What are the responsibilities and job description for the Robotic Engineer position at Arnold Machine Inc?
The role of the Robotic Engineer is to lead the robotic design and software development for equipment designed and built by Arnold Machine. This position works closely with project teams and is responsible for all robot-related controls hardware specifications, drawings, and software development throughout the project lifecycle. The Robotic Engineer reports to the Electrical Engineering Team Leader and receives project direction from the Project Team Leader. It is the Robotic Engineer’s responsibility to effectively support multiple project teams as needed, complete work to specification within required timeframes, and assist with the development and training of new team members and work study students.
Responsibilities
- Design robotic automation systems (assembly, material handling, paint) from concept through final acceptance.
- Support sales and quoting by developing equipment concepts, robot selection, and cost estimates.
- Perform studies, preliminary engineering, and troubleshooting using RoboGuide for new installations and modifications.
- Specify and layout robots, end-of-arm tooling, cable management, and related components.
- Create robot schematics, bills of materials, and purchased component selections.
- Program robots and integrate with PLC and HMI systems.
- Integrate and set up vision systems.
- Support manufacturing with debugging, qualification, and system validation.
- Provide field support, including installation, startup, and final tuning.
- Prepare final project documentation.
- Collaborate with management, sales, engineering, production, and clients.
- Manage multiple projects and work independently within cross-functional teams.
- Support marketing and business development by maintaining client relationships and identifying new opportunities.
Requirements:
- Experience working with industrial robots in a manufacturing or automation setting.
- Ability to program, troubleshoot, and support robotic systems.
- Familiarity with robot simulation/offline programming tools (such as RoboGuide).
- Basic understanding of PLC integration and industrial networks.
- Ability to read electrical and mechanical drawings.
- Experience with system startup, commissioning, and troubleshooting.
- Knowledge of robot safety standards and safe work practices.
- Strong problem-solving and communication skills.
- Willingness to travel as needed.
Benefits:
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