Lol Conway, Curriculum Consultant and Trainer for the Design and Technology Association

Throughout my teaching, inclusivity has always been at the forefront of my mind – ensuring that all students can access learning, feel included, and thrive. Like many of my fellow teachers, at the start of my teaching career my focus was often directed towards supporting SEND or disadvantaged students, for example. I have come to realise, to my dismay, that more able students were not high up in my consideration. I thought about them, but often as an afterthought – wondering what I could add to challenge them. Of course, it should always be the case that all students are considered equally in the planning of lessons and curriculum progression and this should not be dictated by changes in school data or results. Inclusivity should be exactly that – for everyone.

True inclusivity for more able students isn’t about simply adding extra elements or extensions to lessons, much in the same way that inclusivity for students with learning difficulties isn’t about simplifying concepts. Instead, it’s about structuring lessons from the outset in a way that ensures all students can access learning at an appropriate level. 

I realised that my approach to lesson planning needed to change to ensure I set high expectations and included objectives that promoted deep thinking. This ensured that more able students were consistently challenged whilst still providing structures that supported all learners. It is imperative that teachers have the confidence and courage to relentlessly challenge at the top end and are supported with this by their schools. 

As a Design and Technology (D&T) teacher, I am fortunate that our subject naturally fosters higher-order thinking, with analysis and evaluation deeply embedded in the design process. More able students can benefit from opportunities to tackle complex, real-world problems, encouraging problem-solving and interdisciplinary connections. By integrating these elements into lessons, we can create an environment where every student, including the most able, is stretched and engaged. However, more often than not, these kinds of skills are not always nurtured at KS3.

Maximizing the KS3 curriculum

The KS3 curriculum is often overshadowed by the annual pressures of NEA and examinations at GCSE and A-Level, often resulting in the inability to review KS3 delivery due to the lack of time. However, KS3 holds immense potential. A well-structured KS3 curriculum can inspire and motivate students to pursue D&T while also equipping them with vital skills such as empathy, critical thinking, innovation, creativity, and intellectual curiosity.

To enhance the KS3 delivery of D&T, the Design and Technology Association has developed the Inspired by Industry resource collection – industry-led contexts which provide students with meaningful learning experiences that go beyond theoretical knowledge. We are making these free to all schools this year, to help teachers deliver enhanced learning experiences that will equip students with the skills needed for success in design and technology careers. 

By connecting classroom projects to real-world industries, students gain insight into the practical applications of their learning, fostering a sense of purpose and motivation. The focus shifts from achieving a set outcome to exploring the design process and industry relevance. This has the potential to ‘lift the lid’ on learning, helping more able learners to develop higher-order skills and self-directed enquiry.

These contexts offer a diverse range of themes, allowing students to apply their knowledge and skills in real-world scenarios while developing a deeper understanding of the subject and industry processes. Examples include:

• Creating solutions that address community issues such as poverty, education, or homelessness using design thinking principles to drive positive change;
• Developing user-friendly, inclusive and accessible designs for public spaces, products, or digital interfaces that accommodate people with disabilities;
• Designing eco-friendly packaging solutions that consider materials, manufacturing processes, and end-of-life disposal.

These industry-led contexts foster independent discovery and limitless learning opportunities, particularly benefiting more able students. By embedding real-world challenges into the curriculum, we can push the boundaries of what students can achieve, ensuring they are not just included but fully engaged and empowered in their learning journey.

Find out more…

NACE is partnering with the Design & Technology Association on a free live webinar on Wednesday 4 June 2025, exploring approaches to challenge all learners in KS3 Design & Technology. Register here.

Emma Sanderson, Head of English at NACE member and Challenge Award-accredited Hartland International School (Dubai), shares advice for successful use of “Genius Hour” project-based learning to challenge and motivate learners, inspired by Google’s “20% time”.

As teachers, our awareness of the importance of challenging questions is always at the forefront of our minds, particularly with our more able learners. However, the onus of asking challenging questions shouldn’t always be placed on the teacher. Cue Genius Hour, an idea inspired by Google’s “20% time”, in which employees are encouraged to spend 20% of their time working on any project of their choosing, on the condition that it ultimately benefits the company in some way, and which is famously credited with giving rise to many of Google’s most successful innovations.

Google’s “20% time” is similar to the use of Genius Hour in our school: encouraging students to take ownership of their learning by using a proportion of curriculum time to focus on topics they are passionate about. By coming up with their own driving question to focus their research, students manage their own learning journey and subsequently become even more engaged with the learning process.

Here are three key steps to use Genius Hour project-based learning effectively:

1) Support students to develop their driving question.

The driving question of the project will become the focus of the students’ research. Whilst students may be tempted to simply find out more information about a topic close to their heart, the key is to construct a question that allows for in-depth research and is also broad enough for students to include their personal opinions. Even our most able learners will need support with this task, and for this, question stems can be incredibly useful:

• What does _______ reveal about _________?
• To what extent does…?
• What motivates_________?
• How would you develop…?
• What alternatives are there for…?
• How can technology be used to…?
• What assumptions are there about…?
• What are the [ethical] implications of…?
• How can we challenge…?
• What would happen if…?
• How can we improve…?
• What might happen if…?

Students might be encouraged to come up with solutions to real-life problems or delve into ideas linked to current affairs that they are intrigued by. Either way, these broad question stems allow for thorough exploration of a topic.

2) Help students develop their research skills.

Left to their own devices, students may be tempted to simply Google their question and see what answers come up. Instead, offer guidance on the best and most reliable sources of information for their project.

It may be that students are directed towards relevant reference books in the library. Additionally, online resources can prove invaluable; the Encyclopaedia Britannica offers a wealth of knowledge for students, whilst news websites aimed at teenagers (for example Newsela and The Day) encourage students to form their own opinions on current affairs and offer suggestions for further reading.

Our more able learners may be more adept at focusing their internet searches and filtering through the vast array of results. If this is the case, students would be expected to determine whether a source is reliable or biased and should be confident at citing their sources.

3) Encourage creativity in how students present their findings.

Ideally, students will be excited and motivated to complete their Genius Hour project, and originality in how they present their results should be encouraged. Students may want to create a video, make a presentation, write a passionate and persuasive speech, design an informative leaflet… The more freedom the students have, the more their creativity will flourish. 

One of our students gave a rousing speech on the question, “What alternatives are there to living on planet Earth?” (ultimately concluding there were none and that we need to change our lifestyles in order to save the planet). Another offered a passionate presentation on the theme “How can we improve Earth’s biodiversity while allowing people to still eat meat and plants?” And after witnessing the impact of Covid-19 first hand, one student wrote an insightful article to answer the question, “What has Covid-19 revealed about our society in 2020?”

This approach to project-based learning can also be effectively applied during distance learning – students can be given the success criteria for the project and set the challenge of managing their own time. There is ample opportunity to use technology to give presentations remotely, either live through Zoom or Teams, or recorded individually using a platform such as Flipgrid. 

In summary…

Overall, Genius Hour is a fantastic tool to promote deeper thinking in the classroom, whilst also having huge benefits across the wider curriculum. We have found this approach has worked particularly well with Key Stage 3 students and is the perfect opportunity to refine the research and presentation skills required at GCSE, whilst also impacting positively across the curriculum in all lessons. Furthermore, it sends the message to students that their passions outside of school are valued, which in itself can prove to be hugely motivational. Presenting their findings at the end of the project instils confidence in our learners, giving them the vital communication, leadership and time management skills necessary for life beyond education. 

Further reading: “Cognitive challenge: principles into practice”

NACE’s report “Cognitive challenge: principles into practice” explores approaches to curriculum and pedagogy which optimise the engagement, learning and achievement of very able young people, combining relevant research and theory with examples of current practice in NACE Challenge Award-accredited schools. Preview and order here.

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