Mechatronics & Robotics Apprentice

Amazon; Bristol (IN); On-site; USD 37,000 - 39,000; Full time

Job summary

Amazon is seeking a Mechatronics & Robotics Apprentice (MRA) in Bristol, IN to learn electronic, mechanical, and automation skills on high-performance systems. You will analyze, troubleshoot, and repair equipment to maintain process efficiency and equipment availability, while following safety regulations and policies.

You will be mentored by senior technicians, paired with journey workers, and will complete work using technical documents, aiming for safe, reliable operation across automated

Qualifications

• High school diploma required.
• 1+ years of PC software experience including Word, Excel and Outlook.
• Vocational/technical training or an associate degree preferred.
• Experience troubleshooting and repairing operational items.
• Knowledge of mathematics.
• Ability to work flexible schedules including weekends, nights, and holidays.
• Ability to move up to 49 lbs, and stand for long shifts.

Responsibilities

• Preventative/predictive maintenance of conveyance equipment.
• Maintain and troubleshoot robotics and robotic work cells.
• Troubleshoot electrical and mechanical problems in MHE components.
• Maintain motors, sensors, relays and related components.
• Move up to 49 lbs and perform long shifts safely.

Skills

PC software

Mathematics

Measurement reading

Teamwork

Flexibility

Communication

Education

High School Diploma

Vocational/Technical Training or Associate Degree

Tools

Microsoft Word

Microsoft Excel

Microsoft Outlook

Job description

Amazon is seeking a Mechatronics & Robotics Apprentice (MRA) in Bristol, IN to learn electronic, mechanical, and automation skills on high-performance systems. You will analyze, troubleshoot, and repair equipment to maintain process efficiency and equipment availability, while following safety regulations and policies.

You will be mentored by senior technicians, paired with journey workers, and will complete work using technical documents, aiming for safe, reliable operation across automated