Senior PLC Controls Lead – Automation & Safety

Viable Engineering Solutions LLC

Orlando (FL)

On-site

USD 123,000 - 148,000

Full time

14 hours ago

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Job summary

Viable Engineering Solutions LLC in Orlando, FL seeks a Senior PLC Controls Engineer to lead automated systems from concept to deployment, hands-on PLC programming, and troubleshooting across complex hardware and software. You will define controls architecture, lead R&D efforts, and set safety standards.

The role requires 9+ years in industrial automation, expert ladder logic, and experience with Allen-Bradley, Siemens, and multi-axis motion.

Qualifications

Bachelor's degree in Mechatronics, Electrical Engineering, Mechanical Engineering.
9+ years of industrial automation controls experience.
Expert-level PLC programming on Allen-Bradley and Siemens platforms, primarily using ladder logic.
Deep experience with servo and motion control systems, including multi-axis coordination and loop tuning.
Experience defining control and network architecture across PLCs, robots, and HMIs using industrial protocols such as EtherNet/IP, PROFINET, Modbus, and CAN.
Experience leading HMI and SCADA development, including defining alarm and diagnostics standards.
Experience setting up version control, backups, and change management practices for a project team.
Experience designing safety circuits and safety PLC logic, and working knowledge of ISO 13849, NFPA 79, and related machine safety standards.
Ability to design and mark up electrical schematics and lead control panel design.
Led the controls on at least two delivered automated systems from concept through customer acceptance.
Experience leading the technical work of a small team, including problem definition, task breakdown, delegation, and review of other engineers' work.
Experience developing controls effort estimates from technical scope and risk.
CMSE and/or CFSE preferred.

Responsibilities

Serve as the controls technical lead for automated systems from concept through deployment, translating loosely defined needs into a controls concept, sequence of operations, and controls plan with identified risks and mitigations.
Define controls problems and break project scope into well-scoped tasks with clear sequences, I/O, and acceptance criteria; assign them to other team members based on their skills and development needs; and track progress, review work, and integrate the results into a working system.
Serve as the primary controls consultant for the project team, including technical discussions with customers, unblocking others and guiding their approach rather than defaulting to doing the work yourself.
Help develop controls effort estimates for projects and proposals based on technical scope and risk, and flag early when technical findings change those estimates.
Define the control architecture for each system, including PLC program structure, I/O and network architecture, and the handshakes between PLCs, robots, motion systems, HMIs, and software.
Set project-level PLC programming conventions consistent with company standards, using ladder logic as the primary language; define how logic is tested in simulation or on the bench; and review program changes before deployment.
Define the HMI structure, alarm philosophy, and diagnostics for each system, and review the screens other team members develop.
Lead the controls side of R&D and prototype efforts, directing feasibility studies, selecting the control approach and hardware for new automation solutions, and deciding which concepts move forward.
Lead integration of complex hardware, including multi-axis servo and motion systems, robots, vision, and safety devices, across digital, analog, Ethernet, and serial communication protocols.
Lead on-site commissioning independently, make technical decisions in the field, and communicate technical impacts to the project team.
Define the validation tests and acceptance criteria that prove systems meet performance, cycle-time, and reliability requirements.
Drive root-cause analysis for complex PLC, electrical, mechanical, and network problems, including intermittent faults that span multiple subsystems.
Lead tuning of servo, motion, and process control loops, and resolve performance tradeoffs across the system.
Drive system reliability and uptime through fault handling and recovery logic and diagnostics that make issues fast to resolve.
Own the controls side of machine safety for each system, including designing the safety circuits and safety PLC logic that team members implement, selecting safety-rated devices, and validating safety functions, in support of the risk assessment.
Determine required performance levels and verify safety functions against ISO 13849 or equivalent requirements.
Coordinate the controls design with the electrical, mechanical, robotics, and software teams, and resolve interface and integration tradeoffs.
Lead control panel design and component selection, and review electrical drawings for correctness and manufacturability.
Mentor other team members through program reviews, design reviews, and pairing on difficult problems.
Author and review functional design specifications, wiring diagrams, test procedures, and commissioning reports for the project.
Ensure project documentation, program backups, and change records are complete and maintainable for future service and upgrades.
Apply ISO, ANSI, and NFPA standards relevant to industrial machinery, including NFPA 79, and guide team members in applying them.