge of RF (high and low power systems for radio and TV), distribution networks, and Net Center systems and operation.
• 30% - Management Supervise, schedule and review NW region operational and maintenance staff, including day-to-day activities
• Set goals, timelines, milestones and follow progress of each project.
• Develop and manage operational and technical budgets. Assist the Director in meeting organizational and departmental goals.
• Gather data to be used in reports and as indicators for future planning.
• Build relationships with peers at other broadcast organizations and make contacts regarding service coordination, site leases, etc.
• Function as a resource and liaison between Technology and other departments (Content, Development, Marketing, etc ). Working with the Member Center, respond to viewers/listeners, cable companies, etc. regarding reception problems.

Chief Engineer

• Ensure that all electrical, mechanical, and fire/life safety equipment within the data center is operating at peak efficiency.
• Conduct planned preventative maintenance of equipment, daily corrective work, and emergency response to emergent issues.
• Interact with team leads, clients, and vendors.
• Provide rapid response, investigation, and management of indoor emergency situations and air quality complaints.
• Monitor performance of service contractors and recommend changes as necessary.
• Conduct activities inside IT and telecommunications rooms or cabinets such as the installation of IT and network hardware.

Critical Facility Engineer II

• Operate, monitor, maintain, and respond to abnormal conditions in facilities systems.
• Complete planned and ad-hoc preventive maintenance work assignments requiring the skill and direction of several engineering, mechanical, and maintenance trades.
• Conduct periodic inspections of building systems, i.e., HVAC, electrical distribution, maintain mechanical equipment rooms to ensure clean and safe conditions.
• Rapid response, investigation, and management of indoor emergency situations and air quality complaints.
• Have a complete working knowledge of creating, closing, and tracking "work requests" (WR). Initiate or respond to work orders, follow-up and verify completion of work.
• Monitor performance/note deficiencies of service contractors and recommend changes as necessary.
• Perform other related duties and responsibilities as assigned by management.
• Supports the delivery of data center services including colocation, telecommunications services, and deployment of additional services to customers and internal business systems.
• Acts as an operational contact for data center customers, vendors, and carriers as it relates to colocation, connectivity, and network products and services.
• Carries out tasks under the direction of the Network/Engineering Infrastructure Manager and IT Manager necessary to support internal networks, IT infrastructure, computers, electronics, and telephone systems.
• Conducts activities inside IT and telecommunications rooms or cabinets such as the installation of IT and network hardware, making or running patch cables, and verifying or testing cable paths.
• Coordinates and oversees access to and work within the facility with third-party contractors, vendors, and carriers related to structured cabling installation, circuit delivery and equipment installations in IT and telecommunications rooms and customer space.
• Supports offsite points-of-presence at remote locations and aids in operations, administration, and maintenance of infrastructure, network equipment, and tasks related to the delivery and support of network services.

Critical Facility Engineer I

• Chassis Manufacturing Engineering combines a diverse engineering background, including mechanical and manufacturing engineering, with hands-on vehicle product knowledge and applied project management.
• As a manufacturing engineer, you will bring your experience and enthusiasm to the team, take a lead role in developing and establishing effective processes and technologies, and help to grow knowledge within the Pre-Paint and Mid Chassis ME team and the department.
• Innovate, create, and develop vehicle assembly processes.
• Design, develop and deliver manufacturing processes that offer unmatched quality and features to our customers.
• Lead both cross functional ME teams as well as lead the Mid-Chassis and Engine Assembly ME team in day to day Product Project and Non Product Project deliverables.
• Develop the strategy to update current brown field facilities with Reference factory principals while being focused on: facilities modernization, connected systems, Factory 2033 systems, industry 4.0 principals and MCS.
• Lead team of engineers in following through the design review and procurement process including budget preparation, justification, acquisition, facilities preparations, tryout, equipment installation, labor standards and training coordination for assigned projects.
• Through concurrent engineering, identify production-related problems ahead of implementation into the plants.
• Apply advanced manufacturing technology in machine control systems and automation into DTNA manufacturing processes.
• Provide advanced engineering expertise and guidance on the specification, acquisition, and installation of equipment and truck components to ensure compliance with all government and safety regulations.
• Troubleshoot manufacturing problems at DTNA plants as they occur.
• Evaluate current assembly processes and assess capital investment plans for future production requirement.

Manufacturing Assembly Process Engineer – IV

• The Field Maintenance Engineer is a member of the Bend-based engineering team.
• Travel to transmitter sites in 4WD trucks or tracked snow vehicles, occasionally requiring hiking or snowshoeing.
• Independently perform routine or emergency maintenance on equipment at transmitter sites, including TV, FM, and microwave air chains and controls, generators, building mechanical systems, and computer networks.
• Erect, paint, reinforce, rebuild, or demolish site structures as necessary.
• Perform basic vehicle maintenance as necessary.
• Document installations, upgrades, and operational parameters.
• Update databases with plans, drawings, and diagrams of changes.
• Partner with staff in planning and designing new systems.
• Create and revise simple documents for managing equipment, tools, programs, libraries, and supplies.
• Represent OPB in routine interactions with viewers and listeners, vendors and contractors, fellow broadcasters and engineers, cable operators, utility companies, government agencies, emergency services personnel, and the people of the Pacific Northwest.
• Participate in on-the-job training directed by Chief Engineers in signal flow, transmitter function, the use of test equipment, and repair and maintenance of broadcast facilities.
• Create training presentations contributing to staff learning activities.

Maintenance Engineer

• Develop an understanding of plumbing system design, modeling and documentation
• Develop proficiency using Revit and AutoCAD as design/drafting tools
• Grow in the ability to read plans
• Provide task-based support for engineering distribution, HVAC, plumbing, fire protection and energy modeling
• Develop an understanding of specifications, building codes and plumbing industry standards
• Complete assigned work with instruction from project team members
• Assist with construction administration
• Perform plumbing design calculations and performance simulations
• Design layout of plumbing systems
• Perform other duties as assigned

Entry Level Plumbing Engineer

• Review Process Flow Diagrams (PFDs), Piping & Instrumentation Diagrams (P&IDs), electrical drawings, and operations manuals to ensure alignment with control system requirements.
• Design and develop instrumentation and control (I&C) specifications, control narratives, and cause-and-effect matrices to support safe, reliable, and efficient system operation.
• Specify measurement and analysis instrumentation and control components for automated industrial process control and plant safety.
• Perform PLC programming.
• Prepare and review UL panel drawings for fabrication.
• Participate in project HAZOP studies.
• Support the review and response to contractor RFIs.
• Support Field Service work with through remote and on-site troubleshooting and optimization.
• Plan and participate in on-site startup and commissioning activities.
• Interact with other engineering disciplines and departments throughout the company.
• Seek ways to improve and promote quality, demonstrating accuracy and thoroughness in all work.
• Other duties as assigned.

• Develop ESD/LU rule decks aligned with the ESD Design Rule Manual and reliability requirements
• Create and maintain reliability ESD and LU design rule methodologies and specifications
• Collaborate with internal design, reliability, and CAD teams to define and implement new tool features
• Build and execute test cases for rule debugging, validation, and signoff
• Define QA requirements and drive related automation to improve robustness and efficiency of rule checks
• Lead innovation initiatives to enhance existing ESD/LU verification automation, tools, and methodologies
• Identify and analyze ESD/LU design problems, define root causes, and drive solutions across teams

Senior EDA Tools Engineer – ESD

• Lead the development and commissioning of SCADA monitoring and control systems for utility-scale renewable energy projects, including Solar PV and Battery Energy Storage Systems (BESS).
• Define and implement SCADA design standards and best practices aligned with company objectives.
• Own end-to-end PPC implementation on assigned projects, including programming, hardware/software integration, factory acceptance testing, and site acceptance testing to meet ISO, utility, and customer requirements.
• Generate and maintain project documentation including; SAT reports, plant control narratives, device points list, and training material while adhering to defined company standards.
• Provide expert level technical support for diverse SCADA equipment configurations.
• Serve as a primary technical escalation point for complex PPC and SCADA issues.
• Mentor junior and mid-level engineers through technical review, knowledge sharing, and standards reinforcement.
• Drive standardization and process improvements to reduce commissioning effort and improve system consistency across projects.
• Coordinate with customers and field technicians for on-site commissioning and installation support.
• Collaborate with cross functional teams where necessary to support the SCADA system integration.
• Provide regular project status updates and risk assessments, proactively identifying and mitigating technical and schedule risks to ensure successful project delivery.
• Promote a collaborative, team-first culture by approaching challenges with a solution-oriented mindset that emphasizes enablement over barriers.
• Operate effectively in ambiguous problem spaces to define technical direction and guide solution development.
• Promote and adhere to a culture of NERC compliance and governance with respect to programming and commissioning standards, documentation, reporting, knowledge transfer and training.
• Support operations and asset management teams during project handoff, ensuring seamless transition, operational readiness, and long-term system reliability.
• Drive continuous improvement initiatives, identifying opportunities to enhance system performance, reduce commissioning time, and standardize solutions across projects.

Senior SCADA Engineer, EPC

• Join Intel as a Yield Development Engineer and play a pivotal role in advancing semiconductor process technology.
• Drive yield improvements across next-generation technology nodes.
• Work with cross-functional teams to tackle complex engineering challenges and develop innovative solutions.
• Identify and resolve yield-limiting factors throughout technology node lifecycles.
• Conduct advanced statistical analysis and create data visualizations.
• Partner with design, test, and process development teams to debug yield issues.
• Lead new product introductions and design-technology co-optimization initiatives.
• Ensure manufacturability through comprehensive process analysis.

Engineer jobs in Oregon

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Drainage Engineer

Energy Engineer III

HPC Performance Engineer

Refueling, Remote Handling Engineer 2

Technology Development Engineer

eMobility Engineer – HV Charging, ECU Owner, EVCC

Manufacturing Assembly Process Engineer II

Forward Deployed Engineer III

Instrumentation & Controls Engineer

Controls Engineer

Chief Engineer

Critical Facility Engineer II

Critical Facility Engineer I

Manufacturing Assembly Process Engineer – IV

Maintenance Engineer

Entry Level Plumbing Engineer

Controls Engineer

Senior EDA Tools Engineer – ESD

Senior SCADA Engineer, EPC

Yield Development Engineer