Two New Instrumentation Micro-Credentials Enter Pilot Testing Phase

The world of process control is changing faster than most plants can keep up and employers are feeling the pressure. Smart instrumentation, tighter tolerances, and data‑driven operations are transforming everyday manufacturing practices, especially in sectors where precision is non‑negotiable like power generation, petrochemicals, food processing, chemical manufacturing, biotechnology, pharmaceuticals, refineries, and water treatment. These industries depend on technicians who can keep complex systems stable, safe, and efficient, yet thousands of open positions remain unfilled.  

With so much riding on accurate measurement, reliable instrumentation, and well‑tuned control loops, the pressure on the workforce has never been higher. So when the Smart Automation Certification Alliance (SACA) set out to build its new Process Control & Instrumentation credentials, it made perfect sense to work directly with the people who face these challenges every day.

Industry leaders shaped every detail of the standards, with Endress+Hauser hosting SACA’s Process Control Technical Work Group at its U.S. headquarters in Greenwood, Indiana, and again at its Pearland, Texas campus, bringing together experts from the field to define what real‑world competency should look like in today’s rapidly evolving process landscape.

Reducing Risk Through Verified, Hands‑On Competency

As industry advances, the conversation has shifted from simply finding talent to ensuring that talent is truly prepared for the realities of modern processing environments. Standardized, hands-on credentials, like SACA, take the guesswork out of hiring and onboarding by proving that a technician can perform the tasks the job requires. Instead of hoping someone’s experience translates, employers get clear evidence of real‑world competency.

When discussing why hands-on credentialing is important, Jerry Spindler, of Endress+Hauser, says SACA credentials lead to “familiarity and comfort with the technology as a new hire, and being able to ramp-up quickly in their new roles.” They also lead to a quicker ROI since there is less time for an employee to integrate after hiring.

For all employers, the value of these credentials starts with consistency. By defining clear, performance‑based standards, SACA gives industry a reliable way to benchmark what competent truly means in process control and instrumentation. A workforce built on demonstrated ability is also a workforce that can adapt. As plants introduce new technologies, upgrade instrumentation, or shift toward more data‑driven operations, technicians with validated foundational skills are better positioned to learn, grow, and take on more advanced responsibilities.

Solving Workforce Challenges

Along with other workforce challenges, like generational talent shortages and advancing technology, companies across the process industry realize the importance of setting an industry standard and a more consistent, validated way to prepare the next generation of process control talent.

Plants are becoming more automated, and employers are feeling the strain of trying to develop talent quickly enough to keep up. Internal training programs vary widely from one facility to the next, and on‑the‑job learning alone can’t always provide the depth or consistency needed for such high‑stakes work. Companies are looking for a way to ensure every technician, regardless of where they come from, has demonstrated the same core competencies.

The responsibility for preparing tomorrow’s process control technicians doesn’t rest solely with employers. Education and training providers play an equally critical role, and they need well‑defined, industry‑validated standards to guide how they teach, assess, and develop emerging talent.

Educators want to prepare students for real careers, yet without direct alignment to industry expectations, it’s easy for programs to drift toward theory or outdated practices. That’s why these credentials matter just as much to education as they do to employers. They provide a roadmap for what students must be able to know and do and expose them to careers they might not have known existed.

“Graduates can also settle into their new positions more quickly and confidently and be able to make immediate contributions to their organizations since they would not be working with equipment they are unfamiliar with,” explains Spindler.

Developing Credentials for the Nex Generation

As process industries continue to evolve, the role of the technician is evolving with them. Smart instrumentation, advanced analytics, and increasingly autonomous systems are reshaping what it means to work in process control. Tomorrow’s technicians won’t just maintain equipment, they’ll interpret data, optimize performance, and make decisions that directly influence safety, quality, and efficiency.

SACA’s Process Control and Instrumentation credentials were built with that future in mind. They validate the foundational skills technicians need today while creating a framework that can grow as technology advances, ensuring the workforce stays aligned with the realities of modern operations.

Two of the first micro-credentials are currently available for pilot testing: C-261 (Process Measurement Instrumentation 1) and C-262 (Process Measurement Instrumentation 2). Members are encouraged to familiarize themselves with these first credentials and offer testing.

The newly released Process Control and Instrumentation credentials cover the current analog technologies still widely used across industry, but they represent just one piece of what the future workforce will need. As more facilities transition to digital instruments, smart devices, and networked control systems, additional credentials will be needed to prepare students and emerging technicians.

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Interested in taking pilot tests but not a member? Learn more here: https://www.saca.org/smart-automation-certification-membership/