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Semiconductor Engineering Jobs in Oregon (NOW HIRING)

Lattice Semiconductor

PE Technician 4

Hillsboro, OR · On-site

... Engineering Equipment Technician Job Requirements * Wafer probe setup, including the loading and testing of wafers * Visual inspection and ATE testing of packaged semiconductor ICs (both hand test ...

Lattice Semiconductor

PE Technician 4

Hillsboro, OR

Lattice is a worldwide community of engineers, designers, and manufacturing operations specialists ... Bench testing of semiconductor ICs in support of product characterization * Basic bring-up and ...

Lattice Semiconductor

PE Technician 4

Hillsboro, OR · On-site

Product Engineering Equipment Technician Job Requirements * Wafer probe setup, including the loading and testing of wafers * Visual inspection and ATE testing of packaged semiconductor ICs (both hand ...

SSOE, Inc.

Engineering Project Manager

Hillsboro, OR · On-site

$75K - $130K/yr

Overview Within SSOE's Tool Install division, we specialize in the design and engineering of complex process equipment across semiconductor fabs and advanced manufacturing facilities. Our team is ...

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Semiconductor Engineering information

See Oregon salary details

$48.1K

$69.5K

$87.8K

How much do semiconductor engineering jobs pay per year?

As of Aug 15, 2026, the average yearly pay for semiconductor engineering in Oregon is $69,488.00, according to ZipRecruiter salary data. Most workers in this role earn between $66,600.00 and $66,600.00 per year, depending on experience, location, and employer.

What is semiconductor engineering?

Semiconductor engineering is a specialized field focused on the design, development, and manufacturing of semiconductor devices, such as microchips and transistors, which are essential components in electronic devices. Engineers in this field work on creating and improving the materials, processes, and technologies used to produce integrated circuits and other semiconductor components. Their work is critical to advancements in computers, smartphones, automotive technology, and many other electronic systems. Semiconductor engineers often collaborate with multidisciplinary teams to solve complex technical challenges and drive innovation in the electronics industry.

What do semiconductor engineers do?

Semiconductor engineers design, develop, and test semiconductor devices and integrated circuits used in electronic equipment. They work with materials, fabrication processes, and testing tools to improve chip performance and reliability, often requiring knowledge of physics, chemistry, and engineering principles. Their work environment typically includes laboratories and cleanrooms, and they may use CAD software and testing equipment as part of their job.

What is the difference between Semiconductor Engineering vs Electrical Engineering?

AspectSemiconductor EngineeringElectrical Engineering
Required CredentialsBachelor's or higher in Semiconductor, Electrical, or Electronics EngineeringBachelor's or higher in Electrical, Electronics, or Electrical Engineering
Work EnvironmentCleanrooms, labs, manufacturing facilities focused on chip design and fabricationOffices, labs, and field sites working on electrical systems, power, and circuitry
Industry UsagePrimarily in semiconductor manufacturing, chip design, and fabrication companiesBroadly used across power, electronics, telecommunications, and automation industries

Semiconductor Engineering specializes in designing, developing, and manufacturing semiconductor devices and integrated circuits, often within cleanroom environments. Electrical Engineering covers a wider range of electrical systems, power distribution, and circuitry across various industries. While both roles require similar educational backgrounds, Semiconductor Engineering focuses specifically on chip technology and fabrication processes, making it a more specialized field within the broader electrical engineering domain.

What are some common challenges semiconductor engineers face when working on new chip designs?

Semiconductor engineers often encounter challenges such as managing the complexity of integrating millions or even billions of transistors on a single chip while ensuring performance, power efficiency, and manufacturability. Meeting tight project deadlines and rapidly evolving industry standards can also be demanding. Collaboration with cross-functional teams—including design, verification, and manufacturing engineers—is essential to identify and resolve issues early in the design cycle. Additionally, adapting to new process technologies and troubleshooting unexpected fabrication or performance problems are routine aspects of the role.

What are the key skills and qualifications needed to thrive as a semiconductor engineer?

To thrive as a Semiconductor Engineer, you need a solid background in electrical engineering, physics, and materials science, typically supported by a relevant bachelor's or master's degree. Familiarity with CAD tools, circuit simulation software, and semiconductor fabrication processes is essential, along with certifications like Six Sigma or IPC standards being advantageous. Strong problem-solving abilities, attention to detail, and effective teamwork skills set outstanding candidates apart in this field. These competencies are crucial for designing reliable semiconductor devices, ensuring manufacturing efficiency, and driving innovation in a rapidly evolving industry.

What are the most commonly searched types of Semiconductor Engineering jobs in Oregon?

The most popular types of Semiconductor Engineering jobs in Oregon are:

What are popular job titles related to Semiconductor Engineering jobs in Oregon?

For Semiconductor Engineering jobs in Oregon, the most frequently searched job titles are:

What job categories do people searching Semiconductor Engineering jobs in Oregon look for?

The top searched job categories for Semiconductor Engineering jobs in Oregon are:

What cities in Oregon are hiring for Semiconductor Engineering jobs?

Cities in Oregon with the most Semiconductor Engineering job openings:

Semiconductor Engineering jobs near you
Infographic showing various Semiconductor Engineering job openings in Oregon as of August 2026, with employment types broken down into 88% Full Time, 7% Part Time, 4% Contract, and 1% Nights. Highlights an 86% Physical, 5% Hybrid, and 9% Remote job distribution, with an average salary of $69,488 per year, or $33.4 per hour.

Semiconductor Vacuum & Abatement Applications Engineer

Ebara Technologies - USA

Hillsboro, OR • On-site

$75K - $85K/yr

Other

Posted 9 days ago

Job description

Overview

Join ETI as a trusted technical resource supporting vacuum pumps, dry pumps, abatement systems, and related semiconductor tools. Working under close guidance, you’ll help customers, field service teams, and internal stakeholders select products, apply solutions, troubleshoot issues, and drive continuous improvement across complex electro‑mechanical and chemical systems.

A Day in the Role
  • Start by reviewing open application and service requests and preparing clear guidance for field engineers.
  • Collaborate with Sales to shape a customer proposal—interpreting design data, advising on product selection and part numbers, and compiling detailed specifications with input from Ebara colleagues worldwide.
  • Join a customer call to fine‑tune an installation plan for dry pumps and abatement equipment; document requirements and risks.
  • Head to the fab floor (or join remotely) to troubleshoot system behavior—reading electrical schematics, running 5 Why analysis, and validating a repair plan.
  • Wrap up by creating a concise application note to disseminate best practices, then complete scheduled safety training and workspace checks.
What You'll Do
  • Present and interpret design, application, and service information for ETI Components Vacuum and Abatement products; deliver clear, compelling presentations to customers and internal teams.
  • Assist Sales in assessing customer needs; prepare detailed specifications and data packages, coordinating with Ebara offices globally.
  • Provide technical applications and marketing support for customer solutions involving complex operating systems.
  • Advise Sales, Marketing, and Field Service on product selection, specifications, part numbers, and application fit.
  • Assist in planning and executing detailed customer installation plans.
  • Tackle problems of limited scope by analyzing identifiable factors and proposing practical next steps.
  • Deliver follow‑up support, including dissemination of technical information and application guidance.
  • Comply with EBARA safety policies and complete all required safety training; maintain a clean, safe work environment aligned with Ebara and customer policies.
  • Perform other duties as assigned.
What You Bring
  • Bachelor’s degree in Engineering (Chemical or Physics preferred) or equivalent experience.
  • 1–4 years of professional experience, ideally in the semiconductor industry.
  • Proficiency with MS Office (Excel, Word, Outlook, PowerPoint) and strong presentation skills.
  • Time management, self‑starter mindset, teamwork, and organization.
  • Leadership and program management aptitude; excellent written and verbal communication.
  • Ability to build strong relationships and collaborate across teams and with customers.
  • Capability to provide verification of a good driving record when servicing customers offsite.
Technical Strengths
  • Equipment, electrical, and mechanical troubleshooting
  • Electrical schematics interpretation
  • 5 Why root cause analysis
  • Service, maintenance, and component repair of mechanical systems
  • Application engineering support and product selection guidance
  • Technical support for vacuum abatement and dry pump solutions
  • Design interpretation and documentation
Tools & Technologies
  • Air‑cooled dry (oil‑free) vacuum pumps
  • Precision chiller systems
  • Turbomolecular pumps
  • Vacuum gauges
Impact

Your work keeps mission‑critical semiconductor equipment running at peak performance, boosts reliability, and elevates customer satisfaction—while you grow your expertise through real‑world applications and mentorship.