Image

Issued to: Robert McTaggart
Date On : 16/10/2025


Field of Study & Domain:

Sustainable Renewable Energy

Stage 5, Science, Design & Technology, Geography, Mathematics


SDG Alignment:

SDG 4 – Quality Education
SDG 7 – Affordable and Clean Energy
SDG 9 – Industry, Innovation and Infrastructure
SDG 13 – Climate Action


Designing Photovoltaic (Solar) Systems - Developing Proficiency

This digital credential recognises the learner’s successful completion of the Stage 5 Designing Photovoltaic (Solar) Systems lesson.

The learner has demonstrated developing proficiency in photovoltaic system design, applying both foundational and extended concepts to real-world energy challenges. They have engaged with more complex ideas such as energy output calculations, cost estimation, and spatial planning, and have critically analysed solar system proposals through case study work.

Throughout the lesson, the learner has built confidence in applying scientific reasoning, mathematical problem-solving, and design thinking to assess and propose solar energy solutions that are both practical and sustainable.

Activated by the University of Newcastle through the Trailblazer for Recycling and Clean Energy (TRaCE) initiative, this credential celebrates the learner’s growing expertise and commitment to innovation in clean energy design.

Skills Explored and Demonstrated

Applied Scientific Reasoning
Complex Mathematical Problem-Solving
Unit Conversion and Efficiency Analysis
Critical Thinking
Design thinking

Earning Criteria

To earn this credential, the learner must have:
  • Completed the Stage 5 Designing Photovoltaic (Solar) Systems lesson.
  • Demonstrated understanding of energy and power through unit conversions and applied calculations.
  • Analysed photovoltaic system performance using real-world data and efficiency factors.
  • Estimated system cost and area requirements based on panel specifications and sunlight availability.
  • Critically evaluated a solar system proposal in a case study, using evidence-based reasoning.
  • Proposed a more suitable system configuration based on household energy needs and budget constraints.