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Employment must be a measure of success for SEND reforms

Chris Thornton, Director of Inclusive Provision and SEND, Luminate Education Group

For hundreds of thousands of children and young people with special educational needs and disabilities (SEND), the education system is not just about learning – it shapes their independence, confidence, and future opportunities. Yet too often, the outcomes they achieve do not reflect their potential.

Nationally, more children and young people than ever are being identified as needing support. Over 638,000 now have an Education, Health and Care Plan (EHCP) – an 11% rise from January 2024 to January 2025 – and more than 1.6 million pupils are identified as needing SEND support. At the same time, local authorities are facing mounting financial pressure, with many operating significant deficits linked to SEND provision.

Taken together, this paints a picture of a system at a tipping point. Demand is rising rapidly, expectations are increasing, yet outcomes for too many young people remain far from where they should be. If reforms are to deliver on their promise, success cannot be measured by plans alone, but by what young people go on to achieve after education.

The White Paper, Every Child Achieving and Thriving, alongside the Putting Children and Young People First consultation, sets out a vision for a more consistent and inclusive system, with earlier intervention and better preparation for adulthood. These reforms recognise the inclusive practices of further education providers and include a commitment to expanding supported internships, alongside more tailored one-to-one support for learners with SEND. By creating clearer pathways into employment and training, the government aims to better support young people with SEND, who are currently around 80% more likely to be NEET than their peers.

Yet just 4.8% of people with SEND move into sustained paid employment nationally. Too many leave education without a clear, supported pathway into work, making supported internships one of the clearest ways to bridge that gap.

Across our group, we see the impact daily. At Keighley College, Dylan Worsnop joined with a goal to follow in his father’s footsteps as a welder. Through his supported internship with Acorn Stairlifts, he developed the skills and confidence to thrive, ultimately securing a full-time role. 

Stuart Aveyard, a former Leeds City College student, exemplifies how persistence and ongoing support make a difference. Over several years, he developed skills through a range of placements. When his initial internship did not lead directly to employment, he did not give up – and neither did the support around him. With continued guidance from job coaches, he progressed into a second internship, built his independence, and ultimately secured full-time employment, where he remains today.

At Harrogate College, four students were placed with Harrogate and District NHS Foundation Trust and Harrogate Integrated Facilities through DFN Project SEARCH. They rotate across departments such as IT, equipment services, and groundskeeping, gaining real-world skills with close tutor support.

Yet nationally, only 9 – 10% of young people with EHCPs access supported internships, and just one in four remain in employment a year later – highlighting the need for structured support beyond the internship itself. The system has historically focused on what is taught academically, rather than helping them prepare for adulthood, employment, independence and becoming part of the wider community. Such skills must be embedded from an earlier stage. Preparation for adulthood – including employment, independence, and community inclusion – must be embedded from an earlier stage.

Supported internships should not be a niche offer but a central pillar of a system genuinely focused on outcomes. This requires sustained investment, stronger employer partnerships, and recognition that support should not end the moment a young person secures a job. Employers also benefit – supported interns bring with them a strong work ethic, fresh perspectives, and tangible value.

As National Supported Internship Day highlights, the model works. The challenge now is to scale it so that for young people with SEND, employment becomes a genuine expectation, not the exception.

Leeds Conservatoire students doing environmental recordings. Credit - Cat McEvoy

Conservatoire students are ‘going wild’ for sustainability

Leeds Conservatoire students have been recording the sounds of nature as part of a sustainability push by Yorkshire’s higher education (HE) institutions.

The Conservatoire initiative is featured in a new Yorkshire Universities (YU) report which describes an array of sustainability projects that are being undertaken by local HE providers.

The Good Practice Guide for Engaging Students with Sustainability through Service Learning also highlights how the regional HE sector’s collaboration efforts with external partners are helping students obtain real-world opportunities to use their skills to address local sustainability issues.

The guide is designed as a blueprint that can be used by other institutions wishing to drive student engagement with sustainability. It is the culmination of a 15-month, £20,000 pilot project funded by the UPP Foundation which included an audit of the extent to which the 12 YU member institutions embedded sustainability in their curricula.

Learning from the great outdoors

As part of the pilot, all 12 YU member institutions were given £1,000 to use towards boosting Sustainability Service Learning activity and providing experiential learning opportunities. Leeds Conservatoire enabled its students to carry out environmental field recordings and the feedback was very positive.

One said: “I really enjoyed exploring Leeds through a new lens and perspective, as well as having the opportunity to take field recordings through a variety of types of microphones which included zoom, shotgun, hydrophone and contact.

“I found exploring the way the natural world changed as we drew closer to the centre of the city especially interesting, and the discussions that it provoked were highly useful in creating a greater understanding of our relationship with nature.”

A further £3,000 was assigned as prize money to a Multi-University Challenge Day, organised in December 2023, which brought together 36 students – with a diverse set of skills and backgrounds – from across the 12 regional institutions.

The students were asked to form groups and develop ideas on how to engage more learners with sustainability – a topic that directly aligns with the Yorkshire and Humber Climate Commission Regional Climate Action Plan. The winners were then invited to give a presentation at the annual Student Sustainability Research Conference.

An inspirational pilot to engage more students

Monika Antal, Assistant Director at Yorkshire Universities, said: “YU is proud to have led this pilot and we hope this guide will inspire other institutions to learn from what works in our experiences across the region.

“The project demonstrated there is significant value for universities working in partnership to address sustainability challenges through Service Learning, which benefits communities as well as offering students valuable real-world opportunities and experiential learning.

“We also discovered that community partners benefit from a diverse range of student perspectives and small amounts of funding can help to engage a wider range of students who would otherwise not have got involved.”

Richard Brabner, Executive Chair at the UPP Foundation, added: “Embedding local sustainability projects within the curriculum is great news for the towns and cities universities are from, great news for students who learn vital skills for the workplace, and great news for universities as it improves their reputation. We were proud to fund this project and warmly welcome the report. We hope it inspires more student sustainability initiatives across the higher education sector.”

Dean of Higher Education at University Centre Leeds, Dr Sarah Marquez

University Centre Leeds’ pioneering work showcased in national campaign

University Centre Leeds is being hailed as a model example of how education providers should be working with employers.

The University Centre works closely with a number of businesses and organisations (including the NHS) and, in recent years, has strengthened those ties by pioneering Higher Technical Qualifications (HTQs).

Designed to follow on from T Levels and A Levels, HTQs are developed in consultation with employers to ensure they produce ‘industry-ready’ individuals equipped with the specific skills needed to start in quality, advanced level roles.

Impressed by the University Centre’s track record of collaborating with businesses like Leeds-based cybersecurity solutions firm BlackDice, the Department for Education (DfE) visited earlier this year to make a video showcasing its approach.

Building talent pipelines

The resulting two-minute film can now be seen on the National Careers Service’s YouTube channel, entitled ‘HTQs help businesses to build their talent pipeline’.

The Univeristy Centre’s Dean of Higher Education, Dr Sarah Marquez, said: “Our work with employers to ensure our HTQs deliver exactly what they, our region and its economy needs is something we are very proud of.

“We became the first education institution in Yorkshire to gain approval to use the new quality mark, initially for our Cyber Security, Software Development and Computer Science courses, which launched in 2022.

“Since then we have expanded our HTQ portfolio to now include twelve other subjects, including health play specialism, business enterprise and management, healthcare assistant practitioner, PE and sport coaching, engineering, childcare, biomedical sciences, film and screen media, and animation.

“It is a testament to the quality and breadth of our offering that the Department for Education chose to visit us and record interviews about our collaboration with thriving businesses like BlackDice. We look forward to seeing how the footage is used to support what is a really important push to get more people, and businesses, to make the most of their potential by developing their higher technical skills.”

An ‘attractive proposition’ for businesses

The University Centre has been working closely with BlackDice’s Chief Operating Officer, Sarah Hague – who was also interviewed for the videos – on aspects of its cyber security and computer science degrees.

During her interview, Sarah said: “Students leaving with an HTQ will be a really attractive proposition for employers.

“Through occupational standards they will have developed the skills and knowledge that employers have asked for.

“For BlackDice, HTQs mean that we’ll be able to tap into work-ready talent that we might not have had access to.”

The University Centre is currently working with 120 employers and using their feedback to develop its courses – while aiming to team up with a further 50 in the near future.

How to Integrate AI in Everyday Teaching 

The digital landscape in education is an ever-changing entity that is being shaped by technological advancements and cultural shifts. What we think of as ‘cool tech toys’ today, like virtual reality (VR) and artificial intelligence (AI), are becoming as essential to learning as books and pencils, writes Adil Hussain, digital teacher at Keighley College.  

 In the further education classroom, the role of technology has long since become pivotal in shaping the teaching and learning experiences of educators and students. But with the number of emerging technologies and the rapid growth of artificial intelligence (AI), we have come a long way in a very short time in what feels like a whole new transformation of our work.  

  Over the past 12 months, I have been exploring and utilising AI in different ways in the classroom and have seamlessly incorporated it into my everyday teaching practices. Leveraging a range of tools to help me organise, plan and teach my students has not only changed the way I teach, it also underscores the immense potential AI holds for the whole sector. 

Bringing simple ideas to life 

At the heart of my approach is Scribble Diffusion, a powerful tool catering to my Level 1 students studying English for speakers of other languages (ESOL) and foundation courses. Through this platform, students are encouraged to sketch a drawing and provide a prompt, showcasing how powerful generative AI is and how it brings their concepts to life. 

For example, the students were tasked with sharing a word to develop a narrative. This was further developed through Scribble Diffusion as a photo story. As a result, it not only boosted their confidence but also put their language and creative skills to the test, stimulating creativity and nurturing a deeper understanding of visual representation. 

Fostering innovation and creativity 

As a games design tutor, I have found the use of Leonardo AI helpful in fostering creativity and problem-solving skills among my Level 2 and 3 students, enhancing their ability to develop innovative and engaging game concepts. This free, token-based generative AI tool is versatile across various vocational courses, demonstrating its potential to cultivate a wide array of skills. 

I have also been utilising Quizalize which has become my go-to resource for creating engaging quizzes – particularly useful for new starter/student activities or session recaps. The integration of ChatGPT within Quizalize has helped me streamline the quiz creation process, showcasing the collaborative potential between educators and AI to enhance teaching methodologies. 

Streamlining processes for efficiency 

Another area I have been exploring is TeacherMatic, which has rapidly become an essential tool to streamline my workload. By automating routine tasks and providing easy access to educational resources, it has allowed me to focus more on instructional activities and student interaction.  

However, while it holds promise in reducing the burden on educators and has the potential to become effective if developed further, its widespread integration across educational institutions is yet to be fully realised. Gillian Keegan may be pinning her hopes on AI to reduce workload, but there is a long way to go to make this a reality. 

 In addition to all these tools, I have of course also invested in ChatGPT 4. Its personalised prompts feature sets it apart from the free version. Customisation will be significant in maximising AI’s effectiveness in the classroom and meeting diverse needs, but the cost implication is certainly something policy makers need to be aware of. 

Soft skills are vital in our day-to-day interactions and perhaps even more so in the working world. As a result, I have recently explored an app called Body Swaps for soft skills training. This innovative tool utilises VR to simulate interviews, providing individuals with a unique opportunity to refine their interpersonal skills. 

AI has revolutionised the way I work, making my teaching more personalised, efficient, and responsive, both in my day-to-day activities with students and in how I plan lessons. It has helped me facilitate seamless communication and resource sharing among my peers and students, fostering a community of continuous learning and professional development. 

All of which is truly beneficial for early adopters like me. (And there’s no reason you can’t become one too very quickly, no matter how inexperienced you feel.) The challenge now is to make this revolution systemic. 

Adil Hussain, digital teacher, Keighley College.  

The STEM 7 skills

Using the seven pillars of STEM to create tomorrow’s workforce

The Labour government has made economic growth its top priority, but to drive this it will need to address skills shortages in the STEM sector which are holding us back to the tune of £1.5bn per year, writes Ann Marie Spry, our Vice Principal of Adults.

Colleges and higher education institutions like ours clearly play a vital role in addressing this problem – but not only through teaching the technical skills our learners need to succeed.

After analysing employer reports about recruitment in STEM fields a few years ago, what came over loud and clear was that while many of the students had the knowledge needed for the job, they didn’t have the necessary – and equally vital – behaviours.

So looking through a number of documents that mapped out the key characteristics that STEM employers were looking for, we whittled them down to create what we have called STEM 7. These are the attitudes and behaviours that underpin not just the science and tech industries but all kinds of jobs, from pastry chefs to fashion designers.

A skillset that transcends boundaries

STEM 7 consists of: creative thinking, problem-solving, communication, collaborative working, intellectual curiosity, flexibility and data-driven decision making. Just about all of those concepts are actually relevant regardless of the subject. Everybody these days has to use digital technology and maths in one way or another, and if you think of the design approach and problem-solving inherent to engineering, most jobs require creativity too.

Our challenge, as educators, is to ensure our curriculum provides opportunities for students to step out of their comfort zones and take on tasks in some of those STEM 7 areas they may struggle with. Engineers, for example, are known for having many important qualities – including problem-solving and, through their design approach, creativity. But they are not traditionally renowned for their collaborative approach or communication skills, both of which are  invaluable in the workplace.

That’s something our approach can help students with before they join the world of work, by stretching and developing them to ensure they have some of those transferable skills that businesses of all types really value.

And we know it’s working. We included some of our partner employers, like tech consultancy BJSS, in the first discussions about our STEM 7 strategy to make sure they were on board, and they’ve been nothing but supportive.

Opening minds

Introducing this concept has meant challenging both ourselves and our students to broaden how we think about STEM. As someone with a science background I feel strongly that many people tend to have a fear of ‘science’ and the STEM subjects, but that’s something we can and will change because it’s all around us in everything we do daily. 

One key way of doing so is through revising how we teach and moving away from the thoroughly unhelpful old perspective that saw technical and artistic courses as being entirely separate. Thankfully, there is an increasing awareness that both disciplines depend on each other and share many underlying principles, not least when it comes to creativity and intellectual curiosity.

The shorthand for this new perspective is STEAM (essentially, STEM plus the Arts) and Computer Game Design and Development is a classic example of STEAM in action. We teach the subject at Leeds City College as part of our very broad offering from the School of Creative Arts, at Quarry Hill campus – and it is the epitome of a field where technical know-how and creativity are equally important.

An immersive approach

Combined with this more open-minded perspective on what actually constitutes a STEM topic is the need to exploit emerging immersive technologies like AI and VR.

Such tools can offer great benefits to our students and the industries they want to enter. If you are studying healthcare, for example, you really want to learn on a hospital ward and we can offer that; indeed it will be one of the many new facilities that Harrogate College will provide following its £22m rebuild.

What VR does though, is give you so many additional options – in this case it allows you to change ward layouts, for example, and patient scenarios so that students are exposed to a wider set of challenges and leave college with a deeper understanding of what their jobs will entail.

We are already successfully using VR in welding at Keighley College, while across our group emerging technologies are helping us enhance the teaching of everything from science to electric vehicle infrastructure.

By combining these high-tech teaching aids with a STEM 7 approach, which also delivers those in-demand ‘softer skills’, we will start to plug those STEM-shaped holes in  the country’s economy.

This thought leadership piece was recently published in FE Week.

University Centre Leeds

Quality HE teaching recognised

Two of our members are celebrating achieving strong Teaching Excellence Framework (TEF) results.

University Centre Leeds and Leeds Conservatoire both gained overall TEF ratings of Silver this year which the Office for Students (OfS), which runs the scheme, grants when ‘the student experience and student outcomes are typically very high quality’.

The TEF aims to inspire higher education providers to improve and deliver excellence in teaching, learning and achieving positive outcomes for students.

Dean of Higher Education at University Centre Leeds, Dr Sarah Marquez, said: “This is a tremendous achievement and a true testament to everyone’s hard work.

“The quality of our teaching and our commitment to delivering a first class learning experience is at the heart of what we do, so this recognition is heartening.”

University Centre Leeds has just received its final TEF results, while the conservatoire achieved its Silver rating in September.

Conservatoire Principal, Professor Joe Wilson said: “Leeds Conservatoire is a specialist higher education provider, committed to providing an excellent experience and outcomes for its students. The Teaching Excellence Framework 2023 ratings reflect this and endorse the hard work and dedication of staff across the institution.”

All higher education providers in England with more than 500 undergraduates had to submit data for this year’s TEF.

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