Robotics Engineer Intern
Full Time
full-time
$19 - $31/hr
1 Nov 2025
Phoenix, AZ
Internship Available
Content + Source + Freshness • 17 Dec 2025 • 95% confidence
82 / 100
Offer value
High value derived from involvement in advanced robotics and immediate practical application of skills in autonomous technologies.
- Engagement with leading robotics projects
- Collaboration with skilled engineers
- Excellent pay range for internship position
Pros
- Hands-on experience with cutting-edge robotics technology
- Collaboration with knowledgeable professionals in the field
- Competitive hourly wages that reflect market demand
Cons
- Internship may lead to uncertainty in long-term employment
- Job responsibilities may vary based on project requirements
- High expectations for performance and results
Who it's for
Intern/Entry-level • Onsite
Good fit
- Engineering students focused on robotics
- Tech-savvy individuals keen on autonomous systems
- Candidates with a strong interest in working on innovative technologies
Not recommended for
- Individuals without a background in engineering or robotics
- Those seeking purely remote internships
- Candidates uninterested in practical, hands-on experience
Motivation fit
Desire to work on real-world robotics challengesInterest in developing sensor-based technology and algorithmsAspiration to kick-start a career in robotics engineering
Key skills
Data analysisSensor calibrationRobotics programmingCollaboration with engineering teams
Score: 82/100 AI verified analysis
About the job
CNH is seeking a Robotics Engineer Intern to join their team in Phoenix, AZ. The role involves supporting sensor calibration, evaluation, and data analysis for autonomous vehicles.As a Robotics Engineer Intern, you will gain hands-on experience in the Robotics Engineering team, focusing on surround sense technology and algorithm development for autonomous vehicles. Your responsibilities will include supporting camera and lidar calibrations, conducting data collection and analysis, and collaborating with engineers to validate perception algorithms.
