Manufacturing Technician Hiring in 2026: Why Automation Is Creating a New Technical Talent Challenge
Automation is changing manufacturing work, but that does not simply mean manufacturers need fewer people. Increasingly, it means they need different skills.
As production environments become more automated, connected, and technologically advanced, manufacturers need people who can keep complex equipment operating. That includes professionals who understand mechanical systems but can also diagnose electrical problems, work around automated equipment, interpret digital information, troubleshoot controls, and identify problems before they become costly downtime.
This shift is creating a new challenge in manufacturing technician hiring.
Manufacturers are competing for multiskilled technicians who can work across traditional technical boundaries. Maintenance, electrical, controls, automation, mechatronics, equipment repair, and digital capabilities increasingly intersect on the modern plant floor.
New September 2026 research from Deloitte and The Manufacturing Institute underscores the scale of that change. Their analysis estimates that manufacturing technician employment could grow six times faster than production occupations between 2025 and 2030. At the same time, shortages of qualified applicants and required skills continue to make these positions difficult to fill.
The question for manufacturers is therefore becoming less about whether automation will change the workforce and more about whether they can build the technical workforce needed to support automation successfully.
The Skye Recruitment Solutions Leadership Team examines what is changing, why these professionals are becoming increasingly important, and how manufacturers can expand the talent pool rather than compete for the same limited group of candidates.
Manufacturing Technician Hiring Is Changing with Automation
Automation has eliminated or reduced certain repetitive tasks throughout manufacturing. But automated equipment does not operate independently of people.
Machines still need to be installed, calibrated, inspected, maintained, repaired, upgraded, and optimized.
The latest Bureau of Labor Statistics projections illustrate this distinction clearly. Overall employment of industrial machinery mechanics, machinery maintenance workers, and millwrights is projected to grow 14% between 2025 and 2035, compared with 3% for all occupations. Within that group, employment of industrial machinery mechanics alone is projected to grow 18%. BLS specifically attributes part of that demand to continued adoption of automated manufacturing machinery and the workers needed to keep it operating.
That is an important workforce story.
Automation can reduce demand for some tasks while increasing the value of people who understand how sophisticated equipment works and what to do when it does not.
The traditional boundaries between mechanical, electrical, controls, and digital work are becoming less distinct in many manufacturing environments.
A modern technician may encounter mechanical drives, motors, sensors, pneumatics, hydraulics, electrical systems, robotics, PLC-controlled equipment, HMIs, computerized diagnostics, and connected production systems during the same shift.
Not every technician needs expert-level knowledge in every discipline. But employers increasingly value professionals who can diagnose a problem across systems rather than looking at only one component.
Deloitte and The Manufacturing Institute group today's manufacturing technician workforce into three broad categories:
Advanced manufacturing technicians
Maintenance and repair technicians
Quality and laboratory technicians
Across those groups, the work includes testing and validating systems, maintaining and calibrating equipment, diagnosing failures, repairing mechanical and electrical components, performing preventive maintenance, and analyzing technical or operational data.
This helps explain why technician hiring can be so difficult. Manufacturers are not simply looking for someone who can turn a wrench or replace a failed component. Many need people who can understand how increasingly interconnected systems work together.
Why Manufacturing Technicians Matter More in an Automated Plant
The more a manufacturer depends on sophisticated equipment, the greater the operational impact when that equipment stops working.
A highly automated production line can create significant productivity gains when it is running correctly. When it goes down, however, the effects can spread quickly across production.
Technicians help protect that investment.
Equipment Uptime
Strong technical teams identify and resolve equipment problems before or when they interrupt production. The ability to diagnose the true source of a failure becomes increasingly valuable as machinery contains more mechanical, electrical, electronic, and software-controlled components.
Preventive and Predictive Maintenance
Maintenance is also becoming less reactive.
Manufacturers increasingly use equipment data, computerized diagnostics, condition monitoring, vibration analysis, and other tools to identify problems before a failure occurs.
BLS notes that industrial machinery mechanics already use computerized diagnostic systems and techniques such as vibration analysis to identify equipment problems.
Automation Support
Automated equipment requires workers who understand how machines, controls, sensors, robotics, and production processes interact.
BLS describes electro-mechanical and mechatronics technicians as professionals who combine mechanical knowledge with electrical and electronic circuitry and who install, maintain, repair, test, and operate automated, robotic, and computer-controlled systems.
These are not peripheral capabilities in advanced manufacturing. They increasingly support the core production environment.
Why Multiskilled Manufacturing Technicians Are Difficult to Recruit
The challenge is partly supply and partly how employers define the role.
A technician with meaningful mechanical, electrical, automation, troubleshooting, and plant-floor experience has accumulated skills that take time to develop.
Those same skills are also valuable outside manufacturing.
Employers may find themselves competing with companies in transportation, utilities, aviation, equipment services, telecommunications, energy, construction, and other technical sectors for workers with similar capabilities.
The September Deloitte and Manufacturing Institute analysis found more than 4.5 million workers were employed across manufacturing technician and adjacent-industry technician occupations in 2025. It estimates employers may need to fill approximately 2.3 million openings across these occupations between 2025 and 2030, reflecting both employment growth and replacement needs from retirements, labor-force exits, and workers changing occupations.
That competition makes an overly narrow recruiting strategy increasingly difficult to sustain.
Manufacturers May Be Looking for the Right Skills in Too Small a Talent Pool
One of the most important findings in the new research is not about the shortage itself.
It is about where manufacturers could look next.
Deloitte and The Manufacturing Institute identified nearly 2 million technicians working in adjacent industries whose broad skills may be transferable to manufacturing.
Examples identified in the research include:
Aircraft mechanics and service technicians
Automotive service technicians and mechanics
Farm equipment mechanics
Medical equipment repairers
Heavy equipment mechanics
Electric motor and power-tool repairers
HVAC technicians
Telecommunications equipment technicians
Control and valve installers and repairers
These workers do not all walk into a manufacturing plant fully trained for a manufacturing technician position.
That is not the point.
The opportunity lies in the capabilities they already possess.
An aircraft mechanic may bring sophisticated diagnostic skills and experience working with mechanical and electrical systems. An automotive technician may understand computerized diagnostics, sensors, electrical systems, and complex troubleshooting. A medical equipment repairer may have experience maintaining highly technical electronic and mechanical equipment.
The industry-specific knowledge may be different, but parts of the technical foundation can transfer.
Skills-Based Manufacturing Technician Hiring Can Expand the Talent Pool
This is where skills-based hiring becomes especially valuable.
Manufacturers often write job descriptions around the background of the person who previously held the position. That can unintentionally create requirements that describe an ideal résumé rather than the capabilities actually needed to perform the job.
A better starting point is to separate three categories:
What must the candidate know on day one?
Some skills may be essential for safe and effective performance immediately.
What experience is transferable?
Troubleshooting, electrical fundamentals, mechanical systems, diagnostics, preventive maintenance, schematics, instrumentation, and equipment repair may translate from another industry.
What can reasonably be taught?
Plant-specific equipment, processes, software, terminology, and certain technologies may be developed through structured training.
This does not mean lowering hiring standards, it means defining those standards around the work. For manufacturers struggling to find an exact match, that distinction can substantially change the available talent pool.
AI Could Help Close Knowledge Gaps Without Replacing Hands-On Expertise
AI introduces another important dimension to the manufacturing technician workforce.
The most useful question is not whether AI will replace technicians. Current evidence suggests a more practical near-term opportunity: using AI to help technicians learn, diagnose problems, access institutional knowledge, and perform increasingly complex work.
Deloitte and The Manufacturing Institute describe several possible applications. An AI-enabled tool could help a maintenance technician analyze equipment history, PLC information, HMI alarms, and other data when troubleshooting a production problem. AI could also provide digital work instructions, technical guidance, training, and access to expertise directly within a technician's workflow.
That could be especially valuable in two areas.
Training and Knowledge Transfer
Manufacturing organizations often hold significant technical knowledge in the experience of veteran employees.
AI-supported knowledge systems could make some of that information easier for newer technicians to access while they work, supporting onboarding and development.
Helping Adjacent Talent Transition Into Manufacturing
Workers moving from another technical industry may have strong troubleshooting and equipment skills but lack manufacturing-specific knowledge.
AI-enabled training and guidance could help bridge some of those gaps faster.
None of this eliminates the importance of human judgment.
A technician working around industrial equipment still needs to understand the physical system, recognize safety risks, validate information, and know when a recommendation does not make sense.
Deloitte's broader 2026 manufacturing outlook similarly emphasizes human-centered adoption, noting that AI can accelerate training and knowledge sharing while hands-on and uniquely human capabilities remain important to manufacturing performance.
Practical Strategies for Manufacturing Technician Hiring
Manufacturers do not have to wait for the technical talent market to solve itself. Several changes can improve both recruiting reach and long-term workforce capacity.
1. Define the Skills Behind the Job Title
"Maintenance Technician" can mean very different things from one plant to another.
Identify the equipment, systems, problems, and responsibilities the employee will actually encounter. Then build requirements around those needs.
2. Separate Must-Haves From Trainable Skills
Requiring every candidate to arrive with experience in the exact industry, machinery, PLC platform, CMMS, and production environment can eliminate otherwise strong candidates.
Decide which requirements truly determine success and which can be learned.
3. Recruit From Adjacent Technical Industries
Look at what candidates have done, not only where they have done it.
A technician from aviation, automotive service, medical equipment, heavy equipment, telecommunications, or another technical environment may possess valuable transferable skills.
4. Strengthen Technical Career Paths
Recruiting becomes easier when candidates can see where the job leads.
Training, certifications, mentorship, cross-training, and clear pathways into advanced technician, controls, engineering-support, or supervisory positions can strengthen attraction and retention.
5. Build Technician Pipelines Before Vacancies Become Critical
Waiting until a critical technician leaves puts employers in a reactive position.
Community colleges, technical schools, apprenticeships, internal development, referrals, and proactive recruiting can create multiple paths into the organization.
6. Move Efficiently With Experienced Candidates
Multiskilled technicians often have options.
An unnecessarily long hiring process gives other employers more time to reach the same candidate. Clear communication, aligned interview teams, and timely decisions matter.
When Proactive Recruiting Can Help
Traditional job advertising reaches people who are actively looking. Many of the technicians manufacturers most want to hire are already working. They may be maintaining equipment at another plant, repairing aircraft, troubleshooting heavy machinery, servicing complex electrical systems, or working in another adjacent technical field. They may not be searching job boards at all.
That is where proactive recruiting can expand the search.
Specialized technical recruiters can identify professionals based on capabilities rather than job titles alone, approach passive candidates directly, and help employers evaluate whether experience from another environment could transfer successfully.
At Skye Recruitment Solutions, this skills-focused approach is particularly relevant to manufacturing technician searches. Understanding the difference between a true day-one requirement and a trainable skill can help employers reach beyond the obvious candidate pool without compromising the quality of the hire.
Frequently Asked Questions
Is automation reducing manufacturing technician jobs?
Not across the board. Automation can reduce or change some tasks, but it also creates demand for workers who install, maintain, diagnose, repair, calibrate, and support automated equipment. BLS projects employment of industrial machinery mechanics, machinery maintenance workers, and millwrights to grow 14% from 2025 to 2035, with continued adoption of automated machinery cited as a contributor.
What skills are becoming more important for manufacturing technicians?
The exact mix depends on the plant and equipment, but manufacturers increasingly need combinations of mechanical, electrical, troubleshooting, controls, automation, diagnostics, data interpretation, and digital skills. Hands-on problem-solving remains particularly important.
Can manufacturers hire technicians from other industries?
Yes, when the underlying skills transfer. Deloitte and The Manufacturing Institute identified nearly 2 million technicians in adjacent industries whose broad capabilities may provide a potential talent pool for manufacturers. Individual candidates still need to be evaluated for role-specific knowledge and training requirements.
What is a mechatronics technician?
Electro-mechanical and mechatronics technicians combine knowledge of mechanical systems with electrical and electronic technology. BLS describes their work as operating, testing, maintaining, installing, and repairing electromechanical, automated, robotic, and computer-controlled equipment.
How can manufacturers improve technician hiring?
Employers can define roles around actual skills, separate essential qualifications from trainable ones, consider candidates from adjacent industries, invest in training and career pathways, build talent pipelines proactively, and keep the hiring process efficient.
Conclusion: Automation Is Changing the Talent Manufacturers Need
The manufacturing workforce challenge is evolving. Automation does not simply remove people from production. It changes where human expertise creates the most value.
As equipment becomes more sophisticated, manufacturers increasingly need technicians who can troubleshoot across systems, maintain uptime, interpret information, work with automated technologies, and solve problems that do not fit neatly into one technical discipline.
The latest workforce research suggests demand for this talent could grow considerably faster than traditional production employment. It also reveals an important opportunity: the available talent pool may be larger than manufacturers think if employers are willing to evaluate transferable skills rather than require an exact industry background.
That makes manufacturing technician hiring both a recruiting challenge and a workforce strategy opportunity.
Manufacturers that define skills clearly, invest in development, recruit from adjacent talent pools, and use technology to strengthen rather than replace hands-on expertise can build a more adaptable technical workforce for the next generation of production.
For employers struggling to reach experienced maintenance, automation, electrical, mechatronics, and other technical professionals, Skye Recruitment Solutions can help identify the skills a role truly requires and proactively connect with talent inside and outside traditional manufacturing candidate pools.
Author: Skye Recruitment Solutions Leadership Team
