Delivered by the Smallpeice Trust, the full-day challenge provided pupils with the opportunity to work collaboratively in teams to design, build, test and refine model aircraft while applying STEM knowledge in a practical and engaging environment. The event formed part of the school’s Developing the Young Workforce offer and aimed to raise aspirations, develop workplace skills and demonstrate the real-world applications of science, technology, engineering and mathematics.

Bringing STEM Learning to Life

The Aircraft Challenge introduced pupils to key concepts including aerodynamics, engineering design and the physics of flight. Working in mixed-gender teams, learners were tasked with designing and constructing a model aircraft before testing and refining their designs through a series of practical challenges.

Throughout the day, pupils followed an engineering design process, planning their approach, building prototypes, evaluating results and making improvements based on testing outcomes. This encouraged learners to think critically, solve problems collaboratively and develop resilience when faced with setbacks or unexpected results.

By applying classroom learning to a practical challenge, pupils gained a greater understanding of how STEM subjects are used in industry and the valuable role they play in solving real-world problems.

Working with Industry Experts

The event was delivered by facilitators from the Smallpeice Trust, a leading educational charity specialising in STEM outreach and engineering engagement programmes. The organisation works with schools across the UK to inspire young people to consider careers in engineering and related industries.

Throughout the challenge, pupils were supported by STEM specialists who shared their expertise, provided technical guidance and encouraged learners to think like engineers. Their involvement gave pupils access to industry-standard experiences and helped bring engineering concepts to life in a way that traditional classroom learning cannot always achieve.

The Smallpeice Trust also helped pupils explore routes into engineering, aviation and wider STEM careers, highlighting the many opportunities available within the sector and the skills employers are looking for in future talent.

Developing Essential Employability Skills

While engineering and aviation were central themes of the activity, the challenge also focused heavily on developing transferable skills that are valuable across all sectors.

Throughout the day, pupils strengthened their:

• Teamwork and collaboration
• Communication skills
• Problem-solving abilities
• Creativity and innovation
• Resilience and adaptability
• Leadership and decision-making

Working within teams encouraged learners to take responsibility for different aspects of the project while understanding the importance of effective communication and cooperation in achieving a shared goal.

The practical nature of the challenge also provided opportunities for pupils to step outside their comfort zones and build confidence in their own abilities.

Building Confidence Through Challenge

A key feature of the Aircraft Challenge was the opportunity for learners to test, evaluate and improve their designs following flight trials.

Rather than focusing solely on success, pupils were encouraged to view challenges and setbacks as learning opportunities, helping to develop a growth mindset and resilience. By analysing the performance of their aircraft and making refinements, learners experienced first-hand the importance of continuous improvement within engineering and innovation.

The experience provided a supportive environment where pupils could experiment, take risks and learn through practical application.

Positive Feedback from Learners

Feedback from pupils was highly positive, with many highlighting the hands-on nature of the challenge and the opportunity to work collaboratively with their peers.

Learners particularly enjoyed applying STEM concepts in a practical setting and participating in activities that differed from traditional classroom learning.

The challenge successfully engaged young people through a combination of creativity, teamwork and problem-solving, helping them better understand the exciting opportunities available within engineering and aviation.

Impact and Outcomes

The Smallpeice Trust STEM Day delivered a range of positive outcomes for participating pupils, including:

• Increased awareness of engineering and STEM career pathways.
• Improved teamwork and communication skills.
• Enhanced problem-solving and critical-thinking abilities.
• Increased confidence through hands-on learning.
• Greater understanding of aerodynamics and engineering principles.
• Meaningful engagement with STEM professionals.
• Raised aspirations and awareness of future education and career opportunities.

The event demonstrated the value of employer and industry engagement in helping young people connect classroom learning with real-world applications. By working alongside STEM specialists and taking part in a practical engineering challenge, pupils gained valuable experiences that will help inform future subject choices and career aspirations.

Through opportunities such as the Aircraft Challenge, young people are developing the skills, knowledge and confidence needed to become the engineers, innovators and problem-solvers of the future.