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Pid Controller Jobs (NOW HIRING)

Advastar, Inc

Installation Technician

Jacksonville, FL · Remote

$30 - $40/hr

Install equipment such as PID-controlled pumps, emulsifiers, chlorine dioxide generators, and feed systems at customer sites. * Conduct site surveys focusing on safety, supportability, and ...

Advastar, Inc

Installation Technician

Chattanooga, TN · Remote

$30 - $40/hr

Install equipment such as PID-controlled pumps, emulsifiers, chlorine dioxide generators, and feed systems at customer sites. * Conduct site surveys focusing on safety, supportability, and ...

Advastar, Inc

Installation Technician

Chattanooga, TN · Remote

$30 - $40/hr

Install equipment such as PID-controlled pumps, emulsifiers, chlorine dioxide generators, and feed systems at customer sites. * Conduct site surveys focusing on safety, supportability, and ...

Advastar, Inc

Installation Technician

Walla Walla, WA · Remote

$30 - $40/hr

Install equipment such as PID-controlled pumps, emulsifiers, chlorine dioxide generators, and feed systems at customer sites. * Conduct site surveys focusing on safety, supportability, and ...

Advastar, Inc

Installation Technician

Walla Walla, WA · Remote

$30 - $40/hr

Install equipment such as PID-controlled pumps, emulsifiers, chlorine dioxide generators, and feed systems at customer sites. * Conduct site surveys focusing on safety, supportability, and ...

Advastar, Inc

Installation Technician

Jacksonville, FL · Remote

$30 - $40/hr

Install equipment such as PID-controlled pumps, emulsifiers, chlorine dioxide generators, and feed systems at customer sites. * Conduct site surveys focusing on safety, supportability, and ...

Advastar, Inc

Installation Technician

Chillicothe, OH · Remote

$30 - $40/hr

Install equipment such as PID-controlled pumps, emulsifiers, chlorine dioxide generators, and feed systems at customer sites. * Conduct site surveys focusing on safety, supportability, and ...

Advastar, Inc

Installation Technician

Chillicothe, OH · Remote

$30 - $40/hr

Install equipment such as PID-controlled pumps, emulsifiers, chlorine dioxide generators, and feed systems at customer sites. * Conduct site surveys focusing on safety, supportability, and ...

Advastar, Inc

Installation Technician

Walla Walla, WA · Remote

$30 - $40/hr

Install equipment such as PID-controlled pumps, emulsifiers, chlorine dioxide generators, and feed systems at customer sites. * Conduct site surveys focusing on safety, supportability, and ...

Amneal Pharmaceuticals

Automation Engineer

Piscataway, NJ · On-site

$90K - $100K/yr

Fully comprehend, verify, and develop P&ID, Engineering Layout, Electrical/Controls Diagram, Engineering Drawings and Engineering documents, HMI, SCADA, VFD and PID Controller Programming Project ...

Amneal Pharmaceuticals

Automation Engineer

Piscataway, NJ · On-site

$90K - $100K/yr

Fully comprehend, verify, and develop P&ID, Engineering Layout, Electrical/Controls Diagram, Engineering Drawings and Engineering documents, HMI, SCADA, VFD and PID Controller Programming Project ...

Amneal Pharmaceuticals

Automation Engineer

Piscataway, NJ · On-site

$90K - $100K/yr

Fully comprehend, verify, and develop P&ID, Engineering Layout, Electrical/Controls Diagram, Engineering Drawings and Engineering documents, HMI, SCADA, VFD and PID Controller Programming Project ...

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Pid Controller information

See salary details

$55K

$119.5K

$175.5K

How much do pid controller jobs pay per year?

As of Jun 21, 2026, the average yearly pay for pid controller in the United States is $119,497.00, according to ZipRecruiter salary data. Most workers in this role earn between $97,000.00 and $138,500.00 per year, depending on experience, location, and employer.

What engineers make $500,000?

Senior engineers in specialized fields such as software engineering, petroleum engineering, and aerospace engineering can earn $500,000 or more annually, especially with experience, advanced skills, and in high-demand industries. Executive-level engineering roles or those with significant leadership responsibilities may also reach this compensation level.

What is a PID controller?

A PID controller is a type of control system used in industrial and engineering applications to automatically regulate variables such as temperature, pressure, or speed. PID stands for Proportional, Integral, and Derivative, which are the three control actions the controller uses to correct errors between a desired setpoint and a measured process variable. By adjusting the output based on these three factors, a PID controller can provide precise and stable control, reducing overshoot and ensuring the system reaches its target efficiently. These controllers are widely used because of their simplicity, reliability, and effectiveness in a variety of settings.

What does a PID controller do?

A PID controller is used in control systems to automatically adjust a process variable to match a desired setpoint by calculating and correcting errors through proportional, integral, and derivative actions. In jobs involving automation, control engineering, or process management, PID controllers help maintain stability and accuracy in systems such as manufacturing, robotics, and HVAC. Skills in tuning and implementing these controllers are often required for related roles.

What is the difference between Pid Controller vs Control Systems Engineer?

AspectPid ControllerControl Systems Engineer
Required CredentialsTypically engineering degree, certifications in control systemsEngineering degree, advanced certifications often preferred
Work EnvironmentIndustrial, manufacturing, automation settingsDesign, development, and testing of control systems in various industries
Employer & Industry UsageManufacturers, automation companies, process industriesEngineering firms, automation companies, research labs
Common Search & Comparison IntentUnderstanding basic control algorithmsDesigning and optimizing control systems

The main difference is that a Pid Controller is a specific control algorithm used within control systems, while a Control Systems Engineer designs, analyzes, and implements these systems. The Pid Controller is a component often used by Control Systems Engineers to achieve desired process control performance.

What are the 4 types of controllers?

In control systems, including those used by PID controllers, the four main types of controllers are proportional (P), integral (I), derivative (D), and combinations such as PI, PD, and PID controllers. These controllers are used to maintain desired process variables by adjusting control outputs based on different feedback mechanisms. Understanding these types helps in designing effective control strategies for automation and process control roles.

What are the key skills and qualifications needed to thrive as a PID Controller Engineer, and why are they important?

To thrive as a PID Controller Engineer, you need a solid background in control systems engineering, mathematics, and process automation, usually supported by a degree in electrical, mechanical, or chemical engineering. Familiarity with simulation and programming tools like MATLAB/Simulink, PLCs, and SCADA systems, as well as certifications in automation or control systems, is typically required. Strong analytical thinking, problem-solving abilities, and clear communication skills help you diagnose issues and collaborate effectively with multidisciplinary teams. These skills ensure you can design, tune, and maintain PID controllers that optimize system performance and reliability in industrial environments.

Are control engineers in high demand?

Control engineers, including those specializing in PID controllers, are in high demand across industries such as manufacturing, automation, and robotics due to the need for precise process regulation. Skills in control system design, programming, and experience with tools like MATLAB or PLCs enhance job prospects in this field.

What are some common challenges faced by engineers working with PID controllers in industrial automation settings?

Engineers working with PID controllers often encounter challenges such as tuning the controller parameters for optimal performance, dealing with noisy sensor data, and adapting to changing process dynamics. Achieving the right balance between responsiveness and stability can require extensive testing and iterative adjustments. Additionally, collaborating closely with process operators and maintenance teams is essential to ensure the PID system integrates smoothly with existing equipment and meets the specific needs of the application.
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Pid Controller jobs near you
Infographic showing various Pid Controller job openings in the United States as of June 2026, with employment types broken down into 100% Full Time. Highlights an 100% In-person job distribution, with an average salary of $119,497 per year, or $57.5 per hour.

Japanese/ English bilingual Controls Engineer -PLC

ONEPOWER Consulting

Lawrenceville, GA

$76K - $99K/yr

Full-time

Posted 15 days ago

Job description

Job Summary:

The Company is looking for a bi-lingual (Japanese/English) Controls Engineer to join our Thermal Engineering team. The Controls Engineer will use their knowledge in control systems, automation, and instrumentation to optimize industrial processes, enhance operational efficiency, ensure safety and reliability, and drive technological innovation across various processes. This position will use their Japanese/English bilingual language skills to communicate with global teams for technology strategies and alignment.

The Controls Engineer Will:

- Develop control system architectures, including hardware and software components, based on project requirements and specifications. 

- Design and implement control algorithms, such as PID controllers, state-space controllers, or advanced control techniques, to achieve desired system performance. 

- Write, debug, and test control software, including PLC programs, HMI applications. 

- Diagnose and troubleshoot control system issues, identify root causes of problems, and implement corrective actions to ensure reliable operation.

- Stay updated with advancements in control system technologies, industry trends, and best practices through self-directed learning, training programs, and participation in professional organizations.

Qualifications

Required Qualifications:

- 3+ years experience equipment engineering in a controls engineer function.

- Must be proficient in both spoken and written Japanese and English

- Must possess a blend of technical expertise, problem-solving skills, collaborative abilities, and a commitment to continuous learning to design and implement innovative control solutions that meet the needs of diverse industries and applications.

- Ability to adapt to new PLC and automation systems

- Good project management skills, including multi-tasking, prioritizing, managing time effectively. Must have ability to diagnose and troubleshoot fundamental technical issues and provide step-by-step technical help.

- Good listening, verbal, and written communication, along with presentation skills.

- Ability to work collaboratively and build relationships with teammates, customers, and partners.

- Ability to communicate complex technical issues to both technical and non-technical audiences in person, via phone, or email.

- Exceptional interpersonal and customer service skills.

- Intermediate skills in MS Office (Word, PowerPoint, and Excel)

Preferred

Experience in Siemens, Allen-Bradley, Yaskawa systems

Education: Bachelors or better in Engineering or related field.

Job Duties Breakdown:

- Develop control system architectures, including hardware and software components, based on project requirements and specifications. [10%]

- Design and implement control algorithms, such as PID controllers, state-space controllers, or advanced control techniques, to achieve desired system performance. [10%]

- Write, debug, and test control software, including PLC programs, HMI applications. [40%]

- Diagnose and troubleshoot control system issues, identify root causes of problems, and implement corrective actions to ensure reliable operation. [30%]

- Stay updated with advancements in control system technologies, industry trends, and best practices through self-directed learning, training programs, and participation in professional organizations. [10%]