Moving beyond theory: reimagining energy education for local impact

In the rapidly evolving renewable energy sector, the distance between a university lecture hall and the technical realities of the field can often feel vast. Bridging this gap is not merely an academic exercise; it is a critical requirement for achieving Sustainable Development Goal 7 (SDG7): ensuring access to affordable, reliable, sustainable, and modern energy for all.

At the recent 2026 Sustainable Energy Education (SEED) Conference in Utrecht, the Transforming Energy Access Learning Partnership (TEA-LP) sought to address this challenge head-on. We were honoured to be joined by Dr. Kiran Siraj, a long-standing partner from the Lahore University of Management Sciences (LUMS), who led a pivotal breakout session during our workshop on Experiential and Context-Responsive Learning.

The Challenge: Curricula in a Decentralised World

As the energy landscape shifts from centralised grids to diverse, decentralised solutions like mini-grids and solar home systems, the way we train the next generation of engineers and policymakers must shift accordingly.

Alongside a diverse group of academics, researchers, and industry professionals, Dr. Siraj interrogated the current state of energy education. The goal was to move beyond abstract theory and identify a concrete framework for curriculum evolution.

A Framework for Change: START, STOP, and CONTINUE

To drive actionable change, the workshop utilised a “Start, Stop, Continue” model. This allowed participants to strip away outdated practices while doubling down on the pedagogical strengths that already exist within our partner universities.

The 4 Pillars of Actionable Energy Education

The findings from Dr. Siraj’s group coalesced into four “North Star” principles that TEA-LP believes should underpin modern curriculum design:

1. Place-Based & Context-Responsive Energy education cannot be “copy-pasted” from one geography to another. To be effective, curricula must be grounded in local socio-economic realities and specific technical constraint,

2. Experiential Learning as the Standard While theoretical mastery remains the baseline, real-world project tasks are the ultimate differentiator. Students must engage with the “messiness” of real energy systems before they enter the workforce.

3. The Technical-Practical Link We must bridge the gap between high-level technical knowledge and its application in complex, often remote, environments. This involves understanding not just how a technology works, but how it is maintained within a specific local ecosystem.

4. Inclusivity of Realities Modern curricula must account for the full spectrum of energy landscapes, moving beyond traditional centralised models to include urban mini-grids, remote off-grid solutions, and hybrid systems.

Insights from the Workshop

The infographic below summarises the core actionable items identified by our partners in Utrecht. These insights serve as a roadmap for institutions looking to align their educational offerings with the urgent needs of the energy transition.

Looking Forward: Developing “Systems Thinkers”

The transition to sustainable energy requires more than just technical specialists – it requires systems thinkers. These are professionals who can navigate the legal, financial, and social nuances of their local energy markets while applying rigorous engineering principles.

At TEA-LP, we remain committed to supporting our 30+ partner universities in adopting these experiential models. By focusing on context and local impact today, we are powering the leaders who will build a sustainable future for tomorrow.

A big thank you to the organisers of the SEED conference and to the TEA-LP delegates contributions in delivering a successful workshop.

– Written by Kai Forster

The TEA-LP is supported by UKAID under the Transforming Energy Access Platform.