Robotics Technician

ARIS Technology•Hinckley, IL

3h•Onsite

About The Position

The Robotics Technician position combines robotics, perception, software, mechatronics, and controls work. As part of our team, you will build, integrate, and test automated robotic systems for use in diverse production environments. The successful candidate will support our team in the build and installation or our automated robotic inspection systems. Daily collaboration with our engineers, customers, and vendors is essential to this role.

Requirements

Industrial Automation and Systems Integration experience, including implementation and evaluation
Professional experience with 3D scanners
Prior work experience in motion control systems including servo motors, stepper motors, sensors, switches, power distribution, and electrical
Experience building complex systems, such as industrial automated systems
Testing, troubleshooting, and validation experience at company work site, remotely, or at client work site
Demonstrable mechanical and electrical aptitude, including proficiency with hand tools, measuring tools, and precision instruments
Familiar with Localization as it relates to Robotics
Accustomed to creating and documenting tests and experience working in a test-driven environment
Strong troubleshooting, problem-solving, and decision-making skills
General knowledge of Windows OS and Linux
Associate’s Degree in Automation, Robotics, Mechatronics, Electromechanical Engineering Technology, Industrial Automation Technology, or related degree
A valid and current driver's license is required

Nice To Haves

Collaborative robot (cobot) experience
Robotics software experience: Fanuc, Yaskawa, UR, ABB
Ability to evaluate and propose mechanical, electrical, and automation components for integrated robotic systems
Experience documenting test results, communicating findings, and recommending product or process improvements
Manufacturing industry experience
Experience working in a start-up and/or matrix environment
A safety mindset applied at work everyday
Success working independently as well as within teams, regardless of the location
Time management skills, including a history of prioritizing tasks and meeting deadlines
Collaborates well with others and shows them respect - we work within our teams and across the organization; we partner with our customers, vendors, and other stakeholders
Ability to translate client requirements into multiple solution options and explain the benefits and disadvantages of various approaches
Effective listening, written and verbal communication skills, including the ability to explain technical matters with non-technical stakeholders
A history of being organized, accomplishing goals, and producing impressive results
A flexible mindset - when change occurs, you remain resilient
Demonstrated accountability in your daily work and special projects

Responsibilities

Mechanical and electrical fabrication
Help the engineering team build custom robotic cells for customer-specific applications
Build and test motion control systems including servo motors, stepper motors, sensors, switches, and power distribution
Build end-of-arm tooling (EOAT) and end-effector components
3D printing of components, as appropriate
Provide support to the software team with hardware communication
Install and configure robotic system software, then validate functionality before client implementation
Create robotic programs utilizing a teach pendant, offline programming software tools, hand-guided motion planning, and advanced motion planning
Set up safety equipment and confirm sensor operation
Troubleshoot, test, and maintain robotic systems during development, deployment, and post-installation support
Provide timely, professional remote support to clients for technical questions and issue resolution
Conduct research to find the best components to use in the development of integrated automation systems
Advise management regarding product performance and suggestions for product improvements
Collaborate with engineers, customers vendors, and internal stakeholders on troubleshooting, innovation, and implementation planning
Use a variety of tools, including precision instruments to measure parts and operating tools during the assembly of robotic cells