T-Level Green Skills Curriculum — Using On-Campus Solar as a Teaching Resource

A solar install on your campus is an asset on the corporation balance sheet. Used as a curriculum resource, it’s also a recruitment tool, an Ofsted positive, an EAUC Scorecard scorer, and a measurable contribution to Skills England’s green skills throughput targets. Here’s how successful FE colleges are doing it.

Five T-Level routes that map directly to solar

The T-Level qualifications introduced from 2020 onwards include four routes that map directly onto a live solar install on campus:

1. T-Level Building Services Engineering. The most direct mapping. Modules cover electrical installation, heating and ventilation, plumbing, low-carbon technologies. Solar PV, battery storage, and heat pump systems are mainline curriculum content.
2. T-Level Construction. Building fabric, sustainability in construction, building envelope, building services integration. Solar fits as part of the broader sustainable construction modules.
3. T-Level Engineering. Electrical engineering, power systems, design and development. Solar inverter operation, grid connection mechanics, DNO interface are all engineering content.
4. T-Level Digital. Data analysis, IoT systems, monitoring dashboards. The live-generation monitoring platform is a real-world digital data source for project work.
5. T-Level Agriculture, Environmental and Animal Care (relevant for land-based colleges). Sustainable land management, low-carbon farming, agritech. Solar PV on farm buildings ties directly into Module 4 sustainability content.

Specific curriculum integration patterns

Five practical patterns we’ve seen work across FE colleges:

1. Live-generation dashboard as classroom data source

The simplest and most replicable integration. A live-generation monitoring platform feeds data to a classroom dashboard — current generation, daily total, monthly total, lifetime tCO2e avoided. T-Level Digital cohorts use the data API for project work; T-Level Engineering cohorts analyse inverter efficiency curves; A-level Environmental Science cohorts model carbon savings against grid intensity data.

2. Synoptic project: monitoring dashboard design

T-Level Digital and T-Level Engineering routes both include synoptic project work — extended individual or team projects that demonstrate occupational competence. Designing a monitoring dashboard for the campus solar install is an exemplary synoptic brief. Several FE colleges (notably Reaseheath, Sparsholt, and Activate Learning) have run this as a flagship project type.

3. Apprenticeship blocks tied to the install

Electrical installation apprentices typically need exposure to commercial PV as part of their off-the-job training requirement. Where the FE college has its own install, apprentices can do part of their off-the-job training on the campus asset — under supervision from the college’s own electrical engineering staff or partner installer. Several FE colleges have formal arrangements with solar installers for this.

4. KS5 Environmental Science modules

A-level Environmental Science includes modules on renewable energy and UK energy policy. The on-campus solar install provides real, local, current data for these modules — far more engaging than abstract textbook case studies. Several sixth form colleges have integrated the install data into Year 13 A-level synoptic essays.

5. Adult community learning short courses

For adult community education provision, solar can be a topic in short courses on home energy, climate literacy, basic skills numeracy (calculating savings, percentages), and ESOL Level 2 (energy vocabulary, contextual problem-solving). Several FE colleges run “Solar 101” community short courses tied to the on-campus install.

What Skills England wants to see

Since June 2025, Skills England’s framing of green skills delivery has favoured FE colleges that can evidence:

• Specific apprentice progression from FE provision into green-economy roles (electrical installation, building services, sustainability)
• Employer partnership with named industry actors (solar installers, electrical contractors, DNOs)
• Curriculum integration of real-world technologies (not just textbook content)
• Learner-led project work demonstrating occupational competence in green-skills contexts

A solar install integrated into curriculum delivery hits all four. Where the integration is documented and reported, it strengthens both the AoC Climate Action Plan reporting and the Skills England policy positioning for the corporation.

How to document curriculum integration

For AoC Climate Action Plan reporting and EAUC Sustainability Leadership Scorecard returns, four specific data points to capture:

1. Number of T-Level learners engaged with the install per academic year, by route
2. Number of apprentices completing off-the-job training elements at the install
3. Number of A-level / BTEC schemes of work that reference the install
4. Specific learner outcomes — coursework, synoptic projects, exam responses that draw on the install

Annual capture of these data points is straightforward — the live-generation platform usually shows interaction data; teaching staff can confirm scheme-of-work integration; apprenticeship records show off-the-job hours.

Practical setup for a new install

For a new solar install at an FE college planning curriculum integration from day one:

1. Specify a monitoring platform with public API. Many commercial inverter manufacturers (Sungrow, Solis, SolarEdge) offer public APIs that enable classroom-friendly dashboard development. Confirm this at the inverter specification stage.
2. Locate the live-generation display thoughtfully. Reception area for general visibility; T-Level workshop entrance for daily engagement; main library for sustained classroom reference.
3. Brief teaching staff at commissioning. A 1-hour briefing for Heads of Department covering what the install does, how the data is structured, and what curriculum integration possibilities exist.
4. Capture one good case study in Year 1. Document a specific learner project or scheme-of-work integration in detail — this becomes the template for everything else and the case study for AoC reporting.

Related guides

• T-Level Capital and solar
• Skills England transition for FE solar
• AoC Climate Action Roadmap