The engineer must also be able to communicate professionally with customers, explain technical findings clearly, and provide proper updates during installation, maintenance, and troubleshooting work.
As the company grows, the successful candidate will be expected to develop into a technical leadership role, taking responsibility for field service activities, coordinating with customers, and leading technicians during installations, servicing, and repair work.
The role will also include application testing in the SYMTRACE laser laboratory, including sample testing, machine parameter trials, customer demonstrations, process observation, and machine capability evaluation.
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Throughput Optimization: Collaborate closely with machine vision engineers to optimize inspection throughput by minimizing stage settle times, reducing overall machine tact time, and refining dynamic motion path planning.
Hardware I/O & Mechanism Control: Program, and debug PC-to-hardware interfaces, including servo drives, digital/analog I/O, linear/rotary encoders, vacuum/pneumatic controls, and high-speed pick-and-place mechanisms.
Diagnostic & Troubleshooting: Root-cause and resolve complex production floor and field issues, including encoder signal degradation, pick-and-place failures, tact time deviations, and axis homing/calibration errors.
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The engineer must also be able to communicate professionally with customers, explain technical findings clearly, and provide proper updates during installation, maintenance, and troubleshooting work.
As the company grows, the successful candidate will be expected to develop into a technical leadership role, taking responsibility for field service activities, coordinating with customers, and leading technicians during installations, servicing, and repair work.
The role will also include application testing in the SYMTRACE laser laboratory, including sample testing, machine parameter trials, customer demonstrations, process observation, and machine capability evaluation.
...