Calvary Robotics is a growing Global Systems Integrator specializing in custom automated manufacturing systems in a variety of manufacturing industries. We are looking for a Robotics Engineer to support our future growth. You will program industrial robots in their native format including development of interface to other equipment such as PLC and Vision Systems.
- Execute projects to budgets and timelines following the culture of on-time delivery to mini-milestones.
- Design, configure, test, integrate and debug automated robotic systems.
- Contribute towards accurate project progress reporting and keeping Project Trackers up to date for tasks assigned.
- Contribute to Calvary Action Item System (CAIS) and to accurately records risks, cost saving efforts, and scope management.
- Teach robot points and paths and serve as a technical support for robotic systems
- Collaborate with project team member during system design, build and debug.
- Advise Mechanical Engineering on optimal robotic application layout and gripper design.
- Perform robot simulation to estimate cycle times, conduct reach study, and virtual validation of End of Arm Tooling design.
- Assist the project team in the development of optimal robot paths and teach methodology.
- Install, train, and commission robots at customer's site
Requirements Bachelor of Science degree in Electrical Engineering, Electrical Engineering Technology, Electro-Mechanical Engineering Technology, Robotics and/or other degrees / demonstrated industry experience. 5 plus years' experience in:
- Design, development and commissioning of industrial robotic applications.
- Integrating industrial robots with other industrial devices.
- High degree of mechanical aptitude, spatial reasoning and kinematic visualization
- Knowledge of Robot safety codes such as ANSI/RIA R15.06, EN ISO 13849-1, Risk Assessment (EN ISO 12100)
- Knowledge of industrial automation
5 plus years' experience with programming:
- Epson, Fanuc, KUKA, Mitsubishi, ABB or other established industrial robotic platforms.