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Scada Programming Jobs in Georgia (NOW HIRING)

This role works closely with Technical Leads, SCADA Engineers, and cross-functional project teams to deliver high-quality automation solutions that meet strict performance, reliability, and uptime ...

This role works closely with Technical Leads, SCADA Engineers, and cross-functional project teams to deliver high-quality automation solutions that meet strict performance, reliability, and uptime ...

This role works closely with Technical Leads, SCADA Engineers, and cross-functional project teams to deliver high-quality automation solutions that meet strict performance, reliability, and uptime ...

This role works closely with Technical Leads, SCADA Engineers, and cross-functional project teams to deliver high-quality automation solutions that meet strict performance, reliability, and uptime ...

Control Engineer 3

Suwanee, GA ยท On-site

$77K - $100K/yr

Programming * Lead programming / configuration team efforts for complex automation and SCADA applications. * Program / Configure / troubleshoot PLCs, RTUs, and/or HMI systems. * Testing ...

Control Engineer 2

Columbus, GA ยท On-site

$73K - $95K/yr

Lead programming / configuration team efforts for complex automation and SCADA applications. * Program / Configure / troubleshoot PLCs, RTUs, and/or HMI systems. * Testing / Troubleshooting ...

Control Engineer 3

Atlanta, GA ยท On-site

$80K - $103K/yr

Programming * Lead programming / configuration team efforts for complex automation and SCADA applications. * Program / Configure / troubleshoot PLCs, RTUs, and/or HMI systems. * Testing ...

Lookingfor a Senior Scada Dev with GeoSCADA and that has to include asset frameworkdesign and development. Theyalso need skills with: * GeoSCADA,PI, and InTouch. * ASCADA and Software Engineer is ...

Showing results 21-40

Scada Programming information

What is SCADA programming?

SCADA programming involves creating and configuring software that monitors and controls industrial processes, such as manufacturing, energy, or water treatment systems. SCADA (Supervisory Control and Data Acquisition) systems collect real-time data from sensors and equipment, display this information to operators, and allow them to control processes remotely. Programming these systems typically involves using specialized software platforms to design user interfaces, set up data communication protocols, and implement automation logic. SCADA programmers ensure the system operates efficiently, safely, and reliably, often integrating with PLCs and other industrial devices.

What are the key skills and qualifications needed to thrive as a SCADA programmer?

To thrive as a SCADA Programmer, you need a solid background in industrial automation, control systems, and programming, typically supported by a degree in electrical engineering, computer science, or a related field. Familiarity with SCADA software platforms (such as Wonderware, Ignition, or Siemens WinCC), PLC programming, and relevant industry certifications is crucial. Strong problem-solving skills, attention to detail, and effective communication help you work well with engineering teams and clients. These competencies ensure reliable system integration, efficient troubleshooting, and optimal plant or process performance.

What are some common challenges faced by SCADA programmers when integrating new devices into existing control systems?

SCADA programmers often encounter challenges when integrating new devices, such as ensuring compatibility with legacy hardware and software, managing communication protocols, and maintaining data integrity across the system. Troubleshooting connectivity issues and configuring drivers to facilitate smooth data exchange are also common tasks. Collaborating closely with engineers, IT specialists, and equipment vendors is essential to resolve these challenges efficiently and minimize system downtime.

Are SCADA programmers in demand?

SCADA programmers are in demand due to the increasing need for automation and control systems in industries such as manufacturing, energy, and utilities. Skilled professionals with knowledge of PLCs, HMI, and SCADA software like Wonderware or Ignition are sought after, especially those with certifications and experience in system integration and cybersecurity. Job opportunities are often available in regions with industrial infrastructure development and infrastructure modernization projects.

How to become a SCADA programmer?

To become a SCADA programmer, you typically need a background in electrical engineering, computer science, or automation technology, along with proficiency in programming languages such as ladder logic, Python, or C++. Familiarity with SCADA software platforms like Wonderware, Ignition, or GE iFIX is essential, and obtaining industry certifications can enhance job prospects. Practical experience through internships or hands-on projects is also valuable for developing the skills required in SCADA programming roles.

What cities in Georgia are hiring for Scada Programming jobs?

Cities in Georgia with the most Scada Programming job openings:

Infographic showing various Scada Programming job openings in Georgia as of August 2026, with employment types broken down into 1% Internship, 83% Full Time, 12% Part Time, 3% Contract, and 1% Nights. Highlights an 87% Physical, 3% Hybrid, and 10% Remote job distribution.

Senior Ignition / SCADA Systems Engineer (27780479)

Atlanta, GA โ€ข On-site

Page Mechanical Group, Inc.
Constructionย โ€ขย 201 - 500 employees

$100K - $137K/yr

Other

Posted 12 days ago


Key responsibilities

  • Own the health, administration, support, and continuous improvement of Ignition environments across production and non-production systems.

  • Troubleshoot issues related to Ignition gateways, PLC connectivity, HMIs, alarms, historian performance, and OT data flows.

  • Support integration with PLCs, HMIs, industrial devices, SQL databases, and other plant systems.


Job description

Nexus Circular is the commercial leader in advanced recycling technology that converts landfill-bound plastics into circular feedstocks for the production of sustainable virgin plastics for packaging and other applications. Nexus Circularโ€™s end-to-end solution is economically validated as demonstrated by consistent bulk sales of high quality, ISCC Plus circular feedstocks for virgin plastic production. Aligned with global partners who seek proven scalable solutions to meet ambitious plastic circularity goals, Nexus Circular is rapidly expanding its innovation footprint worldwide, moving decisively to address the complex challenges of plastics accumulation in the environment.

Nexus Circular is seeking a senior Operational Technology professional with deep, hands-on experience administering, stabilizing, and scaling Inductive Automation Ignition environments in uptime-sensitive industrial operations.

This role will serve as a subject matter expert for Ignition, SCADA reliability, historian performance, and OT data integrity. The successful candidate will help reduce key-person risk, improve historian and data-logging stability, strengthen OT support practices, and establish repeatable Ignition platform standards for McDonough and future Nexus Circular sites.

Ideal Candidate Profile

The ideal candidate has personally owned and improved Ignition environments in live production settings. They are comfortable troubleshooting complex SCADA, historian, and OT data issues, but they can also step back and build standards, documentation, and support practices that make the platform more reliable and repeatable over time.

This person should be hands-on, structured, collaborative, and comfortable working in environments where uptime, operator visibility, and data reliability are critical.

Primary Responsibilities Ignition Platform Ownership
  • Own the health, administration, support, and continuous improvement of Ignition environments across production and non-production systems.
  • Manage Ignition gateway configuration, module health, backup and restore readiness, redundancy strategy, performance tuning, and upgrade planning.
  • Design and maintain standards for tag models, UDT structures, alarming, historian configuration, project organization, scripting, and release discipline.
  • Support both Vision and Perspective applications where applicable, with a focus on operator clarity, diagnostics, maintainability, and long-term supportability.
  • Establish change-control, testing, rollback, and production validation practices for Ignition changes.
  • Follow best practices for developing scalable, maintainable, and intelligent UDT structures within Ignition.
  • Provide technical guidance and knowledge transfer to internal teams on Ignition architecture, support procedures, troubleshooting methods, and platform standards.
SCADA, Historian, and OT Data Reliability
  • Improve the reliability of historian logging, store-and-forward behavior, tag history, data retention, and time-series data quality.
  • Troubleshoot issues related to Ignition gateways, PLC connectivity, HMIs, alarms, historian performance, and OT data flows.
  • Support root-cause analysis and incident response for Ignition, SCADA, historian, and OT platform issues.
  • Help define and maintain data reliability standards for production reporting, alerting, event streaming, and future analytics use cases.
Plant Integration, Support, and Standardization
  • Work closely with OT, Engineering, Operations, Data, IT, and external vendors to support commissioning, startup, troubleshooting, and ongoing plant operations.
  • Support integration with PLCs, HMIs, industrial devices, SQL databases, and other plant systems.
  • Help define a repeatable OT platform model that can be applied at McDonough and future Nexus Circular sites.
  • Create and maintain architecture diagrams, support runbooks, backup procedures, recovery documentation, known-failure scenarios, naming standards, and knowledge-transfer materials.
  • Support OT Windows Server infrastructure related to Ignition and plant systems, including backup validation, patching coordination, recovery planning, and production support standards.
Required Qualifications
  • 5+ years of experience in OT, industrial automation, SCADA, or plant systems support, with senior-level ownership of production environments.
  • 3+ years of direct, hands-on experience administering and troubleshooting Inductive Automation Ignition in live industrial operations.
  • Demonstrated expertise with Ignition gateway administration, tags, UDTs, alarming, Tag Historian, store-and-forward, backups, redundancy, scripting, and upgrade planning.
  • Strong experience with historian design or administration, OT data logging, data retention strategy, and time-series data reliability.
  • Experience supporting OT Windows Server infrastructure, backup and restore validation, patching discipline, and production support practices.
  • Strong troubleshooting, documentation, root-cause analysis, incident response, and cross-functional communication skills.
  • Ability to work effectively with Operations, Engineering, OT, IT, Data, and external vendors in a production-focused environment.
Preferred Qualifications
  • Ignition certification or equivalent expert-level Ignition experience.
  • Experience supporting Ignition SCADA systems in industrial, production, or continuous-process environments.
  • Hands-on experience with Vision, Perspective, SQL databases, scripting, Ignition API usage, alarm configuration, and performance troubleshooting.
  • Experience in oil, chemicals, energy, recycling, industrial processing, manufacturing, or other continuous-process environments.
  • Experience with Siemens, Rockwell, Phoenix Contact, Unitronics, or similar industrial control platforms.
  • Experience supporting multi-site OT environments, standardized templates, plant replication, or commissioning of new facilities.
  • Experience integrating OT data into reporting, alerting, event streaming, cloud analytics, or business intelligence platforms.
  • Experience creating OT support runbooks, historian standards, naming standards, architecture documentation, and knowledge-transfer materials.
  • Working knowledge of OT segmentation, remote access governance, firewalls, and industrial cybersecurity practices.
  • Exposure to licensing, intellectual property protection, OT architecture standardization, or future-state plant replication models.
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