The 10 Skills That Actually Matter in Battery Belt Manufacturing Right Now

LinkedIn published their 2026 Skills on the Rise report in February. Most people read it and thought about tech companies, software engineers, and Silicon Valley hiring trends.

I read it and thought about every plant manager, HR director, and COO in the Battery Belt I have talked to over the past six months.

Because here is the thing — the skills LinkedIn identified as the fastest growing across the US economy are not abstract concepts for manufacturing leaders in the Carolinas and Southeast. They are showing up right now, in real facilities, creating real talent gaps that are affecting production ramps, quality outcomes, and retention rates across EV, SiC, aerospace, and industrial automation.

So I took LinkedIn's list and translated it. Not for tech companies. For the plant floor.

Here is what those 10 skills actually look like in Battery Belt manufacturing in 2026.

1. AI Literacy

What LinkedIn says: The ability to understand and utilize AI tools for business purposes. The fastest growing skill on the entire list.

What it means on the Battery Belt plant floor: This is not about writing code or building AI models. In manufacturing, AI literacy means understanding how AI-driven quality inspection systems flag defects, how predictive maintenance algorithms read sensor data before equipment fails, and how production scheduling tools optimize output across a shift. More importantly, it means being able to manage the people who operate these systems — understanding their outputs well enough to make decisions from them and challenge them when they are wrong.

The gap right now: Most experienced manufacturing engineers were trained in a world where the data they worked with came from instruments they understood and could physically inspect. AI systems produce recommendations they cannot always audit. The engineers who can bridge that gap — who understand both the physical process and the digital layer on top of it — are among the most sought-after profiles across the Battery Belt right now.

Where you see it: Every EV gigafactory currently ramping in the Carolinas is deploying AI-assisted quality inspection on cell and module assembly lines. Toyota Battery Manufacturing in Liberty NC, BMW in Spartanburg, and Scout Motors preparing to come online in Blythewood are all building operations where AI literacy is not optional for senior engineering and operations roles. It is a baseline requirement.

2. Cross-Functional Collaboration

What LinkedIn says: The ability to work effectively across different departments and disciplines.

What it means on the Battery Belt plant floor: In a mature facility this skill gets taken for granted. In a greenfield Battery Belt facility it is the difference between a ramp that hits its targets and one that does not. The most common failure mode I see in greenfield automotive and battery manufacturing builds is not a technical problem. It is a coordination problem. Process engineering, quality, maintenance, and operations all trying to solve the same problem from their own lane without talking to each other.

The gap right now: The Battery Belt is in a greenfield moment. Scout Motors, Toyota Battery, NOVONIX, Woodward's new Spartanburg facility, JetZero in Greensboro — these are not mature operations with established cross-functional rhythms. They are being built from scratch. The leaders who know how to build those rhythms intentionally, from day one, are worth more than their technical credentials alone would suggest.

Where you see it: Facilities that get this right run structured cross-functional problem solving processes — something that looks like A3 thinking or DMAIC — from the earliest stages of production qualification. The ones that do not spend their first two years relitigating decisions that should have been made once.

3. Process Automation

What LinkedIn says: Skills related to designing, implementing, and managing automated processes.

What it means on the Battery Belt plant floor: The conversation around automation in manufacturing almost always gets framed as a displacement story. Will robots replace workers? That is the wrong question. The right question is: who designs the workflow around the automation so that the humans in the loop are doing higher-value work?

The gap right now: The facilities that are getting automation integration right are not the ones who bought the best robots. They are the ones who hired engineers who could design the human operating system around the automation before the equipment arrived. That is a fundamentally different engineering profile than what most job descriptions are written for.

Where you see it: Schaeffler's Cheraw SC facility made the Wall Street Journal this month for deploying Digit humanoid robots on their production floor alongside 750 human workers. The detail that got the most attention was that the worker who previously did the robot's job was moved into a higher-skilled inspection role. That transition does not happen by accident. It requires process engineers who understand both the technology and the workforce implications of integrating it. That profile is extraordinarily rare in the Southeast right now.

4. Data Interpretation

What LinkedIn says: The ability to analyze and draw meaningful conclusions from data.

What it means on the Battery Belt plant floor: Yield data, OEE metrics, scrap rates, SPC charts, sensor outputs from equipment and environmental monitoring systems. Every modern manufacturing facility generates more data than any individual can process. The skill that matters is not collecting the data. It is reading what it is actually saying — distinguishing a signal from noise, identifying a trend before it becomes a problem, and knowing when the numbers are lying because a sensor is out of calibration.

The gap right now: In SiC semiconductor manufacturing specifically, this gap is acute. The process windows for silicon carbide are narrow, the failure modes are subtle, and the feedback loops between yield outcomes and process parameters require engineers who have genuinely internalized what the data means — not just engineers who can run a statistical analysis. Wolfspeed in Durham and Siler City is building toward 50,000-wafer monthly capacity. The engineers who can operate at that yield quality level are already inside a handful of fabs globally. They are not available on standard job boards.

5. Adaptability

What LinkedIn says: The ability to adjust to changing conditions and requirements.

What it means on the Battery Belt plant floor: Every Battery Belt facility I work with is building something that has never been built in this region before. EV gigafactories at this scale are new to the Carolinas. SiC wafer fabs at commercial production scale are new to North Carolina. Advanced aerospace manufacturing at JetZero's scale in Greensboro is new to the Piedmont Triad. The engineers who thrive in these environments are the ones who have done greenfield before — who have been through a production ramp from qualification to volume and survived it.

The gap right now: Greenfield experience is not something you can learn from a textbook. It lives in the people who have been through it. Those people are already employed, and they are being competed for by every new facility announcement in the Southeast simultaneously. Finding an engineering leader with genuine greenfield ramp experience who is open to a move is one of the hardest searches in my market right now.

Where you see it: The engineers who know this skill by another name call it surviving the ramp. It is not on their resume as a skill. It shows up in the texture of how they describe their first year at a new facility.

6. Human-Robot Collaboration

What LinkedIn says: Skills related to working alongside automated and robotic systems.

What it means on the Battery Belt plant floor: This skill category did not exist in any meaningful way five years ago. It is now appearing in job descriptions at automotive tier-one suppliers across the Carolinas, and the pace of adoption is accelerating significantly. Human-robot collaboration is not just about working safely around robots. It is about understanding how to design work processes where humans and robots operate together effectively — where each is doing what it does best.

The gap right now: The engineering and operations talent required to integrate humanoid robots into a live production environment is genuinely new. There is no established training pipeline for it. The engineers developing this expertise are doing it in real time at a handful of facilities globally, and the knowledge they are building is enormously valuable. Schaeffler deploying Digit in Cheraw is one data point. Xiaomi using humanoid robots to assemble EVs in Beijing is another. The manufacturing leaders who understand this transition at a technical level are building a competency that will be worth significantly more in 24 months than it is today.

7. Stakeholder Communication

What LinkedIn says: The ability to communicate effectively with a variety of stakeholders across organizational levels.

What it means on the Battery Belt plant floor: The engineers who can translate a technical problem into language that a VP of Manufacturing can act on are worth significantly more than the ones who cannot. The same is true in the other direction — engineers who can take a senior leadership directive and translate it into a practical action plan for a shift supervisor. In manufacturing, this gap shows up most visibly during crises. A yield excursion, an equipment failure, a quality escape. The facilities that manage these well are almost always the ones where communication up and down the organization is genuinely clear.

The gap right now: Technical depth and communication depth rarely develop at the same rate in engineering careers. The most technically capable engineers are often not the best communicators — and the ones who can do both are almost never available. This is the skill gap I encounter most consistently across searches in all four of my sectors. It is rarely what the job description asks for. It is almost always what the hiring manager actually needs.

8. Mentorship and Team Development

What LinkedIn says: Skills related to developing others and building high-performing teams.

What it means on the Battery Belt plant floor: The Battery Belt is building an entirely new manufacturing workforce from scratch. Toyota Battery in Liberty NC will employ over 5,000 people. Scout Motors in Blythewood is targeting 2,000 jobs. Wolfspeed, NOVONIX, Woodward, JetZero — the employment numbers across these facilities represent a workforce that does not yet exist. Somebody has to build it. The experienced engineers who can develop the next layer of talent underneath them — who can take a promising but inexperienced production technician and turn them into a process engineer over three years — are the ones facilities are paying a premium for right now.

The gap right now: Most retention conversations focus on keeping experienced people. The more interesting retention challenge is developing the people you have into the roles you will need in 18 months. The leaders who can do that intentionally are rare. The ones who can do it in a greenfield environment where the playbook does not yet exist are rarer still.

9. Sustainability and Circular Economy Thinking

What LinkedIn says: Skills related to environmental sustainability, resource efficiency, and circular economy principles.

What it means on the Battery Belt plant floor: Sustainability in manufacturing is no longer a corporate communications exercise. It is showing up in customer requirements, regulatory compliance obligations, and increasingly in the expectations of the engineering talent you are trying to recruit. The engineers who have built genuine expertise in sustainable manufacturing processes — waste reduction, energy efficiency, material recovery, closed-loop water systems — are being sought after by facilities across all four of the sectors I work in.

Where you see it: Schaeffler just received recognition from the South Carolina Manufacturers Alliance for their safety and sustainability improvements at the Cheraw facility. They have committed to reducing non-recyclable waste to a maximum of 6% by 2030 — a specific, quantified target rather than a directional aspiration. That level of operational commitment requires engineers who understand how to build sustainability outcomes into process design from the beginning, not retrofit them afterward.

10. Change Management

What LinkedIn says: The ability to lead and manage organizational change effectively.

What it means on the Battery Belt plant floor: Deploying a humanoid robot alongside 750 workers is a change management exercise as much as it is a technology exercise. Transitioning a production floor from internal combustion to electric powertrain is a change management exercise. Implementing a new ERP system at a running manufacturing facility — as Schneider Electric did recently at their Columbia SC plant — is a change management exercise. Every significant capability upgrade in manufacturing requires someone who understands how people respond to change and how to bring them through it rather than around it.

The gap right now: Change management is consistently undervalued in manufacturing hiring until a facility is in the middle of a transformation it did not adequately prepare its people for. The organizations that build this capability intentionally — that hire leaders with a track record of successful organizational change — tend to execute significantly better when the transformation hits than the ones that hire purely for technical depth and assume the people side will sort itself out.

The Bottom Line

LinkedIn says these skills are on the rise globally. In the Battery Belt they are not on the rise. They are already the difference between facilities that hit their production targets and facilities that spend their first two years in catch-up mode.

The capital is moving faster than the talent pipeline in every sector I work in. Scout Motors will begin producing vehicles in Blythewood before the year is out. Wolfspeed is scaling SiC production in Durham and Siler City. NOVONIX is beginning mass production of synthetic graphite in Chattanooga for Panasonic. JetZero is building a $4.7B aerospace facility in Greensboro.

Every one of those facilities needs engineering and operations leaders who have at least half of the skills on this list. Most of those leaders are already employed somewhere else. They are not updating their resumes. They are not responding to job postings.

Finding them requires a different approach — one built on relationships, market knowledge, and the ability to have a conversation that makes the right person pause and think about what their next move could be.

If one of these skill gaps resonates with what you are seeing on your team — I would like to hear about it. Reach out directly.