Process Automation Engineer

SUMMARY

We are seeking a highly skilled Automation Engineer to bridge the gap between process science and scalable manufacturing in flexible PCB (FPCB) production. This role will focus on designing, developing, and deploying automation systems that transform complex, precision‑driven processes into repeatable, high‑yield, and scalable production solutions.

The ideal candidate has a strong foundation in automation, mechatronics, or controls engineering, with experience integrating robotics, machine vision, and advanced process control in a high‑precision manufacturing environment.

This role is critical in transforming FPCB manufacturing from process‑intensive craftsmanship into scalable, automated production systems—enabling faster innovation, higher quality, and competitive advantage in advanced electronics.

• Design and implement automated systems for FPCB manufacturing processes (e.g., imaging, etching, lamination, plating, laser drilling, inspection, and handling).
• Translate lab‑scale or engineering processes into robust, production‑ready automation solutions.
• Develop scalable architectures that support high‑mix, low‑volume to high‑volume production.

• Develop and program PLC, HMI, and motion control systems.
• Integrate robotics, conveyors, and precision handling systems for delicate flexible substrates.
• Interface equipment with MES, SCADA, and data acquisition systems for real‑time monitoring and control.

• Partner with process engineers to stabilise, optimise, and scale new and existing FPCB processes.
• Implement advanced process control (APC), closed‑loop feedback systems, and data‑driven optimisation.
• Drive improvements in yield, throughput, OEE, and defect reduction.
• Specify, design, and commission custom automation equipment.
• Work with OEMs and integrators to develop specialised machinery for FPCB processes.
• Lead FAT, SAT, and ramp‑up of new equipment.

• Enable Industry 4.0 initiatives including:
• Predictive maintenance
• Digital dashboards and OEE tracking
• Develop systems that leverage data for AI/ML‑driven process improvements.

• Work closely with process engineering, quality, operations, and R&D teams.
• Support new product introduction (NPI) and technology transfer into production.
• Train technicians and operators on automated systems.

To succeed in this job, an individual must satisfactorily perform each essential job function. The requirements listed below represent the required knowledge, skill, and ability. Reasonable accommodations may be made to enable individuals with disabilities to perform essential functions.

• Automation Engineering
• Mechatronics Engineering
• Electrical Engineering (Controls focus)
• Mechanical Engineering (with automation focus)
• Advanced degree preferred (optional)

• HMI/SCADA and multi‑axis motion control
• Precision mechatronics
• Machine vision/AOI
• Automation software & industrial networking (Python/C/C++/ST, Ether Net/IP, PROFINET, OPC UA).
• 5+ years process engineering experience (required)

• Excellent verbal and written communication skills in English.

• Strong problem‑solving and analytical mindset
• Ability to translate complex processes into automated solutions
• Hands‑on engineering approach with system‑level thinking
• High attention to detail for precision manufacturing
• Strong collaboration and communication skills

• Improvements in process safety
• Reduction in manual process steps
• Improvements in yield and defect rates
• Increased throughput and cycle time reduction
• Successful scale‑up of new processes into production
• OEE improvement and system reliability

As part of their job duties, the employee must sit for lengthy periods while frequently using their hands to handle objects and communicate verbally. They may also need to stand, walk, reach, and occasionally lift objects weighing up to twenty (20) pounds. The role requires specific vision abilities, including close, distance, colour,…