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Automation Direct Plc Programmer Jobs in Michigan

PLC Programming * Intermediate PLC programming (add sensor & change sequence) * Strong ... Emhart DA schedule changes as directed by Weld Engineers * Conduct preventive maintenance ...

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Opportunity to gain specialized certifications, including PLC programming What You Bring: * 3+ ... Background in electrical, mechanical, and automation systems * Strong troubleshooting skills for ...

Title: Automation Engineer Work Location: Greer, SC or Troy, MI This person will transfer ... Seek for breakthrough initiative on Robotic, PLC and Vision field: Identify new technologies and ...

Automation Technician IV must demonstrate competency in (2) of the below specialties: PLC ... Emhart DA schedule changes as directed by Weld Engineers * Conduct preventive maintenance ...

ME Engineer Automation & Design Make individual mobility more enjoyable and sustainable by ... Program, troubleshoot, and maintain PLC systems (Allen-Bradley and Siemens), including logic ...

Automation Engineer Work Location: • Greer, SC or Troy, MI • This person will transfer ... Seek for breakthrough initiative on Robotic, PLC and Vision field: Identify new technologies and ...

Automation Technician IV must demonstrate competency in (2) of the below specialties: PLC ... Emhart DA schedule changes as directed by Weld Engineers * Conduct preventive maintenance ...

Controls Engineer, PLC

Southfield, MI · On-site

$125K - $135K/yr

Ready to engineer the future of automation? We're seeking a Controls Engineer who thrives on ... Program, modify, and troubleshoot PLC and HMI systems using Allen-Bradley and Siemens platforms.

New

PLC programming and troubleshooting using Siemens and/or Rockwell (Allen-Bradley) platforms ... Work on real-world automation challenges with visible impact. * Collaborate with experienced ...

$98K - $128K/yr

Understanding of PLC programming including ladder, function block and structured text. * RS Logix experience is preferred. * Understanding of building automation systems. Siemens Insight or Desigo ...

Design, develop, and implement automation solutions, including robotic systems, PLC-based control ... Bachelor's degree in engineering (Electrical, Mechanical, or Industrial Engineering preferred) or ...

Design, develop, and implement automation solutions, including robotic systems, PLC-based control ... Bachelor's degree in engineering (Electrical, Mechanical, or Industrial Engineering preferred) or ...

Design, develop, and implement automation solutions, including robotic systems, PLC-based control ... Bachelor's degree in engineering (Electrical, Mechanical, or Industrial Engineering preferred) or ...

Design, develop, and implement automation solutions, including robotic systems, PLC-based control ... Bachelor's degree in engineering (Electrical, Mechanical, or Industrial Engineering preferred) or ...

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Path programming * Integration with surrounding automation systems * Work in-shop during machine ... Siemens PLC platforms (TIA Portal / Step 7) * Experience programming and commissioning Fanuc robots

Showing results 41-60

Automation Direct Plc Programmer information

What is the difference between Automation Direct Plc Programmer vs PLC Technician?

AspectAutomation Direct Plc ProgrammerPLC Technician
CredentialsTypically requires programming certifications and knowledge of PLC softwareUsually holds technical diplomas or certifications in PLC maintenance
Work EnvironmentPrimarily involved in programming, testing, and software developmentFocuses on installation, troubleshooting, and maintenance of PLC systems
Industry UsageUsed in automation, manufacturing, and control system designCommon in industrial maintenance and repair roles

Automation Direct Plc Programmers focus on developing and implementing PLC software, while PLC Technicians handle installation, troubleshooting, and maintenance of PLC hardware. Both roles are essential in automation industries but differ in their primary responsibilities and skill sets.

What are the key skills and qualifications needed to thrive as an Automation Direct PLC programmer, and why are they important?

To thrive as an Automation Direct PLC Programmer, you need a solid understanding of electrical engineering, control systems, and proficiency in programming PLCs, often supported by a relevant technical degree or certification. Familiarity with Automation Direct software platforms, ladder logic programming, and industrial communication protocols is essential. Strong problem-solving abilities, attention to detail, and effective communication skills help you collaborate with cross-functional teams and troubleshoot system issues. These skills ensure reliable automation solutions, minimize downtime, and optimize manufacturing processes in industrial environments.

What are some common challenges faced by Automation Direct PLC programmers when integrating new equipment into existing systems?

Automation Direct PLC Programmers often encounter challenges when integrating new equipment, such as ensuring compatibility between different hardware and software versions, adapting to varying communication protocols, and minimizing system downtime during installation. Troubleshooting unexpected issues and thoroughly testing new code within live production environments require both technical expertise and careful planning. Close collaboration with engineering, maintenance, and operations teams is essential to ensure seamless integration and ongoing system reliability.

What is an Automation Direct PLC programmer?

An Automation Direct PLC Programmer is a professional who specializes in programming, configuring, and troubleshooting Programmable Logic Controllers (PLCs) manufactured by AutomationDirect. These PLCs are used to automate machinery and industrial processes in a variety of industries, such as manufacturing, energy, and material handling. The programmer uses software tools like DirectSOFT or Do-more Designer to create custom logic programs that control equipment based on specific operational requirements. Their work ensures systems run efficiently, safely, and reliably.

What are popular job titles related to Automation Direct Plc Programmer jobs in Michigan?

For Automation Direct Plc Programmer jobs in Michigan, the most frequently searched job titles are:

What cities in Michigan are hiring for Automation Direct Plc Programmer jobs?

Cities in Michigan with the most Automation Direct Plc Programmer job openings:

Automation Engineer

Rule 5 Hire

Grand Rapids, MI • On-site

Full-time

Re-posted 15 days ago


Job description

Provide production support by performing setup, troubleshooting and operations of automated welding cells within a production facility, as well as implementing best practices and proactively assess welding/robotic applications, as well as mentor Auto Technician I-IV team members.

RESPONSIBILITIES AND RESULTS:

Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions.

    • Demonstrate proficiency while troubleshooting automated welding cells to effect permanent change in order to eliminate cell downtime.
    • Document and record all improvements and changes within the process in an ERP system.
    • Follow all safety procedures and protocols while servicing or maintaining equipment.
    • Mentor Auto and Weld Technicians.
    • Ability to execute with proficiency all duties and responsibilities requirements of weld technician.
    • Prioritize tasks within the facility relating to weld troubleshooting, set-up coordinated with production.
    • Demonstrate proficiency in troubleshooting using prints, multimeters, amp meters, etc.
    • Perform, train and critique equipment preventative maintenance.
    • Plex utilization (downtime codes, note entry, documentation, locating part listings/prints, etc.).
    • Troubleshoot electrical components and circuits (Connecting circuit breakers, transformers, or other components in a junction box or panel).
    • Wiring harnesses.
    • Drive systems.
    • Relays.
    • Boards.
    • Motors.
    • Make proper connections of the following communication protocols: fiber optics, Ethernet, DeviceNet.
    • Modify and perform basic programming of robots in all robotic applications such as ABB and Fanuc.
    • Advanced weld troubleshooting for all welding applications (drawn arc, GMAW, resistance welding, Air over Oil systems, etc.).
    • Properly troubleshoot and adjust pneumatic systems.
    • Troubleshoot and adjust weld fixtures.
    • Basic understanding of hydraulic systems (process, functions, etc.).
    • Setup and troubleshoot Poke Yoke systems and applications.
    • Weld troubleshooting.

Automation Technician must demonstrate competency in all (3) of the below specialties;

  • Controls:
    1. PLC Programming
      1. Intermediate PLC programming (add sensor & change sequence)
      2. Strong understanding of ladder logic and intermediate level ability to troubleshoot issues through a PLC
      3. Program Panel View (HMI)
      4. Troubleshoot/ Setup I/O blocks
      5. Search, cross reference, and edit a program
    2. Troubleshoot HMI system
      1. Load program
      2. Replace components (i.e., logical module, screen, etc.)
      3. Replace system, set IP address, set system name
  • Welding
    1. Intermediate Weld Troubleshooting
      1. If needed, rebuild or reload schedules. Make changes as directed by Weld Engineers using RAFT
      2. Emhart DA schedule changes as directed by Weld Engineers
      3. Conduct preventive maintenance activities on specialty equipment
      4. MIG weld schedule changes as directed by Weld Engineers
      5. Cap / Electrode studies and weld validation
        1. Calibrate squeeze force on spot weld guns
        2. Troubleshoot Drawn Arc Stud Welding issues as well as basic programming
        3. Troubleshoot/ setup projection welds
        4. Working knowledge of Miyachi Weld Tester


Experience

  • Minimum 3 years of Weld Technician, Automation Technician, or equivalent experience

Provide production support by performing setup, troubleshooting and operations of automated welding cells within a production facility, as well as implementing best practices and proactively assess welding/robotic applications.