SACA & CESMII to Host Technical Work Group
The SACA has partnered with CESMII to develop certification standards for Smart Manufacturing in Smart Manufacturing OT-IT Integration and Semi-Autonomous Intelligence.
Now, industry experts are needed to validate these standards. This is an opportunity for your organization to have input on the skills and competencies needed for today’s smart manufacturing workforce. The exclusive Technical Work Group will meet on April 16th, 2026, at Rockwell Automation in Milwaukee, Wisconsin.
Your input will be used to create nationally-recognized, occupation-driven certifications. Schools and training programs will use these standards to guide their Industry 4.0, IIoT, and artificial intelligence programs.
Additionally, SACA will seek your feedback on future needs of industry and technology trends that will help shape their strategy moving forward.
Benefits of Participating
- Recognition as a national leader in smart manufacturing, IIoT, and AI
- Gain first access to state-of-the-industry skills standards
- Ensure your company’s skill needs are addressed by a nationally-recognized certification
The Details
April 16, 2026 from 10 am – 2 pm
Rockwell Automation, 1201 S. 2nd Street, Milwaukee, WI 53204
Plan to attend? RSVP here.
- Published in News, Technology
SACA Releases New Credentials for Electric Vehicle Manufacturing and Battery Fundamentals
The Smart Automation Certification Alliance (SACA) is pleased to announce the release of five new credentials covering electric vehicle (EV) manufacturing and battery fundamentals into pilot testing.
- C-110 Lithium-Ion Battery Fundamentals
- C-111 EV/Battery Precision Inspection
- C-112 EV/Battery Manufacturing Systems 1
- C-113 EV/Battery Maintenance Operations
- C-114 EV/Battery Manufacturing Systems 2
These credential standards cover core competencies of EV battery manufacturing, including: lithium-ion battery technology, electrical components of battery and hybrid vehicles, foundational measurement skills, manufacturing and production, preventative and predictive maintenance, and quality. Full descriptions of each credential can be found here.
As automakers, suppliers, and advanced manufacturers accelerate their transition to electrification, the demand for technicians with validated EV manufacturing and battery competencies has surged. SACA’s new certifications provide a standardized, industry‑recognized pathway for developing and verifying those skills.
Developed in collaboration with leading automotive manufacturers, the “Big Three”, workforce organizations, and industry associations, SACA’s EV Manufacturing and Battery Certifications focus on the core competencies required for safe, effective work in EV production, battery assembly, testing, and maintenance environments.
Drew Coleman, Senior Director of MichAuto, highlighted the upcoming certifications stating, “There is a solution that we’re building, that will help [educators] prepare their schools and their students for this technology.”
The launch comes at a pivotal moment for the U.S. manufacturing landscape. With billions of dollars in EV and battery investments underway nationwide, these credentials provide a critical tool for workforce development programs, community colleges, high schools, and employers seeking to build talent pipelines for high‑growth electrification careers.
SACA would like to thank the following organizations for their participation in the pilot process of these micro-credentials: Alamance Community College, Guilford Technical College, Henry Ford College, Ivy Tech-Kokomo Campus, Jackson College, Lucid Motors, Mott Community College, Michigan Workforce Training and Education Collaborative (MWTEC), Oakland Community College, Ogeechee Technical College, Panasonic Energy Corporation of North America, Randolph Community College, Truckee Meadows Community College, West Georgia Technical College.
Thanks to these organizations and their expertise on the skills and competencies needed for today’s smart manufacturing workforce, SACA was able to create these new nationally recognized, occupation-driven standards.
- Published in News, Technology
Strengthening Workforce Pipelines Though Third-Party Credentials in Education
Walk into any modern plant or fulfillment center and you’ll see robotics and automated systems running the show. What you won’t always see is the skilled talent needed to keep those systems operating. The gap between technology and workforce readiness is widening, and employers are feeling the strain.
But industry can’t close this gap alone. Education partners play a critical role in preparing learners long before they enter the workforce, and the most effective institutions are those that align their programs with real employer expectations.
The Smart Automation Certification Alliance (SACA) is emerging as a bridge for industry to finally get the consistent, validated skills they’ve been asking for.
Schools that adopt SACA are embedding hands-on, competency-based training that mirrors what technicians will encounter on the job. This alignment ensures that students graduate with both the confidence and the credentials to step directly into high-skill roles, reducing onboarding time and strengthening the talent pipeline for employers.
Everyone benefits when industry and education work from the same playbook. Employers gain access to job‑ready talent with verified skills. Schools strengthen their programs and demonstrate clear value to students and regional partners. And learners earn portable, stackable certifications that open doors to high‑wage, high‑demand careers. SACA sits at the center of this ecosystem, creating a shared language of skills that connects classrooms to careers and helps companies build the workforce they need to thrive.
Scaling Talent at Amazon
As more employers search for ways to build a workforce capable of supporting advanced automation, some are taking bold steps to redefine what technical training looks like. Amazon is one of them. Faced with the challenge of developing maintenance technicians across a massive national footprint, the company needed a scalable, consistent way to validate skills.
Amazon’s Reliability and Maintenance Engineering (RME) team oversees all industrial maintenance across all distribution centers across the country. The RME Mechatronics and Robotics Apprenticeship (MRA) started in 2020 and is designed to take individuals with little to no maintenance background and build them into fully capable technicians. Apprentices begin with 12 weeks of intensive classroom and hands‑on training, where they learn foundational electrical, mechanical, and automation concepts while earning eight industry‑recognized SACA credentials.
In speaking with The TechEd Podcast, Logan Schulz, Senior Manager of Reliability & Maintenance Engineering at Amazon says, “One of the reasons we chose SACA was to reflect ourselves against the industry standard and to create something that is transferable.”
After completing the classroom portion, apprentices transition into 2,000 hours of structured on‑the‑job training. They progress through a series of clearly defined benchmarks that reinforce their skills in real operating environments. By the end of the program, apprentices are prepared to step into Amazon’s Mechatronics and Robotics Technician role, equipped with both the theoretical knowledge and the practical experience needed to succeed.
This dual-training model gives Amazon a powerful way to grow its own talent. Like many employers, Amazon is navigating a widening retirement gap as experienced technicians leave the workforce faster than new ones can be trained. At the same time, the rapid evolution of automation and robotics demands a baseline of transferable skills that can adapt as technology changes. By embedding SACA certifications into the apprenticeship pathway, Amazon ensures every apprentice develops a consistent, future-ready foundation.
The success of Amazon’s apprenticeship model demonstrates the power of pairing hands-on training with industry-recognized credentials. With SACA at the core, Amazon is developing technicians who are ready for today’s systems and prepared for whatever comes next.
Ogeechee Tech Turns Industry Standards into Student Success
Logan also states that one of Amazon’s partner schools for the MRE Mechatronics and Robotics Apprenticeship is Ogeechee Technical College in Statesboro, GA. For more than five years, Ogeechee has been one of SACA’s earliest and most committed higher education partners, weaving industry-recognized credentials into a mission built around delivering a skilled workforce to the communities it serves.
As a unit of the Technical College System of Georgia, Ogeechee supports learners across Bulloch, Evans, and Screven counties through student-focused programs, state-of-the-art facilities, and flexible learning pathways that meet the demands of today’s in-demand careers.
Ogeechee has become a standout example of how higher education can translate industry standards into real student outcomes. By integrating SACA certifications into student pathways, Ogeechee ensures that graduates enter the workforce with a shared language of skills. One that resonates with employers and reflects the college’s mission to deliver a highly skilled workforce to the communities it serves.
When speaking about SACA, Vice President for Economic Development Jan Moore said, “What higher education should be doing is looking for ways their students can demonstrate the skills that they have when they leave that institution. And if you’re not using something like SACA to do that, you’re doing your student a disservice.”
For employers, leveraging SACA credentials offers a direct path to building a workforce that’s both consistent and future-ready. Rather than hoping new hires have the right technical strengths, employers can turn to a nationally recognized standard that clearly validates a technician’s capabilities.
This shared benchmark not only streamlines hiring and onboarding, it also ensures that workers bring transferable, adaptable competencies that hold up as technology evolves. It’s why partners across advanced manufacturing, logistics, and technical services increasingly look to educational partners, like Ogeechee Tech, to deliver graduates who are prepared to contribute from day one.
As automation accelerates, companies need technicians who can troubleshoot confidently and keep production running without disruption. “I think that due to the amount of automation that’s coming into processes, quality is extremely important now to manufacturers,” explains Jan Moore.
Ogeechee’s integration of SACA credentials reflects a deep understanding of what modern employers need and what students deserve. By aligning curriculum, facilities, and partnerships around a shared skills standard, the college delivers graduates with the confidence and capability to step into advanced technical roles. It’s a powerful example of how higher education can elevate both opportunity and industry readiness.
When education and industry speak the same language
Everyone moves forward faster when education and industry speak the same language. Shared skill standards like SACA create a direct bridge between what students learn in the classroom and what employers need on the job, eliminating the guesswork on both sides.
Students gain clarity, confidence, and credentials that carry weight across industries, while employers benefit from a talent pipeline built on verified, transferable competencies. It’s the kind of alignment that turns training into opportunity and workforce challenges into long-term solutions.
Employers benefit just as much from this shared standard. With SACA, they no longer have to interpret résumés or assume what a candidate can do; they can trust that certified technicians bring validated, consistent skills in mechanical, electrical, and automation systems. Employers benefit just as much from this shared standard. With SACA, they can trust that certified technicians bring validated, consistent skills in mechanical, electrical, and automation systems.
What’s happening at places like Ogeechee Tech and across SACA’s partner network shows what’s possible when everyone commits to a shared vision of workforce excellence. As more schools and employers adopt these standards, students gain clearer pathways and companies gain talent they can trust. It’s a shift that strengthens communities today and builds a more resilient workforce for tomorrow.
Interested in having your institution become a SACA member? Check out our full member benefits for industry and education.
Looking to see what certifications your organization can utilize in training or programming? Check out our current list of credentials.
- Published in News, Technology
New Collaborative Robot System Operations Certification Announced by the Smart Automation Certification Alliance
Collaborative robots (cobots) are rapidly reshaping modern manufacturing, blending human problem solving with robotic precision since they first gained widespread attention in 2008. As industries adopt more advanced automation, the demand for technicians who understand how to safely operate, program, and collaborate with these systems is accelerating.
A cobot is a type of automation designed to work directly alongside human operators, sharing tasks and physical space in a way traditional industrial robots can’t. Their purpose isn’t to replace people but to enhance human capability, handling repetitive, precise, or ergonomically challenging tasks while workers focus on problem‑solving, quality, and higher‑value responsibilities. This human‑robot partnership is becoming a defining feature of modern smart manufacturing.
To support this shift, the Smart Automation Certification Alliance (SACA) has developed a new certification that assesses and validates individuals’ understanding of cobot technology. These standards are being built with direct input from industry and education partners to ensure they reflect the competencies needed on today’s smart factory floor.
The Importance of Cobot Certifications
A certification in collaborative robotics is becoming increasingly valuable as industries accelerate their adoption of human‑robot teamwork. Because effective cobot integration relies on strong safety practices and a strong understanding of how robots operate, employers need assurance that workers have been trained to meet these expectations. A recognized credential signals that an individual understands the safety standards, interaction principles, and technical skills required to work productively with cobots.
It also demonstrates readiness for continuous learning as the technology evolves. In a workforce where human‑robot collaboration is quickly becoming the norm, certifications provide a trusted way for employers to identify talent that is prepared, capable, and aligned with modern automation needs.
As with all SACA certifications, the development of the Collaborative Robot System Operations 1 credential began with a technical work group to define the industry-standard competencies required for working with collaborative robot technology.
Comprised of leading global robotics manufacturers, technical experts and education leaders, the work group partnered with Vincennes University and its Center for Applied Robotics and Automation, who hosted the event.
Kimberly Wright, Director of the Center, says, “This new certification reflects the power of collaboration between education and industry. By working with SACA, Vincennes University is able to embed industry-driven credentials into our career pathways, ensuring learners are prepared for the evolving demands of collaborative robotics and advanced manufacturing.”
Collaborative Robot System Operations
The Collaborative Robot System Operations 1 credential certifies individuals to safely operate and program a collaborative robot within an industrial collaborative workspace. Skills include identifying and applying collaborative safety principles, how automation safety devices function, defining soft-limits, and employing a virtual safety fence in software. Individuals will develop foundational programming skills, including recording and touching up motion points, creating variable arrays for position recording, and using logic operations.
Obtaining a cobot certification strengthens a student’s knowledge of advanced manufacturing systems. As facilities integrate more automation, employers need individuals who understand how to operate, program, and monitor these systems with precision and confidence. Learning cobot fundamentals gives students the technical fluency required to contribute on day one in environments where automation and human oversight are tightly interconnected.
This certification arrives at a pivotal moment for industry and education alike. As collaborative robots become standard tools on the modern factory floor, employers need a reliable way to identify individuals who can operate, program, and maintain these systems safely and effectively.
By aligning its standards with real industrial practices and emerging workforce needs, SACA gives members a clear pathway to evaluate how their current programs measure up and where they may need to evolve.
The full certification description is available to all SACA members, and we encourage institutions to review the standards closely. Doing so provides a clear picture of how existing programs can align with the certification requirements and where updates or redevelopment may be needed to fully support this emerging area of collaborative automation.
Interested in having your institution become a SACA member? Check out our full member benefits for industry and education.
- Published in News, Technology
Smart Automation Certification Alliance (SACA) Celebrates 500 Member Organizations and 100,000 Certifications Awarded
January 5, 2026 — The Smart Automation Certification Alliance (SACA), a leading nonprofit organization dedicated to preparing the workforce for Industry 4.0, proudly announces a major milestone: the organization has officially welcomed 500 member organizations and awarded more than 100,000 certifications worldwide.
This achievement underscores SACA’s growing impact in bridging the gap between education and industry by equipping learners with the skills needed to thrive in advanced manufacturing and automation. Member organizations include employers, educators, and workforce leaders who are committed to building a future-ready workforce.
“SACA has officially welcomed 500 member organizations as well as awarded 100,000 certifications,” said Jim Wall, Executive Director of SACA. “This milestone isn’t just about numbers, it’s about impact. Every certification represents someone gaining confidence, advancing their career, and helping their organization stay competitive in today’s rapidly evolving economy. We couldn’t have reached this milestone without the dedication of our partners and the passion of learners everywhere.”
SACA’s certifications are uniquely designed to align with real-world industry needs. Developed in collaboration with leading manufacturers, educators, and workforce development experts, the certifications validate skills in areas such as smart automation, robotics, industrial controls, and data analytics. These competencies are critical for success in Industry 4.0, where connected systems, intelligent machines, and data-driven decision-making are transforming the way businesses operate.
By offering stackable, modular certifications, SACA provides learners with flexible pathways to build skills progressively, ensuring they can adapt to new technologies as they emerge. Employers benefit by gaining confidence that certified individuals are job-ready and capable of contributing immediately to productivity, innovation, and competitiveness.
SACA’s reach now extends across multiple sectors, including advanced manufacturing, energy, logistics, and cyber security. The organization’s member base includes community colleges, universities, high schools, and training centers, as well as Fortune 500 companies and regional manufacturers. This diverse coalition demonstrates the broad relevance of SACA’s mission: preparing a workforce that can thrive in both local and global economies.
Looking ahead, SACA is committed to expanding its reach and continuing to empower organizations and individuals. “We are looking forward to welcoming the next wave of organizations and learners into the alliance,” Wall added. “Together, we’ll continue building skills, advancing careers, and shaping the future of smart automation.”
About SACA
The Smart Automation Certification Alliance (SACA) is a non-profit organization whose mission is to develop and deploy modular Industry 4.0 certifications for a wide range of industries.
Our vision is to provide highly affordable, accessible certifications that significantly increase the number of individuals who possess the skills represented by these credentials, thereby ensuring that companies have the highly skilled workers they need, and individuals are prepared to be successful in an Industry 4.0 world.
With the help industry partners, SACA has created certifications that are industry-driven, developed for industry by industry. They are developed through a rigorous process that begins with the creation of truly international skill standards, endorsed by leading experts in Industry 4.0 technologies throughout the world.
- Published in News, Posts, Technology
5 Resolutions Every High School Tech Ed Program Should Make in 2026
Today’s advanced manufacturing environment moves fast, and students entering the workforce need skills that keep pace. High school tech ed programs play a critical role in shaping that readiness, but only if they stay connected to industry expectations and emerging technologies.
The new year doesn’t have to be just about personal resolutions; it’s the perfect moment for schools to commit to bold, future-focused goals. These five resolutions are designed to help programs strengthen partnerships, expand opportunities, and ensure every student graduates with credentials that employers trust.
Resolution 1: Build Relationships with Three New Local Companies
Strong industry partnerships give students a clearer picture of what modern manufacturing looks like. For many schools, the challenge isn’t willingness, it’s knowing where to start. The good news is that companies are more open than ever to collaborating with local schools and programs, especially when those programs demonstrate a commitment to teaching real-world skills.
Employers want graduates who can step onto the floor with confidence. That’s where intentional outreach comes in. Start by identifying three local companies that align with your program’s pathways. By staying local and making connections in your community, it’s a huge win for both sides.
A simple, well-crafted invitation can open the door. A great way to reach out would be through a phone call or an in-person invitation. When you connect, keep the first conversation focused on learning about the employer and their needs: What does your facility make? What technologies are you investing in? What kind of skills are in highest demand? How can your school help fill your talent needs? Offering support and partnership builds trust and opens the door to a stronger, long-term relationship.
Once these connections are made, offer to host them at your school to see the students’ work in action and offer the chance to speak about their organization to the students directly. This also leads well into our second resolution.
Resolution 2: Take Your Students on Three Facility Tours
Nothing beats seeing industry in action. Many students do not think of manufacturing careers simply because they are not exposed to it. When the only images they have of manufacturing come from outdated stereotypes or secondhand descriptions, it’s no surprise that they overlook the field entirely.
A facility tour has the chance to change that perception instantly. The moment students step onto a modern shop floor they have the chance to see the innovation, opportunity, and possible future for themselves.
These tours have benefits for both the students and educators. Students will see firsthand the technologies they’re learning about in class, reinforcing concepts in a way that a textbook or school lab can’t. These experiences make learning tangible and help students understand why their coursework matters.
For educators, tours offer a window into the skills employers expect from entry-level talent. Seeing real workflows, equipment, and processes can help refine curriculum, identify gaps, and stay aligned with industry trends.
This year, work with the three companies you build a relationship with and take your students on tours of their facilities.
Resolution 3: Attend One Industry Tradeshow
For educators, attending an industry tradeshow is one of the fastest ways for educators to understand where technology is heading. A single event, like IMTS (International Machine Technology Show), can reshape a program’s direction, ensuring students are learning the skills today’s workforce actually needs.
By making tradeshows a consistent part of professional development, tech ed programs ensure they remain relevant, forward‑thinking, and deeply informed about the skills today’s employers value most. Regular attendance also helps teachers build relationships with vendors, industry experts, and workforce leaders who can offer insight, guidance, and potential partnerships. Over time, this ongoing exposure creates a cycle of continuous improvement, where programs evolve alongside industry rather than lagging behind it.
As a bonus, if you are local to Chicagoland (or within driving distance), IMTS has a great opportunity for students with its Smartforce Student Summit. The Smartforce Student Summit is designed to inspire students to seek an education in STEM that leads to a career pathway in manufacturing. This would be a great opportunity to get students in front of national and global leaders in the industry.
Resolution 4: Attend Two Technical Education Conferences
One of the most valuable things a tech ed teacher can do is learn directly from other educators who have already solved the challenges they’re facing. Technical education conferences create that space. These events offer a rare chance to compare notes, gather new ideas, and walk away with practical solutions that can be implemented immediately.
Conferences like the International Technology and Engineering Educators Association (ITEEA), the Association for Career and Technical Education (ACTE), the American Technical Education Association (ATEA), the National Coalition of Advanced Technology Centers (NCATC) and their state-level counterparts bring together thousands of educators, industry and workforce leaders who all have the same goal: prepare students for high-demand, high-tech careers.
By committing to attend two technical education conferences in 2026, tech ed programs invest directly in their own growth. They ensure their teachers stay sharp, their curriculum stays relevant, and their students stay competitive in a rapidly changing workforce.
Resolution 5: Have 100% of Students Earn Industry-Recognized Certifications
For today’s students entering the workforce, graduating with only classroom experience is no longer enough. Employers want evidence that students can demonstrate real skills, work safely, and understand the technologies used in modern manufacturing and automation environments. Having each student earn at least one industry-recognized credential will solidify your program as a resource for local workforce.
There are industry-recognized credentials for a wide variety of technical topic areas. AWS supports welding pathways, CompTIA strengthens IT fundamentals, OSHA provides essential safety training, NCCER serves construction trades, and the Smart Automation Certification Alliance (SACA) aligns with [MM8] advanced manufacturing, automation, and smart systems. Together, these credentials create a comprehensive, workforce-ready foundation that helps every student graduate with skills employers trust.
Credentials validate what students know and what they can do. They provide a standardized, industry-aligned way to measure competency. Each credential becomes a tangible asset students can showcase in their portfolios and on their résumés, helping them stand out in a competitive hiring landscape.
By committing to 100% credential attainment in 2026, tech ed programs send a powerful message: every student deserves the chance to graduate with validated, job-ready skills.
Confident, Capable, and Ready to Contribute
As we jump into 2026, tech ed programs are stepping into a year where industry expectations are rising faster than ever. Students need more than exposure. They need real skills, real experiences, and real alignment with the technologies shaping today’s workforce.
A set of clear, intentional resolutions can help your program grow, give students stronger opportunities, and ensure your school stays connected to current industry expectations. When educators commit to these actions, they create classrooms that reflect real industry environments and produce graduates who are confident, capable and ready to contribute on day one.
If your program is ready to take the next step toward stronger industry alignment and more job-ready graduates, explore how SACA can support your 2026 goals below.
Find local industry SACA members: https://www.saca.org/member-institutions/
SACA benefits for educators: https://www.saca.org/education-membership-benefits/
- Published in News, Technology
MxD and SACA Launch Partnership of Co-Developed Micro-Credentials to Strengthen the Future Manufacturing Workforce
Chicago, IL – December 16, 2025 – MxD (Manufacturing x Digital) has partnered with the Smart Automation Certification Alliance (SACA) to co-develop three new credentials aligned with MxD’s Curriculum and Pathways Integrating Technology and Learning (CAPITAL) courses. These industry-recognized credentials, now entering a pilot phase, will allow learners to transform their training into nationally portable, employer-driven certifications that demonstrate real-world skills in advanced manufacturing.
These three MxD + SACA Joint Micro-Credentials are aligned directly to MxD’s CAPITAL courses on its Virtual Training Center (VTC) and include:
- Data Annotation- Prepares individuals to collect, organize, label, and validate datasets used in training artificial intelligence and machine learning models, with a focus on manufacturing applications.
- Manufacturing Analytics- Prepares individuals to collect, clean, format, analyze, visualize, and interpret manufacturing data to support decision-making in Industry 4.0 environments.
- Pre-Metaverse Integration Technology- Prepares individuals to plan, implement, and optimize extended reality (XR) technologies—including AR, VR, MR—in manufacturing environments.
“By partnering with SACA, MxD is ensuring that the skills learners build in the Virtual Training Center lead to nationally portable industry-recognized credentials that will help them advance their careers,” said Lizabeth Stuck, VP government affairs and MxD Learn. “These credentials verify that learners can demonstrate job-ready competencies, while providing employers confidence that their workforce is prepared to meet the demands of today’s rapidly evolving manufacturing environment.”
These credentials reflect SACA’s mission to expand access to affordable, modular Industry 4.0 certifications, ensuring workers are prepared for success in the digital manufacturing era and employers have access to the skilled talent they need and are:
- Industry-Driven: Developed with direct input from U.S. manufacturers, ensuring alignment with in-demand skills.
- Career-Boosting: Credentials demonstrate technical competencies that go beyond course completion, setting candidates apart in the job market.
- Portable & Stackable: Recognized nationwide, these micro credentials can be added to résumés, LinkedIn profiles, and job applications. They also stack with future credentials, creating a clear pathway for advancement in Industry 4.0 careers.
The pilot will focus on SACA Silver-level certifications, awarded to individuals who successfully pass a written, virtual knowledge assessment.
“SACA is proud to collaborate with collaborate with MxD, whose expertise as the nation’s digital manufacturing institute ensures that credentials are directly aligned with the skills employers need,” said James Wall, Executive Director at SACA. “Together, we are expanding access to industry-driven certifications in emerging technologies — demonstrating how modular, nationally recognized credentials can empower learners and strengthen the U.S. manufacturing workforce.”
Manufacturers interested in participating in this pilot can sign up at: https://vtc.mxdusa.org/
About MxD
MxD (Manufacturing x Digital) advances economic prosperity and national security by strengthening U.S. manufacturing competitiveness through technology innovation, workforce development, and cybersecurity preparedness. In partnership with the Department of Defense, we convene an ecosystem to solve critical manufacturing challenges by accelerating digital adoption, empowering a skilled workforce, and modernizing supply chains. MxD is also the National Center for Cybersecurity in Manufacturing as designated by DoD. Visit mxdusa.org to learn more.
CAPITAL is sponsored by Defense Logistics Agency Troop Support, Philadelphia, PA, and the Defense Logistics Agency, Ft. Belvoir, VA.
About SACA
The Smart Automation Certification Alliance (SACA) is a non-profit organization dedicated to developing and deploying affordable, modular Industry 4.0 certifications to prepare individuals for success in an advanced manufacturing world while ensuring employers have access to the skilled talent they need.
Media Contact:
Mackie Hill
MxD, Marketing and Communications Manager
312-281-6872
mackie.hill@mxdusa.org
- Published in News
3 Reasons World-Class Manufacturers Hire Candidates with SACA Certifications
SACA certifications are the gold standard for Industry 4.0 talent, so if you’re not hiring from SACA-aligned programs, you’re already behind. Learn why world-class industrial employers are making SACA certifications a hiring priority.
Finding skilled talent in manufacturing and industrial sectors is harder than ever. As an employer, you need to see more than a resume. You need candidates who can demonstrate real-world skills, industry alignment, and a commitment to continuous learning. But how can you be sure a candidate has the skills you value?
The Smart Automation Certification Alliance (SACA) is the new standard across technical certifications. Built with industry at the table, SACA certifications are designed to meet the needs of modern employers who demand both knowledge and hands-on ability from their workforce. Whether you’re hiring for advanced manufacturing, industrial automation, or smart systems integration, SACA credentials offer a reliable signal of a candidate’s workforce readiness.
That’s why leading manufacturers like Amazon, Rockwell Automation, Ashley Furniture, Hershey, FANUC, Boeing, and hundreds of others have gotten involved with SACA. If you’re in HR, workforce development, or technical hiring and not asking for SACA credentials on your job postings, you’re missing out on the most job-ready candidates in advanced manufacturing.
1. Built by Industry, for Industry
SACA certifications are industry-driven, developed by industry, for industry. Every credential begins with the creation of international skill standards, endorsed by experts in Industry 4.0 technologies from around the world. Topics range from robotics and IoT to process control, electrical systems, semiconductor operations, and many more. This ensures every credential reflects the real-world competencies demanded by today’s advanced manufacturing environments.
SACA certifications are developed in accordance with ISO 17024 standards, the global benchmark for personnel certification. This means they’re not just well-designed, but they’re also credible, consistent, and globally-recognized.
All certifications, after initial topic selection, go through a technical work group. These groups are responsible for defining the competencies, tasks, and performance standards that each certification will assess. These work groups are made up of industry professionals who lead manufacturing and technical teams and are experts in the topic area. This ensures that every certification reflects current technologies, tools, and workflows used in industry.
The input from these work groups guarantees that SACA credentials are not only technically rigorous but also immediately relevant to employers. And because SACA updates its certifications annually, they stay aligned with the latest technologies and tools.
2. Based on Knowledge AND Hands-On Skills
One of the most powerful aspects of SACA certifications is their dual-level structure: Silver and Gold. This tiered approach is designed to build employer confidence by validating both what a person knows and what they can do.
- Silver SACA certifications validate a candidate’s understanding of key concepts, terminology, and systems. A Silver certification signals that an individual has a solid grasp of the technical landscape and has a strong foundation and understanding of the technology.
- Gold SACA certifications go a step further by requiring candidates to demonstrate their skills in a hands-on environment. Proctored only by other gold-certified SACA earners, these certifications give credibility and proof of a professional’s experience.
Most credentials fall short because they don’t require candidates to physically demonstrate their abilities. SACA fills that gap. Its dual-level structure and performance-based assessments make it one of the most robust certification models in the industry. And because SACA is a third-party, nationally recognized credentialing body, employers can trust that its standards are impartial, consistent, and aligned with the needs of modern manufacturing.
3. Stackable, Modular, and Occupationally-Aligned
SACA certifications are built to scale. Whether you’re hiring entry-level technicians or developing advanced engineers, the stackable structure allows professionals to build their credentials over time.
Learners can begin with a single certification and build upon it, adding new credentials that reflect their growing expertise and evolving career goals. This modular design allows individuals to customize their learning path and document a wide range of skills, all while staying aligned with the demands of modern Industry 4.0 workplaces.
Unlike generic training programs, SACA certifications are occupationally-focused. That means each Specialist and Professional certification is tied to a specific job role or function within the smart manufacturing ecosystem. Whether someone is preparing for a role in industrial maintenance, systems design, or data-driven optimization, SACA certifications ensure that the skills being assessed are directly applicable to real-world tasks. This occupational alignment helps workforce leaders identify talent that’s not only technically capable but also strategically positioned to contribute to high-tech production environments.
SACA’s microcredentials are divided into core and elective categories and offered at silver and gold levels. Core micro-credentials certify skills that are applicable to all companies, while elective micro-credentials can be added to match with regional or specific company needs.
These micro-credentials can stack into full specialist or professional certifications. Specialist certifications are keyed to a skilled occupation and certify technical skills in operations, troubleshooting, programming, maintenance, and systems integration. Professional certifications are engineering certifications that focus on analysis, design, and optimization of Industry 4.0 systems.
This modular format makes SACA ideal for scalable workforce development. You can upskill employees incrementally, tailor training to your equipment, and build career pathways that align with your operational goals.
Tap Into the Talent Pipeline
Employers shouldn’t wait for certified professionals to show up at their door. Across the country, high schools, technical colleges, and workforce training centers are building SACA-aligned labs and integrating SACA certifications into their programs. These institutions are producing graduates who are ready to contribute from day one. By partnering with these schools, employers can build direct hiring pipelines, offer internships, and even shape training to match their equipment and processes.
By engaging with SACA-certified programs, employers can shape the future of their workforce. Many schools with SACA labs welcome industry partnerships, offering opportunities to host facility tours or provide guest speaking sessions. These collaborations help students gain familiarity with your company that can be top of mind when having conversations about their futures. Employers who invest early in these relationships gain first access to top talent and build long-term pipelines of skilled professionals who are already aligned with their company’s standards and technologies.
Hire with Confidence and Lead with Capability
Developed by industry professionals, validated through hands-on performance, and organized into stackable microcredentials, SACA certifications align directly with the needs of modern production environments.
SACA certified candidates are showing up with validated skills, hands-on experience, and a clear understanding of the technologies shaping modern manufacturing.
Looking for a place to start? Here are easy ways to take advantage of SACA-certified talent:
- Start adding SACA certifications on your job postings.
- Find a SACA school near you: https://www.saca.org/member-institutions/
- Have your company become a SACA member: https://www.saca.org/industry-membership-benefits/. This way, you can certify your own employees.
- Stay up to date on current and new certifications: https://www.saca.org/smart-automation-certifications/
- Get involved in a technical work group to have your voice heard in the creation of new credentials.
In a world where technology evolves fast and talent is a competitive edge, SACA makes workforce development both practical and powerful. The companies already hiring for SACA know this, and if you’re not, you’re leaving talent on the table.
- Published in News
Industry Credentials Turned a Career’s Worth of Experience Into College Credit
SACA certifications give learners a way to turn real-world expertise into college credit, saving time, reducing costs, and accelerating career growth.

For any parent, their child’s graduation is a moment of pride. For Jason Solberg, it’s also a personal milestone. This spring, he’ll don his cap and gown alongside his son, Tyler, as both become some of the first graduates of the University of Wisconsin-Stout’s new Bachelor of Automation Leadership program.
The degree is the first of its kind, offering students an opportunity to blend technical skills with industrial business leadership expertise. The program prepares learners to lead in areas such as Industry 4.0, digital transformation, and operations management.
What makes this program so unique is that 61 credits can be transferred through associated credentials from the Smart Automation Certification Alliance (SACA), a national certification body that delivers industry-recognized certifications and microcredentials in advanced manufacturing and Industry 4.0. SACA silver certifications are written exams that test knowledge, and gold certifications are hands-on assessments that measure technical skill.
Add general education credits, and students can transfer up to 88 total credits to UW-Stout from any technical or community college in the country that has a transfer agreement with UW-Stout.
In other words, students can complete 75% of a 120-credit bachelor’s degree without paying university tuition.
To finish their degree, students will build on their technical foundation with courses in IoT, lean manufacturing, project management, and digital strategy. Then, they’ll complete an automation leadership internship and final capstone project. These capstones showcase a student’s understanding of both the technical and business sides of a project, including scheduling, budgeting, team management, and communication.
Jason Solberg describes himself as a man who’s done a little bit of everything, with a career that has spanned roles, technologies, and learning environments. That versatility is exactly what accelerated his journey through the Automation Leadership degree.

Jason’s has had roles in operations, maintenance, automation, and instruction, with roles at Tecumseh Products, Waukesha Engines, and GE. Early on, he pursued technical education at Moraine Park Technical College and completed a journeyman apprenticeship at Waukesha County Technical College (WCTC).
Having spent over two decades in industry, Jason moved to the world of education after discovering a job listing for an adjunct instructor position at WCTC. “I took the plunge and I went to the other side and became a teacher. It was terrifying because I never taught a day in my life.”
After nine years of teaching, Jason has now taught over 28 different courses and set up five apprenticeship programs. “I don’t teach for the money. I do it because I want to make a difference in people’s life.”
Always looking to grow, Jason had recently enrolled at Lakeland College for data analytics when WCTC Associate Vice Provost of Academic Affairs, Mike Shiels, mentioned a new program that might be of interest. The University of Wisconsin-Stout’s new bachelor of Automation Leadership was being rolled out and looking for students. With the SACA credential portion of the degree, Shiels explained how Jason could gain credit for his years of experience.
“I just took whatever [SACA assessments] just to see, test myself. I got 15 or 16 silvers from that,” Jason explains how he received his SACA credentials. He then spent 4 days at Lakeshore College in Cleveland, Wisconsin testing for his gold certifications. “I didn’t even study. I went in there and I walked away with 10 golds.” These credentials will translate into 28 credits towards Jason’s degree.

Unlike the traditional credit for prior learning model, which maps to courses, Stout’s model uses the earned SACA credentials to award credit. According to Program Director Dr. Xuedong (David) Ding, “SACA makes this program possible. Because if there is no national or internationally-recognized skill set competencies certificate, this program would not be available.”
Dr. Ding also explains how SACA’s industry-validated and standardized benchmarks, along with flexible delivery, enabled the University to format the program to support reshoring American manufacturing.
Jason is the perfect example of what makes the Automation Leadership degree so unique. By earning his 25 SACA certifications, he validated decades of hands-on experience and turned those credentials directly into college credit. This allowed him to reduce the time it will take to obtain the degree as well as reduce tuition costs, since converting certifications into credits meant fewer classes to pay for. Jason’s journey shows that when education aligns with experience, learners can move forward faster, with greater purpose and impact.
“I like to lead by example, and I want to pave the path for our apprentices because I’m an apprentice,” Jason shares.
Now that Jason has taken his own certifications and knows the variety of credentials SACA provides, he uses them as a planning tool to shape his courses at WCTC. SACA helps him align labs, lectures, and assessments with the exact skills students will need in the field. This approach gives students a clear path toward earning certifications while they learn, and it ensures that every lesson connects directly to real-world outcomes.
And because WCTC has a transfer agreement with UW-Stout, Jason’s students also have a clear pathway to an Automation Leadership degree if they want to continue their education.
Tyler Solberg, Jason’s son, had also started the Automation Leadership program at the same time as Jason and was able to transfer 19 credits into the program from his dual enrollment at Oconomowoc High School.
For his capstone project, Jason worked with Tyler and another classmate, Wesley Lidwin, to complete a multi-year project to develop a coil winding training station for Eaton. Jason often conducts training bootcamps for Eaton employees, and Eaton offered $350,000 to fund Jason’s leadership of the new training program.
[A look at the coil training line at Eaton coordinated by Jason and his team.]


Dr. Ding oversees Jason’s capstone project and predicts the training Jason coordinated will have a continued impact on Eaton beyond this first project. “[The coil training line] impacted the whole culture of that facility. It transferred from a semi-automated or manual operation to a fully automated production. So, they have a more competitive edge compared to competitors nationally and internationally.”
Jason and Tyler’s journeys show how SACA certifications create real opportunities for learners at every stage, from high school students just starting out to seasoned professionals with years of experience. While Tyler used dual-enrollment credits to begin his degree early, Jason converted decades of hands-on expertise into college credit through performance-based certifications. Each took a different path, but both will end up in the same destination as they walk the graduation stage together this spring.
Whether students are just starting out or bringing years of experience to the table, SACA helps them build meaningful skills that connect directly to the workplace. It turns learning into progress, and progress into possibility.
Learn more about Jason’s capstone project here.
Find the current offerings of SACA certifications here.
Learn more about the Automation Leadership degree here.
- Published in News
Are Smart Robots the Future of the Supply Chain?
Before the COVID-19 pandemic, how often did you think about where the products you buy were manufactured? For certain, some people have always been interested in buying products made in America. However, most people have historically given little thought to where things are made or how they find their way to the United States.
Of course, all that changed during the pandemic. As store shelves emptied and new automobiles got stockpiled while waiting for electronic components, everyone around the world became painfully aware of the intricacies of the supply chain and how truly global the economy had become.
One of the many outcomes of the pandemic was a renewed focus on making the American supply chain more efficient and resilient. Not surprisingly, many links in the supply chain turned to advanced automation technologies to address issues that had come to light during the pandemic.
In terms of automating warehouses, in particular, smart robots quickly became a go-to solution for many organizations. Over the past couple of years, more and more human workers have learned to work alongside robotic counterparts. Experts believe this trend is likely to continue. In fact, some believe that future supply chain managers may oversee more smart robots than human beings.
In a recent Material Handling & Logistics article, the author cites a recent study by Gartner, Inc. that predicts that “[e]ighty percent of humans will engage with smart robots on a daily basis, and one in 20 supply chain managers will manage robots, rather than humans, by 2030.”
The article points out that “[o]rganizations are placing greater emphasis on enhancing the capabilities of their existing workforce by supplementing with robotics due to factors like labor scarcity and rising costs,” making smart robots “an important investment area.”
The growth in implementation of smart robots reveals that many, if not most, companies are indeed choosing to invest in these new technologies. At the same time, though, these organizations also need to be investing in their human assets, as many chief supply chain officers “acknowledge their organization lacks internal robotics expertise to maximally leverage these innovative technologies.”
Supply chain experts know that, “as fleets grow and companies embrace varied robotics use cases, establishing a management structure to oversee robotics operations becomes essential.” Finding those managers with the knowledge and hands-on skills to effectively manage these advanced automation technologies will become the new challenge.
Companies will likely need to hire new skilled workers or upskill current workers to make the most of increasing automation technologies. How can you be sure a worker has the advanced automation skills needed to excel in the workplace of the future? Many companies look for workers with industry-standard certifications that prove they have the hands-on skills employers need.
The Smart Automation Certification Alliance (SACA) has been hard at work collaborating with industry leaders to develop a wide variety of industry-standard certifications that will help employers find workers who possess the advanced connected-systems skills they need to take their businesses to the next level.
For example, SACA’s Certified Industry 4.0 Robotics Specialist certification confirms that certified individuals can succeed as a robotics technician in modern production environments that use Industry 4.0 technologies. This certification verifies that individuals can install, program, test, interface, and maintain industrial robot systems and workcells. SACA offers a wide variety of other industry-standard certifications focused on advanced automation technologies and related skills. Be sure to check out SACA and all it has to offer!
- Published in News



