Case Study: Micron Technology & North America’s Building Trades Unions

The Central–Northern New York Building & Construction Trades Council (CNNYBTC) is a regional building-trades council that coordinates multiple union construction crafts in Central and Northern New York. It is a local Building Trades council affiliated with North America’s Building Trades Unions (NABTU) and aligned with the New York State Building & Construction Trades Council.

In the Syracuse metro area, CNNYBTC plays a central role in the workforce training ecosystem and is supporting construction of Micron’s semiconductor campus in Clay. The Clay campus is a long-horizon investment of up to $100 billion over more than 20 years, with up to four fabrication facilities planned on a complex totaling over 4 million square feet. An official groundbreaking ceremony took place in January 2026. While early planning anticipates the region will need to draw from out-of-area “travelers,” Micron, CNNYBTC, and other partners are working to build a “homegrown” workforce as regional apprenticeship and pre-apprenticeship pipelines mature. As former CNNYBTC president Greg Lancette put it, “What I sold to Micron was that we’re going to make the Micron construction workforce here in central New York.”

Program Structure and Affiliated Programs

CNNYBTC functions as a cross-craft coordinator. It aligns and connects the region’s craft-specific, joint labor-management-sponsored registered apprenticeship programs to regional workforce partners and project needs, including through mutli-craft pre-apprenticeship pathways that prepare candidates to enter union-sponsored registered apprenticeships. Registered apprenticeships operate within the federal framework authorized by the National Apprenticeship Act. In New York, registered apprenticeship programs are also subject to state registration and oversight standards administered by the New York State Department of Labor.

CNNYBTC coordinates across multiple craft unions and registered apprenticeship sponsors and serves as a convening point for cross‑trade workforce planning, project coordination, and partnerships with government agencies, employers, and intermediaries, including through the Future Ready Workforce Innovation Consortium—a regional coordinating body for educators, workforce development partners, employers, and other stakeholders working on Micron-related workforce needs. Its affiliated and partner craft unions span the core building trades needed for a semiconductor megaproject, including structural steel and reinforcing work, electrical construction, heavy‑equipment operation, mechanical and process piping, carpentry systems, industrial coatings, and industrial equipment installation. The CNNYBTC’s 14 partner unions include:

• Iron Workers (Local 60) — structural steel and reinforcing ironwork
• IBEW (Local 43) — electrical construction, power distribution, and systems installation
• Operating Engineers (Local 158) — heavy‑equipment operation (earthmoving, cranes, hoisting) for site and civil work
• United Association (UA) of Plumbers & Steamfitters (Local 81; UA Local 267) — mechanical and process piping, plumbing, and steamfitting
• Carpenters (Local 277 / regional council) — framing, formwork, and interior systems
• Painters & Allied Trades (District Council 4 / Local 31) — coatings, finishing, and specialty painting

CNNYBTC’s workforce development efforts are organized through a set of affiliated programs and partner pipelines, including:

• ON-RAMP: A New York State–backed workforce hub in Syracuse led locally by CenterState CEO, designed to coordinate training providers, employers, and support services into a single front door for jobseekers to build pipelines for advanced manufacturing and construction careers (including apprenticeship-connected pathways).
• Syracuse Build: A regional construction workforce initiative that coordinates recruiting, screening, and referrals among unions, training providers, employers, and public partners. It functions as a front door into construction career pathways and a mechanism for connecting candidates to contractors and apprenticeship sponsors.
• Pathways to Apprenticeship: A pre‑apprenticeship/apprenticeship‑readiness program that prepares participants to apply to union-sponsored registered apprenticeships. It is cohort‑based and paid, and is structured around jobsite readiness and navigation into apprenticeship selection processes, with exposure to multiple crafts and direct engagement with participating unions.
• Helmets to Hardhats: A veteran-focused pathway that connects service members and veterans to building trades employment and apprenticeship opportunities.

Training Pathways and Delivery

Apprentices are hired and paid by signatory contractors, work under the supervision of journeyman-level craft workers, and progress through defined training periods that typically span four to five years and include thousands of hours of supervised work experience plus a set amount of related technical instruction delivered in classrooms and labs. To help apprentices stay on track as the Micron project ramps up, New York has allowed apprentices to “bank” related instruction hours even when they are not working, reducing conflicts when projects shift to extended workweeks (e.g., ten- and 12-hour days). Training is delivered through craft-specific apprenticeship sponsors— i.e., joint labor–management committees—rather than through CNNYBTC itself; the Council coordinates across sponsors and crafts to align capacity with regional demand and project schedules.

Training content and delivery are established at the craft level, with each affiliated trade operating a distinct curriculum and progression aligned to its scope of work. For example, for IBEW electrical workers, apprenticeship training typically centers on electrical theory and code application; conduit bending and raceway installation; wire pulling and termination; grounding and bonding; installation of switchgear, panels, and distribution systems; and troubleshooting and testing procedures. Large industrial projects also may require familiarity with controls, instrumentation interfaces, and documentation practices that support quality assurance and safe energization. For the UA Plumbers & Steamfitters, apprenticeship training typically centers on layout and installation of piping systems; reading isometric drawings and specifications; welding and joining methods; rigging and handling pipe and valves; pressure testing; and commissioning practices. In industrial and semiconductor-related construction, this craft training also aligns with high-purity and process-system expectations, where installation quality, cleanliness practices, and documentation requirements are integral to jobsite performance. To prepare for semiconductor construction demands, UA training in Syracuse has added specialized skill modules—such as polyfusion, orbital welding, and clean-room tube bending—and has treated instructor development as a multi-year pipeline, with Syracuse designated as a UA regional training center.

Across crafts, instruction commonly includes safety and health training; construction math and blueprint reading; tool and equipment use; installation methods and quality standards; and trade-specific technical modules. Programs often use dedicated training centers with classrooms, simulated jobsite labs, and specialized equipment that mirrors current field conditions. Apprentices are evaluated through a mix of course assessments, on-the-job performance tracking, and periodic advancement requirements.

Micron and CNNYBTC

Apprentices are hired and paid by signatory contractors, work under the supervision of journeyman-level craft workers, and progress through defined training periods that typically span four to five years and include thousands of hours of supervised work experience plus a set amount of related technical instruction delivered in classrooms and labs. To help apprentices stay on track as the Micron project ramps up, New York has allowed apprentices to “bank” related instruction hours even when they are not working, reducing conflicts when projects shift to extended workweeks (e.g., ten- and 12-hour days). Training is delivered through craft-specific apprenticeship sponsors— i.e., joint labor–management committees—rather than through CNNYBTC itself; the Council coordinates across sponsors and crafts to align capacity with regional demand and project schedules.

Training content and delivery are established at the craft level, with each affiliated trade operating a distinct curriculum and progression aligned to its scope of work. For example, for IBEW electrical workers, apprenticeship training typically centers on electrical theory and code application; conduit bending and raceway installation; wire pulling and termination; grounding and bonding; installation of switchgear, panels, and distribution systems; and troubleshooting and testing procedures. Large industrial projects also may require familiarity with controls, instrumentation interfaces, and documentation practices that support quality assurance and safe energization. For the UA Plumbers & Steamfitters, apprenticeship training typically centers on layout and installation of piping systems; reading isometric drawings and specifications; welding and joining methods; rigging and handling pipe and valves; pressure testing; and commissioning practices. In industrial and semiconductor-related construction, this craft training also aligns with high-purity and process-system expectations, where installation quality, cleanliness practices, and documentation requirements are integral to jobsite performance. To prepare for semiconductor construction demands, UA training in Syracuse has added specialized skill modules—such as polyfusion, orbital welding, and clean-room tube bending—and has treated instructor development as a multi-year pipeline, with Syracuse designated as a UA regional training center.

Across crafts, instruction commonly includes safety and health training; construction math and blueprint reading; tool and equipment use; installation methods and quality standards; and trade-specific technical modules. Programs often use dedicated training centers with classrooms, simulated jobsite labs, and specialized equipment that mirrors current field conditions. Apprentices are evaluated through a mix of course assessments, on-the-job performance tracking, and periodic advancement requirements.

Funding Structure and External Support

Financing for apprenticeship programs sponsored by locals in the CNNYBTC network is commonly structured through jointly managed training trust funds and related labor–management funds established by collective bargaining agreements. Contractors contribute a negotiated amount—often calculated on an hours-worked basis—into training funds that support apprenticeship operations. On the Micron project, signatory contractors contribute an hourly amount to craft training funds; once the project is fully ramped up, the volume of craft hours can make training programs self-sufficient and expand training capacity while work is underway. In a multiemployer structure, multiple signatory contractors contribute into the same fund and draw from the same pool of trained workers, which spreads training costs across the contractor base and sustains capacity even as individual projects and employers cycle in and out of the local market.

This structure can support standardized skill development across contractors, predictable upgrade schedules for apprentices, and a scalable supply of craft labor for peak phases. Employers may also view the model as a mechanism to share training costs across the market, reduce recruitment burdens during periods of rapid expansion, and strengthen jobsite readiness and safety practices through consistent training and supervision structures. Lancette, the former CNNYBTC president, framed this as part of the proposition to Micron: a way to build and continuously replenish a local, Micron-ready workforce over multiple fab phases, reducing dependence on travelers over time and supporting more predictable staffing as schedules peak.

The typical participant experience is “earn while you learn”: apprentices receive wages for on-the-job training, and the direct cost of classroom instruction is commonly covered by the training system rather than charged as traditional tuition. Apprentices may still face personal costs that vary by craft and local practice—such as tools, boots, transportation, union initiation fees, or dues—while the core instructional infrastructure is sustained through union and employer contributions.

Key Lessons

• A dedicated pre‑apprenticeship layer—short, structured bridge programs that build jobsite readiness (e.g., safety, basic construction skills, and work habits) and help participants navigate entry requirements and selection into registered apprenticeship programs—expands the pool of apprenticeship-ready local applicants. In Central and Northern New York, NABTU and TradesFutures—a NABTU-created nonprofit that supports and scales apprenticeship readiness programs—have worked with Syracuse Build to expand apprenticeship readiness beyond Syracuse to include Oswego Build, Ithaca Build, and Utica Build, and partners are developing a new apprenticeship-readiness program in Binghamton with CenterState CEO and the Binghamton–Oneonta Building Trades Council.
• Registered apprentices earn progressively increasing wages while in their apprenticeship programs, and are not charged tuition.
• Project-level labor frameworks like PLAs help to connect megaproject hiring demand to local workforce intermediaries and training pathways and ensure an equitable source of funding for such programs.
• A regional building-trades council can function as a cross-craft coordinating body while relying on craft-specific apprenticeship sponsors for registered training.