Control Systems Engineer

Proficient in PLC programming (ladder logic & structured text), and experienced with AC/DC drives, servo motors, HMIs, machine vision, and safety systems.

Project Leadership:
Ability to work within an Engineering team and manage automation objectives including debugging, installation, equipment commissioning, and training aligned with project specs.

Communication

Skills:

Good written and verbal communication, capable of articulating technical concepts for team review.

Continuous Improvement:
Demonstrates a proactive mindset for process optimization and problem-solving.

• Hands-on experience with complex mechanical systems including CAD modeling.
• Experience with Rockwell Automation Control Logix family of programmable controllers, Cognex vision systems.
• Digital integration leveraging PLC & SCADA systems including basic understanding of computer networking, TCP/IP, and industrial fieldbus architectures such as Ethernet I/P.

Collaborate cross-functionally with Customer factories and contracted suppliers to develop user requirements specifications (URS), automation concepts, and architectural-level designs for automated equipment. Primary equipment functions include bottle/vial/cartridge material handling, liquid filling, capping, labeling, and palletizing.

Participate in end-to-end project execution with external equipment suppliers & integrators including budgeting, scheduling, design, implementation, installation, troubleshooting, and documentation, while ensuring regulatory compliance.

Design and program industrial control systems such as PLCs, robotics, HMIs, vision systems, motion control systems, and ensure supplier deliverables meet technical standards.

Actively participates in design reviews with contractors, engineering consultants, and other project team members.

Provide technical input to drive engineering decisions, provide guidance, and project status updates as required for project review and other company meetings.

Responsible for driving the Global Automation engineering team’s best practices across project tollgates that include procurement, supplier design, equipment testing, installation, and FAT/SAT.