Building Michigan’s First Limited-Energy Infrastructure Workforce Center of Excellence in the Eastern Upper Peninsula

Executive Summary

Michigan faces a growing demand for workers who can install, maintain, secure, and operate the infrastructure that powers connected communities. Fiber broadband, structured cabling, smart buildings, cybersecurity, building automation, security systems, utility communications, and emerging Class 4 fault-managed power technologies are converging into a new workforce category commonly described as limited-energy infrastructure.

Federal broadband investments, utility modernization initiatives, data center expansion, and smart-building deployment are accelerating demand for technicians, engineers, and infrastructure specialists with interdisciplinary skills spanning communications, information technology, and electrical systems. While many states are investing in broadband workforce development, few have established a comprehensive framework that integrates workforce training, applied research, industry certifications, apprenticeship pathways, and infrastructure deployment into a single regional ecosystem.

The Eastern Upper Peninsula (EUP) is uniquely positioned to become Michigan’s leader in this emerging field. The region possesses a rare combination of assets, including Bay Mills Community College, Lake Superior State University, Cloverland Electric Cooperative, Bay Mills Indian Community, Sault Tribe of Chippewa Indians, regional broadband providers, EUPSchools Career and Technical Education programs, and the EUPConnect Collaborative. Together, these organizations can establish Michigan’s first Limited-Energy Infrastructure Workforce Center of Excellence, with the Cloverland Training and Technology Center serving as the hub and host site for the region’s training programs.

Under this model, the Cloverland Training and Technology Center would function as the primary operational hub for hands-on instruction, applied learning, and industry-aligned skill development. Bay Mills Community College and EUPSchools would serve as the workforce entry point through certificates, industry credentials, pre-apprenticeships, and tribal workforce development programs. Lake Superior State University would provide advanced education, applied research, and innovation leadership in network engineering, cybersecurity, smart infrastructure, utility communications, and building automation. The center would serve as a regional living laboratory where students, apprentices, researchers, and employers can gain hands-on experience with fiber networks, smart-grid technologies, renewable energy systems, broadband infrastructure, and intelligent building systems.

This integrated ecosystem would create stackable career pathways from K-12 career exploration through industry certifications, apprenticeships, associate degrees, bachelor’s degrees, and high-wage employment opportunities. It would also strengthen workforce participation among rural, tribal, veteran, and underserved populations while supporting economic development across Michigan’s Upper Peninsula.

By aligning broadband deployment, workforce development, utility modernization, digital opportunity initiatives, and higher education, Michigan can establish the EUP as a national model for rural and tribal infrastructure workforce development. Rather than focusing solely on fiber technician training, the region can lead the development of a comprehensive limited-energy workforce ecosystem that supports the technologies powering the next generation of connected communities.

The result would be a sustainable pipeline of skilled workers, expanded economic opportunity, increased regional resilience, and a nationally recognized center of excellence that positions Michigan at the forefront of infrastructure innovation and workforce development.

Policy Brief

Building Michigan’s First Limited-Energy Infrastructure Workforce Center of Excellence in the Eastern Upper Peninsula

Executive Summary

Michigan has an opportunity to establish the Eastern Upper Peninsula (EUP) as the state’s leader in limited-energy technology workforce development. Limited-energy technologies—including fiber broadband, structured cabling, cybersecurity, smart buildings, security systems, building automation, and emerging Class 4 fault-managed power systems—represent one of the fastest-growing infrastructure sectors in the United States.

Federal broadband investments, utility modernization, data center growth, smart-building adoption, and industrial automation are creating demand for technicians who can work across communications, power, and information technology systems. While many states are developing broadband workforce programs, few have integrated these disciplines into a comprehensive workforce ecosystem.

The EUP possesses a unique combination of assets, including:

  • Bay Mills Community College (BMCC)
  • Lake Superior State University (LSSU)
  • Cloverland Electric Cooperative
  • Multiple regional broadband providers
  • Bay Mills Indian Community and Sault Tribe of Chippewa Indians
  • EUPSchools and regional Career and Technical Education programs
  • EUPConnect Collaborative

Together, these organizations can create a statewide model for rural, tribal, and infrastructure workforce development.

The Opportunity

The National Electrical Code (NEC) has expanded the concept of “limited-energy systems” to encompass:

  • Fiber optic networks
  • Broadband infrastructure
  • Structured cabling systems
  • Building automation
  • Security and access control systems
  • Power-over-Ethernet (PoE)
  • Class 4 fault-managed power systems
  • Smart-building technologies

At the same time:

  • Every state and territory has developed broadband workforce readiness plans.
  • States are investing hundreds of millions of dollars in workforce development through BEAD-related initiatives.
  • Industry organizations such as the Fiber Broadband Association (FBA), Wireless Infrastructure Association (WIA), BICSI, FOA, and TIRAP are expanding training programs nationwide.

Michigan can leverage these trends to create a comprehensive workforce development system rather than a collection of disconnected training programs.

Strategic Vision

Establish the EUP Limited-Energy Infrastructure Center of Excellence

The proposed model would integrate workforce development, applied research, industry certifications, and infrastructure deployment into a single regional ecosystem.

Workforce Focus Areas

Broadband & Fiber

  • Fiber installation
  • Fiber splicing
  • Testing and certification
  • Network operations

Information & Communications Technology

  • Structured cabling
  • Wireless systems
  • Network engineering
  • Cybersecurity

Smart Buildings

  • Building automation systems
  • Energy management systems
  • Occupancy analytics
  • Intelligent controls

Safety & Security Systems

  • Access control
  • Video surveillance
  • Fire alarm systems
  • Life safety systems

Emerging Infrastructure

  • Class 4 fault-managed power
  • Grid-interactive efficient buildings
  • Utility communications
  • Industrial IoT systems

Institutional Roles

Bay Mills Community College

BMCC and EUPSchools CTE should serve as the region’s workforce entry point.

Primary Functions

  • Short-term credentials
  • Industry certifications
  • Tribal workforce development
  • Digital inclusion programs
  • Pre-apprenticeships
  • Workforce recruitment

Strategic Advantages

  • Tribal college designation
  • Strong Native American student population
  • Existing digital equity partnerships
  • Regional reach across Chippewa, Luce, and Mackinac counties
  • Fiber Broadband Technician Certificate
  • Limited-Energy Technician Certificate
  • GIS and Digital Infrastructure Certificate
  • Broadband Construction Fundamentals
  • Smart Building Foundations

Lake Superior State University

LSSU should serve as the region’s applied research and advanced education hub.

Primary Functions

  • Bachelor’s degree pathways
  • Applied research
  • Industry-sponsored innovation projects
  • Infrastructure testing laboratories
  • Technology commercialization
  • Network Engineering
  • Cybersecurity
  • Smart Infrastructure
  • Utility Communications
  • Building Automation
  • Industrial Control Systems

Research Opportunities

  • Passive Optical LAN (POLAN)
  • Grid-Interactive Efficient Buildings (GEB)
  • Smart campus deployments
  • Critical infrastructure cybersecurity
  • Freshwater and Blue Tech applications

Cloverland Electric Cooperative

The Cloverland Training and Technology Center should serve as the hub and host site for the region’s workforce training ecosystem.

Strategic Role

As the central training campus, the center would provide a physical home for:

  • Fiber infrastructure training
  • Smart grid technologies
  • Building automation instruction
  • Utility communications education
  • Renewable energy integration labs
  • Hands-on workforce development for local employers and apprentices

Develop the center into the Midwest’s first integrated regional training site focused on:

  • Broadband
  • Smart buildings
  • Grid modernization
  • Limited-energy systems
  • Applied technical instruction for rural and tribal communities

Workforce Pipeline Model

Stage 1: K-12 Exposure

Partners:

  • EUPISD
  • Local school districts
  • Career and Technical Education programs
  • Cloverland Training and Technology Center

Activities:

  • Fiber optics awareness
  • Networking fundamentals
  • Cybersecurity exploration
  • Smart infrastructure STEM programs
  • Early exposure to hands-on training at the regional hub site

Stage 2: Community College Credentials

Lead:

  • Bay Mills Community College

Host site:

  • Cloverland Training and Technology Center

Outcomes:

  • Industry-recognized certifications
  • Entry-level technician preparation
  • Pre-apprenticeships
  • Instructor-led lab work and applied instruction at the regional hub

Stage 3: Apprenticeships

Partners:

  • IBEW/NECA
  • TIRAP
  • WIA
  • Regional employers
  • Cloverland Training and Technology Center

Outcomes:

  • Earn-and-learn pathways
  • Workforce retention
  • Industry-recognized credentials
  • Structured training delivered through the host site

Stage 4: Advanced Education

Lead:

  • Lake Superior State University

Host site:

  • Cloverland Training and Technology Center

Outcomes:

  • Bachelor’s degrees
  • Applied research
  • Advanced technical specialization
  • Research-to-practice instruction connected to the regional training hub

Stage 5: Employment & Entrepreneurship

Partners:

  • Cloverland Electric
  • Highline
  • Peninsula Fiber Network
  • Tribal governments
  • Regional contractors
  • Cloverland Training and Technology Center

Outcomes:

  • High-wage careers
  • Business creation
  • Regional talent retention
  • Training-to-employment pathways anchored at the regional hub

Policy Recommendations

Recommendation 1

Create a State-Recognized Limited-Energy Career Pathway

Michigan should establish a statewide career pathway that integrates broadband, low-voltage, smart-building, and utility communications occupations.

Recommendation 2

Support a Regional Center of Excellence

Provide state support for the EUP to become Michigan’s demonstration region for integrated limited-energy workforce development.

Recommendation 3

Leverage Tribal Partnerships

Use BMCC and tribal governments as national models for broadband and infrastructure workforce development in tribal and rural communities.

Recommendation 4

Align Workforce and Infrastructure Investments

Coordinate workforce funding with:

  • Broadband deployment
  • Utility modernization
  • Smart-building initiatives
  • Economic development projects

Recommendation 5

Establish the Cloverland Training and Technology Center as the Regional Hub

Support deployment of advanced infrastructure systems and training programs at:

  • Cloverland Training and Technology Center as the primary host site
  • LSSU
  • BMCC
  • Tribal facilities
  • Regional schools

This would create a single training hub where hands-on learning, applied research, employer engagement, and workforce development are coordinated in one place.

Expected Outcomes

Within five years, the EUP could:

  • Become Michigan’s leading limited-energy workforce region.
  • Establish the state’s first integrated broadband-smart-building workforce ecosystem.
  • Create stackable credentials from high school through bachelor’s degrees.
  • Expand opportunities for tribal and rural populations.
  • Support broadband, utility, and smart-building workforce needs statewide.
  • Position Michigan as a national model for rural infrastructure workforce development.

Conclusion

The EUP already possesses the essential ingredients required for leadership in limited-energy technology workforce development. By aligning BMCC’s workforce mission, LSSU’s research capacity, tribal partnerships, regional employers, and the Cloverland Training and Technology Center as the region’s operational hub, Michigan can create a nationally recognized Center of Excellence that addresses workforce shortages while driving economic growth across rural and tribal communities.

The opportunity is not simply to train fiber technicians. The opportunity is to create the nation’s premier rural and tribal workforce development system for the infrastructure technologies that will power the next generation of connected communities, anchored by the Cloverland Training and Technology Center as the training home for the region.