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Entry Level Ai Robotics Engineer Jobs in Portland, OR

Robotics Tutor

Portland, OR · Remote

$18 - $40/hr

Our AI-powered Tutor Copilot enhances your sessions with real-time instructional support, lesson ... Skilled at teaching robot design, sensor programming, and autonomous behavior development. Guides ...

AI Engineer

Portland, OR · On-site

$55K - $187K/yr

... AI Engineer, you will be at the forefront of transforming raw data into actionable insights ... PwC does not intend to hire experienced or entry level job seekers who will need, now or in the ...

... Intelligence and Robotics, Data Processing/Analytics/Science, Software Engineering preferred ... PwC does not intend to hire experienced or entry level job seekers who will need, now or in the ...

Senior Software Engineer

Beaverton, OR · On-site

$127K - $168K/yr

Industrial Robot APIs, ML models, LLM engineering, Computer Vision and Robotics Requirements ... We create solutions using our own code, 3rd party software, AI models, and consumer web-services.

ADI combines analog, digital, AI, and software technologies into solutions that combat climate ... Experience with robotics, motors, PCB troubleshooting and/or design, vacuum systems, pneumatic ...

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Entry Level Ai Robotics Engineer information

See Portland, OR salary details

$30.8K

$112K

$179.2K

How much do entry level ai robotics engineer jobs pay per year?

As of Aug 6, 2026, the average yearly pay for entry level ai robotics engineer in Portland, OR is $111,995.00, according to ZipRecruiter salary data. Most workers in this role earn between $88,600.00 and $134,700.00 per year, depending on experience, location, and employer.

What are some common challenges an entry level AI robotics engineer might face in their first year, and how can they overcome them?

Entry Level AI Robotics Engineers often encounter challenges such as bridging the gap between theoretical knowledge and practical implementation, adapting to rapidly evolving technologies, and collaborating effectively with multidisciplinary teams. Navigating unfamiliar hardware platforms or debugging complex sensor integrations can also be daunting at first. To overcome these challenges, new engineers should actively seek mentorship, participate in code reviews, and engage in hands-on projects, which help build confidence and foster a deeper understanding of both AI and robotics systems.

What does an entry level AI robotics engineer do?

An Entry Level AI Robotics Engineer assists in designing, developing, and testing robotic systems that incorporate artificial intelligence. They typically work on tasks such as programming robots, integrating sensors, developing algorithms for machine learning, and troubleshooting hardware and software issues. Under the supervision of senior engineers, they help implement and optimize AI models to improve robotic performance and autonomy. This role often involves collaboration with multidisciplinary teams and learning new technologies to stay current in the rapidly evolving field of robotics.

What are the key skills and qualifications needed to thrive as an entry level AI robotics engineer?

To thrive as an Entry Level AI Robotics Engineer, you need a strong background in computer science, robotics, and mathematics, typically supported by a relevant bachelor's degree. Familiarity with programming languages like Python or C++, robotics simulation tools (e.g., ROS, Gazebo), and basic knowledge of machine learning frameworks is highly valued. Problem-solving skills, creativity, and effective teamwork help you excel in collaborative engineering environments. These competencies are vital for developing innovative robotic solutions and ensuring smooth integration of AI technologies into real-world applications.

How to become an entry level AI robotics engineer with no experience?

To become an entry-level AI robotics engineer with no experience, focus on gaining foundational knowledge in programming languages like Python and C++, and learn robotics frameworks such as ROS. Pursuing relevant education, such as a bachelor's degree in robotics, computer science, or electrical engineering, and working on personal projects or internships can help build practical skills and demonstrate your abilities to employers.

How to become an entry-level AI robotics engineer?

To become an entry-level AI robotics engineer, candidates typically need a bachelor's degree in robotics, computer science, electrical engineering, or a related field. Gaining skills in programming languages like Python or C++, understanding of robotics frameworks such as ROS, and knowledge of AI and machine learning are essential. Internships, project experience, and familiarity with hardware components can also improve job prospects.

What is the difference between Entry Level Ai Robotics Engineer vs Entry Level Mechanical Robotics Engineer?

AspectEntry Level Ai Robotics EngineerEntry Level Mechanical Robotics Engineer
Required CredentialsBachelor's in Computer Science, Robotics, or related; knowledge of AI, programming, and roboticsBachelor's in Mechanical Engineering, Robotics, or related; knowledge of mechanical systems and design
Work EnvironmentSoftware development, AI algorithm implementation, robotics programmingMechanical design, prototyping, assembly, and testing of robotic systems
Employer & Industry UsageTech companies, AI startups, robotics firmsManufacturing, automation, industrial robotics

Both roles involve working with robotics but focus on different aspects: AI Robotics Engineers emphasize software, algorithms, and AI integration, while Mechanical Robotics Engineers concentrate on mechanical design and hardware. The choice depends on your interest in software versus hardware within robotics.

What are the most commonly searched types of Ai Robotics Engineer jobs in Portland, OR? The most popular types of Ai Robotics Engineer jobs in Portland, OR are:
Infographic showing various Entry Level Ai Robotics Engineer job openings in Portland, OR as of July 2026, with employment types broken down into 74% Full Time, 24% Part Time, and 2% Contract. Highlights an 63% Physical, 3% Hybrid, and 34% Remote job distribution, with an average salary of $111,995 per year, or $53.8 per hour.

Automation & Robotics Engineer II

Benchmade, Inc.

Oregon City, OR

Full-time

Posted 5 days ago


Job description

We are people powered - by makers, problem-solvers, and leaders who elevate everything they do. Guided by our core values and a relentless pursuit of better, we continue to set the bar for premium.

Start your Benchmade career today!

Our Core Values

ELEVATE EVERYTHING -We each bring a specific set of skills to the table, offering up our expertise and resources to enhance the work of others. We challenge each other to be the best in order to achieve enduring value in the eyes of our customers.

BETTER IS BETTER -There is no finish line; we strive for continuous improvement in everything we do. We obsess over every detail to find ways to improve both our products and our process.

UNAPOLOGETICALLY ACCOUNTABLE -We're open and honest in how we speak and listen. We celebrate each other's successes, and collectively rally to solve every challenge.We own it!

COURAGEOUS INNOVATION -There are elegant ideas awaiting discovery in everything we do. We push everyone around us to pursue those ideas openly so we can continue to dominate the category.

COMMUNITY DRIVEN-As a family business, we understand the importance of enriching the communities we call home. As a company, and as individuals, we work to make our expertise available to do the most good for those around us.

At Benchmade Knife Company, the Automation & Robotics Engineer II will help define and execute our automation roadmap by turning manufacturing challenges into practical, scalable solutions. This engineer will identify opportunities and lead projects from early concept through production deployment.

This is a hands-on, high-ownership role at the intersection of robotics, mechanical design, systems integration, and project leadership. The ideal candidate is comfortable programming and troubleshooting FANUC robots, developing concepts in SolidWorks and robotic simulation, advancing new technologies through focused R&D, and leading cross-functional teams through design, installation, and validation.

You will have the opportunity to push the boundaries of advanced manufacturing while maintaining technical ownership of systems already in production. We are looking for a high-caliber engineer with strong technical judgment, curiosity, and the drive to improve safety, quality, throughput, reliability, and manufacturing capability.
Direct experience with AI or machine learning is not required, but curiosity about how these technologies can improve robotics, machine vision, process control, and equipment performance will set you apart. This role offers opportunities to evaluate and apply emerging AI-enabled tools as Benchmade expands its advanced automation capabilities.

Responsibilities

  • Help define and execute Benchmade's automation roadmap.

  • Identify and evaluate opportunities for robotics and advanced automation throughout manufacturing.

  • Lead automation projects from concept through proof of concept, execution, installation, integration, validation, and production release.

  • Develop project scopes, technical requirements, schedules, budgets, acceptance criteria, and implementation plans.

  • Independently develop FANUC robot applications, including program structure, motion, frames, tooling, I/O, equipment handshakes, fault recovery, and cycle optimization.

  • Create robotic simulations, reach studies, interference studies, and cycle-time estimates using FANUC ROBOGUIDE or similar tools when appropriate.

  • Design fixtures, nests, grippers, end-of-arm tooling, part-presentation systems, and other automation hardware using SolidWorks.

  • Build and test R&D prototypes to evaluate new robotic processes, tooling, sensing technologies, and manufacturing concepts.

  • Translate successful proof-of-concept projects into clear requirements for outside systems integrators.

  • Manage machine builders and integrators through design reviews, builds, testing, installation, and final acceptance.

  • Coordinate project execution with manufacturing engineering, controls engineering, operations, maintenance, quality, safety, vendors, and integrators.

  • Provide technical ownership and engineering support for automation systems in production.

  • Troubleshoot robotic, mechanical, pneumatic, sensing, controls, and process-related issues.

  • Lead root-cause analysis and implement permanent corrective actions.

  • Improve existing automation systems to increase safety, quality, reliability, throughput, and maintainability.

  • Develop and maintain robot-programming, mechanical-design, documentation, and integration standards.

  • Create technical documentation, including drawings, bills of materials, specifications, test plans, robot backups, operating instructions, and troubleshooting guides.

  • Support robotic risk assessments, guarding reviews, and equipment safety validation.

  • Train and mentor engineering, maintenance, and production personnel on robotic automation systems.

Qualifications

  • A bachelor's degree in Robotics, Mechanical or Electrical Engineering or other related degree, and 3+ years of experience automating manufacturing equipment & processes is required. Equivalency to the qualification standard will also be considered.

  • Experience working as a systems integrator is strongly preferred.

  • Strong manufacturing process knowledge; preferably in low volume, high mix production environment

  • Ability to analyze existing processes to determine feasibility and cost-effectiveness of automating them to meet company productivity and cost goals

  • Demonstrated ability to manage automation projects from concept through production deployment.

  • Proficiency designing fixtures, tooling, robotic end effectors, and automation equipment.

  • Familiarity with robotic simulation tools

  • Background developing R&D systems, prototypes, or proof-of-concept automation.

  • Ability to troubleshoot, support, and improve automation in a production environment.

  • Working knowledge of PLCs, HMIs, industrial networks, safety systems, or controls troubleshooting.

  • Experience with machine vision or computer vision is a plus.

  • Experience with pneumatics, servo motion, force/torque sensing, machine tending, material handling, grinding, polishing, inspection, or flexible automation.

  • Knowledge of ANSI/RIA robotic safety requirements, OSHA, NFPA 79, NEC, machine guarding, and risk-assessment principles.

  • Strong technical judgment, project ownership, communication, and hands-on problem-solving skills.

We do not expect every candidate to meet all the preferred qualifications listed above. If you have strong FANUC programming capability and experience in one or more areas such as mechanical design, systems integration, project engineering, controls, computer vision or advanced manufacturing, we would still like to hear from you.

Why Benchmade

  • Take ownership of automation projects with direct impact on safety, production capacity, quality, and efficiency.
  • Work at the forefront of manufacturing innovation, with opportunities to expand into AI-enabled technologies.
  • Collaborate with a high-performing team of engineers pushing the boundaries of automation.
  • Contribute to a culture of innovation, craftsmanship, and continuous improvement.

This role is built for high performers who want to take ownership of automation projects and deliver systems that transform how we manufacture. If you are ready to engineer the future of Benchmade, we want to hear from you.

Working Conditions

  • Working Environment: Time to be split 50/50 between shop and office

  • Safety Requirements:

    • Adherence to all safety policies required at all times.

    • PPE required on shop floor (ear protection where specified, safety glasses, closed toed shoes, etc.)

  • Physical Demands: Ability to lift up to 50 lbs, may be sitting or standing for long periods of time.

  • Travel Requirements: As needed, less than 10% of the time