Automation & Motion Control Engineer – Industrial Lifting Systems

Automation & Motion Control Engineer – Industrial Lifting Systems
Location: Ashland, VA (Onsite)
Shift: 1st Shift
Job Type: Contract-to-Hire (6-Month Conversion Opportunity)
Pay rate: Starting at $39+/hour depending on experience

Position Summary

An industrial engineering team is seeking an experienced Automation & Controls Engineer to support the development, integration, and optimization of electrical control systems used in heavy material handling equipment and overhead lifting applications.

This role combines system design, PLC/HMI programming, commissioning support, and troubleshooting responsibilities for both new installations and modernization projects. The position is ideal for someone who enjoys hands-on industrial automation work in a fast-paced engineering environment.

Key Responsibilities:
Controls Engineering & System Development

• Design and implement control systems for industrial lifting and motion-based equipment

• Develop, modify, and troubleshoot PLC logic and HMI interfaces for automated operations

• Produce electrical schematics, wiring diagrams, and panel layouts for manufacturing and field implementation

• Select and integrate components including VFDs, relays, sensors, communication hardware, and safety devices

• Ensure control systems align with applicable industrial standards and operational requirements

Startup, Integration & Commissioning

• Support installation, startup, and commissioning activities for new and upgraded systems

• Configure PLCs, motor drives, and industrial communication networks

• Perform system validation, troubleshooting, and performance optimization

• Assist with tuning and functional testing of automated equipment

Technical Troubleshooting & Field Support

• Diagnose and resolve issues involving industrial electrical and automation systems

• Provide technical support to maintenance personnel and field service teams

• Assist with retrofit projects, modernization efforts, and control system improvements

• Support operational reliability initiatives and downtime reduction efforts

Collaboration & Continuous Improvement

• Partner with engineering, operations, and project management teams on system implementation

• Contribute technical expertise during design reviews and project planning

• Mentor or assist junior technical team members when needed

• Participate in process improvement efforts focused on efficiency, safety, and equipment performance

Required Qualifications:
• Bachelor’s degree in Electrical Engineering, Controls Engineering, Automation Engineering, or related field (or equivalent hands-on experience)

• Minimum of 5 years of industrial controls engineering experience

• Strong experience with:

• PLC programming (Allen-Bradley, Siemens, or similar platforms)

• HMI and SCADA systems

• Variable Frequency Drives (VFDs) and motor control systems

• Industrial automation and motion control applications

• Ability to create and interpret electrical schematics and control documentation

• Familiarity with industrial communication protocols such as Ethernet/IP and Modbus

• Working knowledge of motion systems involving hoist, trolley, and bridge operations

• Understanding of applicable standards including CMAA, NEC/NFPA 70, and ASME

Preferred Background:
• Experience with advanced automation technologies such as anti-sway systems, load monitoring, or automated crane controls

• Background supporting commissioning and system integration projects in heavy industrial environments

• Strong analytical and troubleshooting capabilities

• Comfortable working in industrial facilities and elevated work areas when required

• Strong communication and teamwork skills

Why Explore This Opportunity?

This role offers the opportunity to work on highly specialized automation systems supporting industrial lifting and material handling applications. It’s a strong fit for engineers who enjoy real-world problem solving, equipment optimization, and hands-on involvement in both system design and field implementation.