Controls Engineer Visa Sponsorship Jobs in Oregon
Oregon's controls engineer job market is anchored by semiconductor manufacturing, clean energy, and food processing industries, with major employers like Intel, Nike, and Daimler Truck operating across the Portland metro, Hillsboro, and Salem corridors. International engineers with automation, PLC programming, and process control expertise will find consistent demand for visa-sponsored roles across these sectors.
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Get Access To All JobsHP PageWide Web Press Controls Systems Engineer
Description -
The Industrial Controls Engineer is responsible for designing, developing, commissioning, and supporting industrial machine control systems that operate high‑speed production equipment, with a direct impact on system uptime, product quality, and production throughput. This role focuses on delivering modular, scalable, and standardized control architectures that enable reliable operation, faster commissioning, and efficient long‑term support across machine platforms.
The position emphasizes configuration‑driven control solutions and reusable software components over monolithic, custom PLC implementations. Working closely with mechanical, electrical, manufacturing, and operations teams, the Industrial Controls Engineer ensures that control system design supports stable continuous operation, precise process control, and rapid fault recovery in complex industrial environments.
The role operates within an Agile SCRUM development model, contributing to sprint planning, backlog refinement, and delivery commitments to ensure predictable, incremental delivery of control system capabilities aligned with program milestones.
Key Responsibilities
- PLC & Control Software Development
- Design, develop, and maintain PLC‑based control systems for industrial machinery
- Implement modular, reusable, and configurable control architectures to support scalability across platforms
- Develop sequencing logic, state machines, and process control aligned with equipment performance requirements
- Promote software standardization and best practices across product lines
- HMI & Operator Interface Development
- Develop and maintain operator interfaces for machine control and monitoring
- Implement alarm visualization, user roles, diagnostics, and recipe management
- Ensure HMI designs support usability, maintainability, and consistent operator workflows
- Motion, Drives & Industrial Networking
- Configure and commission motion systems, drives, and industrial I/O
- Integrate industrial communication protocols for machine‑to‑machine and higher‑level system connectivity
- Tune and validate system performance to meet throughput and quality targets
Machine Safety & Functional Safety
- Design, implement, and validate machine safety solutions in compliance with applicable safety standards
- Collaborate with electrical and mechanical teams to ensure safety architecture supports both compliance and machine performance
- Support safety commissioning, validation, and documentation activities
- Commissioning & Debug
- Commission machines in factory and customer environments
- Diagnose and resolve control system, motion, and HMI issues
- Support Factory Acceptance Tests (FAT) and Site Acceptance Tests (SAT)
- Optimize system behavior using diagnostics, logging, and performance data
- Electrical & System Integration
- Collaborate with electrical engineering on control system design and compliance
- Interface with machine safety systems
- Coordinate with mechanical engineering, manufacturing, and service teams to ensure system readiness
Education & Experience Recommended
- Bachelor’s degree (or higher) in Electrical Engineering, Controls Engineering, Computer Engineering, Software Engineering, or a related discipline (or equivalent combination of education and experience)
- Typically 4–7 years of experience in industrial automation, machine controls, or PLC software development (3–5 years with an advanced degree)
- Experience in OEM machine builder or high‑speed industrial equipment environments preferred
Knowledge & Skills
- Core Skills
- PLC‑based control system development
- IEC 61131‑3 programming (Structured Text preferred)
- Motion control and servo systems
- Industrial communication protocols, including:
- Real‑time Ethernet–based networks
- PROFIBUS / PROFINET
- POWERLINK
- Ethernet/IP
- OPC UA for higher‑level system integration
- HMI development for industrial equipment
- Commissioning, diagnostics, and troubleshooting
- Modular software design and system standardization
- Preferred Qualifications
- Experience with B&R Automation Studio for industrial control system development
- Hands‑on experience implementing B&R mapp Technology in a production environment, including:
- mapp Motion for single‑axis, multi‑axis, and coordinated motion control, including motion sequencing and performance tuning
- mapp Safety for integration of safety logic, safety PLCs, and safe motion functions
- mapp View (HTML5 HMI) for developing standardized, maintainable operator interfaces using reusable widgets and services
- mapp Alarm / AlarmX for alarm handling, prioritization, diagnostics, and operator guidance
- mapp Recipe for configuration‑driven machine setup and repeatable process execution
- mapp OEE and Data Recorder for performance monitoring, diagnostics, logging, and analysis to support uptime, quality, and throughput improvements
- Experience designing configuration‑driven architectures that minimize custom PLC code and support reuse across machine platforms
- Completion of B&R Automation Academy training (Automation Studio, mapp Technology, Motion, HMI, or Safety) preferred
- Experience supporting high‑speed web‑handling or continuous‑process equipment, such as HP Industrial PageWide Web Presses or similar platforms
Cross‑Organization Skills
- Effective communication across technical and non‑technical stakeholders
- Results orientation and strong ownership mindset
- Learning agility and adaptability
- Digital fluency and systems thinking
- Customer‑centric approach to solution development
Impact & Scope
- Directly influences equipment uptime, print quality, and production throughput
- Drives control system standardization across platforms
- Reduces operational risk and lifecycle cost through reusable architectures
- Supports long‑term platform scalability and reliability
Complexity
- Works on complex, real‑time, multi‑domain control systems
- Balances software, motion, safety, and hardware constraints
- Requires judgment in selecting configuration‑based solutions versus custom extensions
- Solves non‑routine problems encountered during commissioning and field operation
The pay range for this role is $105,050 to $161,800 USD annually with additional opportunities for pay in the form of bonus and/or equity (applies to United States of America candidates only). Pay varies by work location, job‑related knowledge, skills, and experience.
Benefits:
HP offers a comprehensive benefits package for this position, including:
- Health insurance
- Dental insurance
- Vision insurance
- Long term/short term disability insurance
- Employee assistance program
- Flexible spending account
- Life insurance
- Generous time off policies, including:
- 4‑12 weeks fully paid parental leave based on tenure
- 11 paid holidays
- Additional flexible paid vacation and sick leave
The compensation and benefits information is accurate as of the date of this posting. The Company reserves the right to modify this information at any time, with or without notice, subject to applicable law.
Job -
Software
Schedule -
Full time
Shift -
No shift premium (United States of America)
Travel -
Relocation -
Equal Opportunity Employer (EEO) -
HP, Inc. provides equal employment opportunity to all employees and prospective employees, without regard to race, color, religion, sex, national origin, ancestry, citizenship, sexual orientation, age, disability, or status as a protected veteran, marital status, familial status, physical or mental disability, medical condition, pregnancy, genetic predisposition or carrier status, uniformed service status, political affiliation or any other characteristic protected by applicable national, federal, state, and local law(s).
Please be assured that you will not be subject to any adverse treatment if you choose to disclose the information requested. This information is provided voluntarily. The information obtained will be kept in strict confidence.
For more information, review HP’s EEO Policy or read about your rights as an applicant under the law here: “Know Your Rights: Workplace Discrimination is Illegal"
HP PageWide Web Press Controls Systems Engineer
Description -
The Industrial Controls Engineer is responsible for designing, developing, commissioning, and supporting industrial machine control systems that operate high‑speed production equipment, with a direct impact on system uptime, product quality, and production throughput. This role focuses on delivering modular, scalable, and standardized control architectures that enable reliable operation, faster commissioning, and efficient long‑term support across machine platforms.
The position emphasizes configuration‑driven control solutions and reusable software components over monolithic, custom PLC implementations. Working closely with mechanical, electrical, manufacturing, and operations teams, the Industrial Controls Engineer ensures that control system design supports stable continuous operation, precise process control, and rapid fault recovery in complex industrial environments.
The role operates within an Agile SCRUM development model, contributing to sprint planning, backlog refinement, and delivery commitments to ensure predictable, incremental delivery of control system capabilities aligned with program milestones.
Key Responsibilities
- PLC & Control Software Development
- Design, develop, and maintain PLC‑based control systems for industrial machinery
- Implement modular, reusable, and configurable control architectures to support scalability across platforms
- Develop sequencing logic, state machines, and process control aligned with equipment performance requirements
- Promote software standardization and best practices across product lines
- HMI & Operator Interface Development
- Develop and maintain operator interfaces for machine control and monitoring
- Implement alarm visualization, user roles, diagnostics, and recipe management
- Ensure HMI designs support usability, maintainability, and consistent operator workflows
- Motion, Drives & Industrial Networking
- Configure and commission motion systems, drives, and industrial I/O
- Integrate industrial communication protocols for machine‑to‑machine and higher‑level system connectivity
- Tune and validate system performance to meet throughput and quality targets
Machine Safety & Functional Safety
- Design, implement, and validate machine safety solutions in compliance with applicable safety standards
- Collaborate with electrical and mechanical teams to ensure safety architecture supports both compliance and machine performance
- Support safety commissioning, validation, and documentation activities
- Commissioning & Debug
- Commission machines in factory and customer environments
- Diagnose and resolve control system, motion, and HMI issues
- Support Factory Acceptance Tests (FAT) and Site Acceptance Tests (SAT)
- Optimize system behavior using diagnostics, logging, and performance data
- Electrical & System Integration
- Collaborate with electrical engineering on control system design and compliance
- Interface with machine safety systems
- Coordinate with mechanical engineering, manufacturing, and service teams to ensure system readiness
Education & Experience Recommended
- Bachelor’s degree (or higher) in Electrical Engineering, Controls Engineering, Computer Engineering, Software Engineering, or a related discipline (or equivalent combination of education and experience)
- Typically 4–7 years of experience in industrial automation, machine controls, or PLC software development (3–5 years with an advanced degree)
- Experience in OEM machine builder or high‑speed industrial equipment environments preferred
Knowledge & Skills
- Core Skills
- PLC‑based control system development
- IEC 61131‑3 programming (Structured Text preferred)
- Motion control and servo systems
- Industrial communication protocols, including:
- Real‑time Ethernet–based networks
- PROFIBUS / PROFINET
- POWERLINK
- Ethernet/IP
- OPC UA for higher‑level system integration
- HMI development for industrial equipment
- Commissioning, diagnostics, and troubleshooting
- Modular software design and system standardization
- Preferred Qualifications
- Experience with B&R Automation Studio for industrial control system development
- Hands‑on experience implementing B&R mapp Technology in a production environment, including:
- mapp Motion for single‑axis, multi‑axis, and coordinated motion control, including motion sequencing and performance tuning
- mapp Safety for integration of safety logic, safety PLCs, and safe motion functions
- mapp View (HTML5 HMI) for developing standardized, maintainable operator interfaces using reusable widgets and services
- mapp Alarm / AlarmX for alarm handling, prioritization, diagnostics, and operator guidance
- mapp Recipe for configuration‑driven machine setup and repeatable process execution
- mapp OEE and Data Recorder for performance monitoring, diagnostics, logging, and analysis to support uptime, quality, and throughput improvements
- Experience designing configuration‑driven architectures that minimize custom PLC code and support reuse across machine platforms
- Completion of B&R Automation Academy training (Automation Studio, mapp Technology, Motion, HMI, or Safety) preferred
- Experience supporting high‑speed web‑handling or continuous‑process equipment, such as HP Industrial PageWide Web Presses or similar platforms
Cross‑Organization Skills
- Effective communication across technical and non‑technical stakeholders
- Results orientation and strong ownership mindset
- Learning agility and adaptability
- Digital fluency and systems thinking
- Customer‑centric approach to solution development
Impact & Scope
- Directly influences equipment uptime, print quality, and production throughput
- Drives control system standardization across platforms
- Reduces operational risk and lifecycle cost through reusable architectures
- Supports long‑term platform scalability and reliability
Complexity
- Works on complex, real‑time, multi‑domain control systems
- Balances software, motion, safety, and hardware constraints
- Requires judgment in selecting configuration‑based solutions versus custom extensions
- Solves non‑routine problems encountered during commissioning and field operation
The pay range for this role is $105,050 to $161,800 USD annually with additional opportunities for pay in the form of bonus and/or equity (applies to United States of America candidates only). Pay varies by work location, job‑related knowledge, skills, and experience.
Benefits:
HP offers a comprehensive benefits package for this position, including:
- Health insurance
- Dental insurance
- Vision insurance
- Long term/short term disability insurance
- Employee assistance program
- Flexible spending account
- Life insurance
- Generous time off policies, including:
- 4‑12 weeks fully paid parental leave based on tenure
- 11 paid holidays
- Additional flexible paid vacation and sick leave
The compensation and benefits information is accurate as of the date of this posting. The Company reserves the right to modify this information at any time, with or without notice, subject to applicable law.
Job -
Software
Schedule -
Full time
Shift -
No shift premium (United States of America)
Travel -
Relocation -
Equal Opportunity Employer (EEO) -
HP, Inc. provides equal employment opportunity to all employees and prospective employees, without regard to race, color, religion, sex, national origin, ancestry, citizenship, sexual orientation, age, disability, or status as a protected veteran, marital status, familial status, physical or mental disability, medical condition, pregnancy, genetic predisposition or carrier status, uniformed service status, political affiliation or any other characteristic protected by applicable national, federal, state, and local law(s).
Please be assured that you will not be subject to any adverse treatment if you choose to disclose the information requested. This information is provided voluntarily. The information obtained will be kept in strict confidence.
For more information, review HP’s EEO Policy or read about your rights as an applicant under the law here: “Know Your Rights: Workplace Discrimination is Illegal"
Controls Engineer Job Roles in Oregon
See all 42+ Controls Engineer Jobs in Oregon
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Search Controls Engineer Jobs in OregonControls Engineer Jobs in Oregon: Frequently Asked Questions
Which companies sponsor visas for controls engineers in Oregon?
Intel is one of the most active sponsors for controls engineers in Oregon, particularly at its large semiconductor fabrication campus in Hillsboro. Other notable sponsors include Daimler Truck North America in Portland, Georgia-Pacific, and various food and beverage manufacturers in the Willamette Valley. Engineering and automation consulting firms operating statewide also regularly file H-1B visa petitions for controls engineering roles.
Which visa types are most common for controls engineer roles in Oregon?
The H-1B is the most common visa for controls engineers in Oregon, as the role typically qualifies as a specialty occupation requiring at least a bachelor's degree in electrical, mechanical, or systems engineering. Canadian and Mexican citizens may qualify for the TN visa under the NAFTA/USMCA engineer category. Australian citizens can pursue the E-3 visa. Controls engineers with extraordinary ability may also qualify for the O-1A.
Which cities in Oregon have the most controls engineer sponsorship jobs?
The Portland metropolitan area, including Hillsboro and Beaverton, concentrates the largest share of controls engineer sponsorship activity due to Intel's semiconductor operations and a dense cluster of manufacturing and logistics firms. Salem and Eugene also have meaningful demand, driven by food processing, agricultural equipment, and University of Oregon-adjacent research employers. Bend is an emerging hub for advanced manufacturing with growing engineering headcount.
How to find controls engineer visa sponsorship jobs in Oregon?
Migrate Mate filters controls engineer job listings specifically to employers who have demonstrated visa sponsorship activity in Oregon, saving you the time of manually screening postings. Search for controls engineer roles on Migrate Mate and filter by Oregon to surface positions at semiconductor, manufacturing, and clean energy companies. The platform is built for international candidates, so every listing is relevant to work visa holders and applicants.
Are there state-specific factors controls engineers should know when targeting Oregon employers?
Oregon's concentration of semiconductor and advanced manufacturing employers means controls engineers with experience in PLC programming, SCADA systems, or cleanroom automation are particularly competitive in the state. Oregon State University and Portland State University both produce controls and electrical engineering graduates, so employers are already familiar with sponsoring international engineering talent from academic pipelines. H-1B prevailing wage levels in the Portland metro reflect a high-cost tech market, which can work in candidates' favor during offer negotiations.
What is the prevailing wage for sponsored controls engineer jobs in Oregon?
U.S. employers sponsoring a visa must pay at least the prevailing wage, which is what workers in the same role, area, and experience level typically earn. The Department of Labor sets this rate to make sure companies aren't hiring foreign workers simply because they'd accept lower pay than a U.S. worker. It varies by job title, location, and experience. You can look up current prevailing wage rates for any occupation and location using the OFLC Wage Search page.