Engineer

• Coordinate, plan, schedule, and execute JELD-WEN Engineering Design projects
• Accurately estimate job costs while working with upper-level engineers
• Prepare appropriation requests with appropriate documentation, including BOMs, approved drawing sets, and project folders
• Create drawings and 3D models suitable for CAM design
• Manage simple projects and participate in brainstorming sessions and design reviews
• Maintain project directories, drawings, cut sheets, and redlines
• Track project hours against estimated hours and provide feedback to the Engineering Manager
• Communicate workload and drafting/design issues with the Engineering Manager
• Interface with material suppliers as needed
• Analyze requirements and develop conceptual designs
• Provide marginal supervision of machine fabrication personnel
• Learn plant-level processes

Senior Manufacturing Engineer

• Act as a technical lead in the complete vehicle model building process combining multi-body dynamic models with finite element elastic bodies
• Focus on vehicle handling, electronic stability control, and braking simulations
• Support design engineers in meeting performance targets before physical validation
• Recommend feasible solutions by defining appropriate physics models and load cases
• Solve analyses and present results to guide design solutions with analysis-based recommendations
• Present results at technical and management levels of detail
• Work cross-functionally with vehicle/component design engineers, digital mock-up teams, vehicle test engineers, and other simulation teams
• Build entire vehicle models
• Provide load collectives to support component development
• Compare and correlate simulation and test results
• Act as a subject-matter expert in vehicle handling
• Participate in cross-functional work streams
• Mentor junior team members and help prioritize work
• Communicate project status, simulation data requirements, and escalated issues transparently and proactively

Computational Simulation Engineer III

• Lead project teams and manage the engineering discipline, completing projects on time and within budget
• Prepare narratives, calculations, drawings, and specifications
• Attend client meetings and lead coordination between external and internal project teams
• Apply engineering judgment, techniques, and procedures from project concept through construction
• Design and plan fire protection systems and layouts
• Assemble project teams and develop workplans, tasks, and assignments
• Coordinate interdisciplinary project activities
• Apply building codes and NFPA fire protection standards
• Oversee engineering calculations and equipment selection
• Perform site visits and issue reports
• Train, guide, and mentor staff
• Update master specifications and standards and improve company processes
• Develop client relationships
• Determine fire protection and plumbing system requirements for various building types
• Oversee application of the project quality management plan

Lead Fire Protection Engineer

• Support new products and industrialization projects by developing engineered labor standards for complex manufacturing processes
• Work with project teams implementing new projects and provide labor estimates from design concepts through production startup
• Review new design concepts and recommend changes to optimize installation labor and ergonomics
• Use LEAN methods to plan new processes and work cells and optimize existing operations
• Maintain and update labor standards
• Perform time and motion studies on complex tasks using standard Industrial Engineering methods
• Assist in developing strategies, standards, guidelines, and procedures for labor standards
• Provide engineering and economic analysis for facilities, workflows, methods, and processes
• Participate in capacity planning, new equipment cost justification, and make-buy studies
• Develop and maintain manufacturing and warehouse layouts for product introductions, capacity expansion, and continuous improvement
• Apply industrial engineering techniques to product and process design throughout the product life cycle

Manufacturing Industrial Optimization Engineer I

• Manage Engineering projects
• Create detailed project timing plans and work with Engineering and other departments to ensure tasks are completed on time and within budget
• Coordinate and facilitate status reviews, design reviews, mockup reviews, and visual management meetings
• Publish meeting minutes and track action items
• Identify risks and escalate to management when appropriate
• Prepare project status reports and present CVDS gate updates to project committees
• Assess feasibility, budget, and timing for future product development projects
• Recommend scope changes to maximize return on investment
• Recommend and assist with implementing continuous improvement initiatives
• Use and support the DTNA Visual Management process for running projects

Project Engineer II

• Work with project teams implementing new projects
• Provide labor estimates throughout project phases from design concepts through production startup
• Review new design concepts and generate engineered labor standards
• Recommend design changes to optimize install labor and ergonomics
• Use LEAN methods to plan new processes and work cells
• Optimize existing operations to eliminate waste and increase efficiencies
• Maintain and update existing labor standards
• Perform time and motion studies on complex tasks using standard Industrial Engineering methods
• Assist in developing strategies, standards, guidelines, and procedures for documenting and establishing labor standards
• Provide engineering and economic analysis support for facilities, workflows, methods, and processes
• Participate in capacity planning, new equipment cost justification, and make-buy studies
• Develop and maintain manufacturing and warehouse layouts
• Apply industrial engineering techniques to product and process design throughout the product life cycle

• Design, communicate, and implement operational plans for engineering-based projects
• Prepare designs, project controls, specifications, schedules, cost estimates, production, transportation, installation, testing, and/or commissioning for new infrastructure, facilities, and equipment
• Monitor progress and performance against project plans
• Resolve operational problems and minimize delays
• Identify, develop, and gather resources needed to complete projects
• Prepare engineering standards, designs, and work specifications
• Develop project schedules, budgets, and forecasts
• Select materials, equipment, project staff, and external contractors
• Lead projects or processes as required

• Lead regional feature development for Active Lane Assist and Lane Departure Warning
• Serve as the local responsible engineer for system interfaces with the steering wheel and steering systems, including automated steering and steer by brake
• Work cross-functionally with the global development team and local DTNA teams to create regional requirements and support development and validation
• Manage high-profile global ADAS features for the North American market
• Lead local interface and integration of active safety features with steering systems
• Interface with product strategy, embedded software developers, product validation, and aftermarket field service stakeholders
• Gather and specify software requirements for DTNA
• Act as local feature owner, accountable for development progress and issue management
• Serve as local feature expert
• Manage vehicle configuration for all North American vehicle platforms
• Support validation activities and analyze field-test, functional-test, reliability-growth, and customer-test data to generate ADAS performance metrics and resolve defects
• Model and analyze ADAS system performance across varied vehicle platforms using internal and external resources
• Communicate with involved personnel to identify problems and create solutions
• Participate in regulatory and compliance activities relating to driver assistance and safety systems
• Apply appropriate standards, processes, procedures, and tools throughout the development lifecycle
• Ensure compliance with environmental, motor vehicle, and other regulations
• Monitor state-of-the-art developments in the commercial vehicle industry and apply knowledge to new designs
• Mentor and develop junior engineers

Software Requirements Engineer III

• Manage high-profile global ADAS features for the North American market, including Adaptive Cruise Control, Tailgate Warning, Active Speed Intervention, and Connected Traffic Warning
• Interface end-to-end with product strategy, embedded software development, product validation, and aftermarket field service stakeholders
• Gather and specify software requirements for DTNA
• Act as local feature owner, accountable for development progress and issue management
• Act as local feature expert
• Manage vehicle configuration for all North American vehicle platforms
• Support validation activities and analyze field, functional, reliability-growth, and customer-test data
• Generate ADAS performance metrics and resolve defects
• Model and analyze ADAS system performance across varied vehicle platforms using internal and external resources
• Communicate proactively to identify problems and create solutions
• Participate in regulatory and compliance activities for driver assistance and safety systems
• Apply appropriate standards, processes, procedures, and tools throughout the development lifecycle
• Ensure compliance with environmental, motor vehicle, and other regulations
• Monitor state-of-the-art commercial vehicle developments and apply knowledge to new designs

Software Requirements Engineer II

• Drive product development from concept to commercialization
• Conduct research, planning, concept creation, specification development, testing, validation, and communication with teams, management, and customers
• Mentor and/or supervise engineers and designers across multiple projects
• Collaborate with department leaders to shape corporate and technical strategy
• Build and manage relationships with external design resources, KOLs, and surgeons
• Define and oversee engineering scope and deliverables for complex projects
• Develop and approve advanced testing protocols, methods, and Engineering Change Requests (ECRs)
• Act as internal reviewer/approver for Clinical Data Reports (CDRs)
• Guide business development and R&D with technical expertise and market insight
• Participate in technical review boards and influence product direction
• Partner with manufacturing on new technologies and processes
• Ensure product designs and documentation meet FDA/ISO design control standards, including risk management, verification/validation, and proper use of CAD/PLM and ERP systems such as GD&T, ECO/ECR, and SAP
• Organize and support cadaver labs with surgeons and design teams

Engineer jobs in Oregon

Senior Manufacturing Engineer

Computational Simulation Engineer III

Lead Fire Protection Engineer

Manufacturing Industrial Optimization Engineer I

Project Engineer II

Manufacturing Industrial Optimization Engineer I

Project Engineer II

Software Requirements Engineer III

Software Requirements Engineer II

Staff Product Development Engineer – Hand & Upper Extremity