I am an alumnus of Pickford High School.
That matters to me in a way that is hard to separate from the work I do today.

When I look at Pickford Public Schools now, and specifically at the Cybersecurity and IT CTE program alongside the HVAC CTE program, I do not see two separate career pathways. I see an early, practical example of where our communities are heading, whether we name it or not.

This is what convergence looks like.

Pickford’s cybersecurity program is clear about its role as a regional hub for information technology education in the Eastern Upper Peninsula. Students are learning core IT fundamentals, networking, hardware, security, and real world problem solving through hands on work, certifications, and direct community service such as device repair and technology recycling events.

At the same time, Pickford operates an HVAC CTE program, preparing students to work with mechanical systems, building infrastructure, controls, and the physical environments that keep schools, homes, and public spaces running safely and efficiently.

On paper, these may look like separate trades.

In practice, they are already overlapping.

The Reality: Buildings Are No Longer Mechanical or Digital

Modern buildings no longer divide neatly into IT systems and facilities systems.

Heating, ventilation, and air conditioning are controlled by digital sensors, networked controllers, automation software, and increasingly by systems that operate at the edge or connect to broader networks. Cybersecurity stops being abstract when the device on the network controls airflow, temperature, pressure, or indoor air quality in a school or clinic.

At the same time, IT systems no longer live only in server rooms. They are embedded in lighting systems, door access, environmental monitoring, safety systems, and energy management platforms.

This is the intersection of information technology and operational technology, often referred to as IT and OT. It is becoming the normal condition of the built environment.

Taken together, Pickford’s CTE programs already sit directly at this intersection.

A Community Centered Model, Not an Abstract One

What makes this especially powerful in Pickford is that the cybersecurity program is not isolated from the community. Students repair computers, manage equipment, support local technology needs, and engage in recycling and sustainability efforts alongside regional partners.

That same community embedded model applies naturally to HVAC. Every school, municipal building, clinic, and small business depends on these systems. When the two disciplines are combined, the result is far more valuable than two separate pipelines.

The result is local capacity.

Capacity to maintain systems.
Capacity to troubleshoot problems.
Capacity to secure infrastructure.
Capacity to respond when things break.

Most importantly, it is capacity that stays in the community.

The Technologies Behind the Convergence

At a high level, the convergence of Pickford’s IT and HVAC pathways touches many of the same technology layers students will encounter throughout their careers:

  • Networked controllers and sensors
  • Building automation systems
  • Secure IP based communications
  • Edge computing and on site control systems
  • Monitoring, telemetry, and data analytics
  • Energy management and efficiency platforms
  • Safety, alerting, and fail safe systems
  • Cybersecurity practices applied to physical infrastructure

Students coming up through these programs are not simply learning computers or mechanical systems. They are learning how cyber physical systems behave in the real world.

That knowledge transfers across schools, utilities, healthcare facilities, manufacturing environments, and public infrastructure.

A Vision for CTE as Community IT Support

One of my long held visions is simple.

Career and Technical Education should not only prepare students for jobs. It should function as a living service center for the communities around it.

Imagine a future where HVAC students understand not just airflow, but networked controls and diagnostics.
Imagine cybersecurity students who understand not just networks, but the physical systems those networks operate.
Imagine students supporting schools and municipalities in maintaining safe, secure, efficient buildings.

Communities gain resilience while students gain experience.

Pickford already has the foundations for this model in place. The pieces exist today.

What is needed next is not reinvention, but recognition. Recognition that these programs already represent the future of infrastructure work, and permission to intentionally connect the dots.

Why This Matters for Rural Communities

In rural regions like ours, convergence is not a buzzword. It is a necessity.

We do not have the luxury of deep specialization silos. We need people who can see systems end to end, understand how digital and physical layers interact, and solve problems where they actually live.

Pickford’s CTE programs reflect that reality. They represent a practical, place based response to how technology truly shows up in our communities.

As an alumnus, I do not see this as an accident.

I see it as a quiet strength.

Pickford is not just teaching students how to work with systems.

It is teaching them how to steward them.