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Controls And Automation Engineer Jobs in Springfield, MO

... compression, controls, software and monitoring solutions result in next-generation climate ... Manufacturing Automation experience a plus. * Driven desire to continuously learn new skills and ...

... compression, controls, software and monitoring solutions result in next-generation climate ... Manufacturing Automation experience a plus. * Driven desire to continuously learn new skills and ...

... controls. · Monitor network performance and availability, troubleshoot issues, conduct capacity ... scripting and automation (PowerShell, Python, or similar) a plus · Effective time management ...

Showing results 21-40

Controls And Automation Engineer information

See Springfield, MO salary details

$41.8K

$89.3K

$127.8K

How much do controls and automation engineer jobs pay per year?

As of Sep 7, 2026, the average yearly pay for controls and automation engineer in Springfield, MO is $89,313.00, according to ZipRecruiter salary data. Most workers in this role earn between $76,000.00 and $100,500.00 per year, depending on experience, location, and employer.

What is a controls and automation engineer?

Controls and Automation Engineers are professionals who design, develop, and maintain systems that automate processes in industries such as manufacturing, energy, and transportation. Their main goal is to improve efficiency, safety, and reliability by implementing control systems like PLCs (Programmable Logic Controllers), SCADA (Supervisory Control and Data Acquisition), and robotics. They work closely with other engineering disciplines to integrate hardware and software solutions, troubleshoot system issues, and ensure optimal operation of automated processes. These engineers play a vital role in modern industrial settings by enabling advanced automation and data-driven decision-making.

What are the key skills and qualifications needed to thrive as a controls and automation engineer?

To thrive as a Controls and Automation Engineer, you need a solid background in electrical engineering, automation systems, and process control, typically supported by a relevant engineering degree. Proficiency with PLC programming, SCADA systems, and industrial network protocols is essential, and certifications like Certified Automation Professional (CAP) are advantageous. Strong analytical thinking, problem-solving, and communication skills set top performers apart in this field. These competencies ensure the safe, efficient, and reliable operation of automated systems in industrial environments.

What are some common challenges controls and automation engineers face when integrating new systems into existing processes?

One common challenge Controls and Automation Engineers encounter is ensuring that new automation systems are compatible with existing legacy equipment and processes. This often requires careful planning, extensive testing, and sometimes custom interface development to avoid disruptions in production. Additionally, balancing the need for increased automation with maintaining system reliability and safety standards can be complex. Collaboration with cross-functional teams, such as IT, production, and maintenance, is crucial to address these integration hurdles effectively.

What is the difference between Controls And Automation Engineer vs Electrical Engineer?

AspectControls And Automation EngineerElectrical Engineer
CredentialsTypically requires a degree in electrical, control systems, or automation engineering; certifications like PLC programming or control system design are commonRequires a degree in electrical engineering; licensure may be required for certain roles
Work EnvironmentDesigning, programming, and testing control systems in manufacturing, industrial, or automation settingsDesigning electrical systems, power distribution, and circuitry in various industries
Industry UsageCommon in manufacturing, automation, and process control industriesWidespread across power, construction, manufacturing, and consulting sectors

Controls And Automation Engineers focus on designing and implementing control systems and automation solutions, while Electrical Engineers have a broader scope including power systems and electrical infrastructure. Both roles require electrical knowledge but differ in specialization and application areas.

What are popular job titles related to Controls And Automation Engineer jobs in Springfield, MO?

For Controls And Automation Engineer jobs in Springfield, MO, the most frequently searched job titles are:

What job categories do people searching Controls And Automation Engineer jobs in Springfield, MO look for?

The top searched job categories for Controls And Automation Engineer jobs in Springfield, MO are:

What cities near Springfield, MO are hiring for Controls And Automation Engineer jobs?

Cities near Springfield, MO with the most Controls And Automation Engineer job openings:

Infographic showing various Controls And Automation Engineer job openings in Springfield, MO as of August 2026, with employment types broken down into 91% Full Time, 5% Part Time, and 4% Contract. Highlights an 87% Physical, 5% Hybrid, and 8% Remote job distribution, with an average salary of $89,313 per year, or $42.9 per hour.

Manufacturing Engineer - SRC Automotive

SRC Automotive

Springfield, MO • On-site

$70 - $90/hr

Other

Retirement, PTO

Posted 17 days ago


Job description

If you are unable to complete this application due to a disability, contact this employer to ask for an accommodation or an alternative application process.

Manufacturing Engineer - SRC Automotive

Full-time Springfield, MO, US

5 days ago Requisition ID: 2906

SRC Automotive, Inc. is a leader in the remanufacturing of engines used in the Automotive, Marine, Natural Gas & Oil and Power Systems industries.

At SRC, we do things differently. Our employee-owners take pride in understanding how their work impacts the success of the business. Their technical expertise—combined with the mindset of ownership—has helped build a culture focused on continuous improvement, innovation, and teamwork.

A Manufacturing Engineer is responsible for the design of production tools and/or machines, and for developing solutions to production problems relating to materials, processes, and tooling. They support new programs by developing new processes, designing tooling and machinery, and developing production controls.

OTHER RESPONSIBILITIES INCLUDE:

  • Participates in decisions regarding the manufacturability of and production of new product lines.
  • Work with Production, Sales, and Materials to establish and revise production standards.
  • Responsible for reviewing and improving facility layout and product flow.
  • Coordinates with Quality, Production, Sales, and customers new product launches.
  • Assist maintenance with machine/tool installation.
  • Sets up new equipment and ensures its satisfactory operation.
  • Trains production personnel on new equipment operation and process.
  • Recommends and implements new processes, controls, and manufacturing methods
  • Stays informed concerning new manufacturing technology and equipment, and investigates their potential applications. Recommends incorporation of new technology for company applications where feasible and practical.
  • Follows engineering process to maintain IATF 16949:2016 certification and other quality standards.
  • Assists the Capital Budgeting process and evaluates new and potential capital equipment.
  • Develops and maintains Python-based scripts and applications to automate engineering tasks, collect and analyze production data, interface with manufacturing equipment, and improve process monitoring and troubleshooting.
  • Supports the programming, integration, troubleshooting, and continuous improvement of PLC-controlled manufacturing equipment and automation systems.
  • Uses 3D printing/additive manufacturing to rapidly develop prototypes, fixtures, gauges, tooling, and other manufacturing aids; evaluates appropriate materials and printing methods for production applications.
  • Integrates, configures, and troubleshoots machine vision systems for inspection, measurement, error-proofing, part identification, and automated process control.
  • Other responsibilities as assigned

Work Environment & Physical Requirements:

Work is performed in both an office setting and a manufacturing environment. Regular exposure to machining equipment, moving mechanical parts, noise, and varying temperatures should be expected.

The physical demands described here are representative of those required to successfully perform the essential functions of this position. While performing the duties of this job, the employee is regularly required to stand, walk, bend, reach, climb, and use hands to handle tools and equipment. The employee will work both at a computer workstation and on the manufacturing floor throughout the day and must be able to occasionally lift or move up to 50 pounds.

WHO YOU ARE:

As an employee-owner, you bring a collaborative mindset, strong work ethic, and commitment to continuous improvement. You take ownership of your work, communicate effectively, and enjoy solving problems in a team environment.

Other qualifications include:

  • BS/BA in Engineering, Manufacturing Technology or related discipline.
  • Five (5) years of experience in Manufacturing Engineering or Product Development.
  • Five (5) years of Manufacturing experience.
  • Knowledgeable concerning mechanical principles, machining practices, the properties of metals, and the application of mathematics and dimensions to production machinery and tooling.
  • Able to mentally visualize and comprehend all aspects of a manufacturing equipment or tooling problem, understand the interrelationships of factors affecting a given situation, and be attentive to detail.
  • Capable of efficiently integrating existing methods with new innovations to economically solve production problems in a timely manner.
  • Experience working within a Quality System; IATF 16949:2016 preferred
  • Strong technical knowledge of Marine and Automotive powertrain products.
  • Experience in product flow, plant layout, assembly/machining equipment and continuous improvement systems.
  • Experience with Python programming for manufacturing automation, data acquisition, data analysis, equipment communication, or engineering productivity tools.
  • Experience with industrial PLCs, including programming, I/O troubleshooting, controls integration, and communication with automated equipment; experience with common PLC platforms is preferred.
  • Hands-on experience with 3D printing/additive manufacturing for prototyping, fixtures, gauges, tooling, or production support applications.
  • Experience with industrial machine vision systems, including camera, lighting, lens, inspection-tool setup, integration, calibration, and troubleshooting.
  • Computer literacy/experience required. Must be proficient in Windows environments. Working knowledge of word processing, PowerPoint, spreadsheets, e-mail, and Web-enabled applications.
  • Excellent verbal and written communication and presentation skills.
  • Must have the ability to multi-task by balancing/prioritizing 5-10 projects/cases at any given time.
  • Requires effective relationship management skills with co-workers in a team environment and with customers/prospects in an engineering sales and support context.
  • Requires effective time management skills, personal conduct, and change management abilities.
  • Requires the desire to expand personal competencies and capabilities through training and education.

Why SRC?

  • Competitive compensation package with opportunity for growth in your career; promotion from within opportunities available
  • Affordable and comprehensive insurance on your 61 st day of employment
  • Bonus opportunity up to 13% based on financial goals of the company
  • Paid Time Off Program and 11 paid Holidays
  • 5% 401(k) match
  • Employee Stock Ownership Plan (ESOP)
  • 100% Tuition Reimbursement
  • Fitness Center and Wellness Program with free mental health resources

Employee-owners first, manufacturers second
We believe the best way to operate is to educate everyone on how the business works, give them a voice in saying how the company is run and provide them a stake in the financial outcome, good or bad.
We do this by creating a business of businesspeople who think, act and feel like owners through education, empowerment and engagement. It’s all part of our open-book management system,The Great Game of Business .

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