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Skills
Allen-Bradleyunmatched
AutoCADunmatched
Automationunmatched
Communication Skillsunmatched
Control Engineeringunmatched
Control Systemsunmatched
Customer Trainingunmatched
Desalinationunmatched
Electrical Engineeringunmatched
Health Insuranceunmatched
Human Machine Interface (HMI)unmatched
Process Analysisunmatched
Programmable Logic Controller (PLC)unmatched
Regulationsunmatched
Schematicsunmatched
Systems Maintenanceunmatched
Technical Writingunmatched
Training/Teachingunmatched
User Documentationunmatched
Water Treatmentunmatched
Willing to Travelunmatched
Description
Benefits:
401(k)
Bonus based on performance
Competitive salary
Health insurance
Opportunity for advancement
Paid time off
Parental leave
Training & development
We are looking for an experienced and highly-qualified Controls Engineer with at least 10 years of industrial experience to oversee the development of automated control systems. We primarily work with electrical systems, so our ideal candidate has at least a bachelor's degree in electrical engineering. You use PLC programming products, such as those made by Siemens and Allen Bradley, to create reliable and user friendly control systems. You also must know how to draft schematics in AutoCAD.
Controls Engineer Duties and Responsibilities
Analyze the processes of the assigned facility or equipment
Identify shortcomings that could be opened by automation
Design systems that can automate processes
Maintain and repair systems
Inspect systems to ensure they meet safety regulations
Develop technical manuals.
Design HMI program
Design PLC programs
Provide training to customer
Commission projects
Controls Engineer Requirements and Qualifications
Bachelor's degree in electrical engineering
5+years of engineering experience
AutoCAD skills
Familiarity with common PLC hardware
Strong communication abilities
Experience with large scale water treatment or desalination plants a plus
must have experience with large motors, VFDs, valves, transmitters, sensors, machine networking and other automation related components.