Building a Future: Why Young People Should Take Another Look at Construction Careers

Building a Future: Why Young People Should Take Another Look at Construction Careers

A young person leaving school at 16 could begin an apprenticeship, learn a skilled trade, earn a living and accumulate five years of practical experience before deciding whether to pursue a university education. By their early twenties, they might already have a detailed understanding of their chosen trade, the equipment they use and the realities of working on construction projects. Further study could then build on that experience, opening opportunities in engineering, management or specialist technical disciplines.

It is a pathway that receives relatively little attention compared with the conventional progression from school to university and then into employment. Yet construction offers opportunities to learn, qualify and progress throughout a working life, often without requiring young people to make permanent professional decisions before they have experienced the workplace. The problem is that many never discover those possibilities.

Research commissioned by construction software company Procore found that only 35% of surveyed UK 16–20-year-olds recalled construction or a skilled trade being presented as an option during school or college careers guidance. Another 17% said they had received no careers advice at all, while 44% would not know where to begin if they wanted to pursue a construction career.

The findings arrive as the Construction Industry Training Board forecasts that the UK will need approximately 206,000 additional construction workers across the five years to 2030. The industry faces a substantial recruitment challenge, but it also has an opportunity to introduce young people to careers offering practical skills, recognised qualifications, financial independence and room to develop in different directions.

Briefing

• CITB forecasts a need for approximately 206,000 additional UK construction workers between 2026 and 2030, including recruitment to replace people leaving the industry.
• Procore research found that 44% of surveyed 16–20-year-olds would not know how to begin a construction career.
• Apprenticeships and technical qualifications allow young people to combine employment with learning and progress towards higher qualifications.
• Practical experience and experienced mentors can provide a valuable foundation for later university study or professional specialisation.
• Employers need to engage with schools, families and young people, showing realistic career opportunities and providing accessible routes into the industry.

A Career That Starts with Practical Experience

Construction offers something valuable in an uncertain employment market: the opportunity to develop skills that can remain useful beyond a particular employer or project. A qualified electrician can work in domestic construction, industrial facilities, infrastructure or renewable energy, while a plant mechanic may find opportunities with contractors, equipment manufacturers, dealerships and machinery rental businesses. Welders, carpenters, surveyors and civil engineering technicians can apply their expertise across different sectors, developing specialist capabilities as their careers progress.

Construction employment is not immune to economic downturns, investment cycles or changing demand. However, recognised practical skills can provide flexibility when circumstances change, particularly when supported by experience and continuing professional development. There is also the possibility of working internationally, although recognition of qualifications, licensing requirements and local regulations vary between countries.

For young people who enjoy solving problems, working with equipment or producing something tangible, the attraction extends beyond employment prospects. Construction offers the satisfaction of seeing work completed, whether that involves repairing a machine, installing an electrical system, constructing a bridge or improving a road. Someone entering an apprenticeship with limited experience can gradually develop the competence to work independently, diagnose problems and take responsibility for the quality of their work.

Those abilities can create opportunities for further qualifications, specialist positions, supervision or eventually establishing an independent business. Experience on major infrastructure projects may also provide exposure to different engineering practices, technologies and working environments, giving individuals a broader range of options as their careers develop.

Five Years in the Field Can Change an Education

The conventional academic pathway generally places formal education before professional experience. Students acquire theoretical knowledge and subsequently learn how to apply it in the workplace, an approach that remains appropriate for many individuals and occupations. Construction, however, also offers the possibility of developing practical expertise before pursuing higher education.

Consider two people studying civil engineering. One enters university directly from school, while the other begins with an apprenticeship, spends five years working on construction projects and subsequently chooses to pursue higher education. Both may study structural mechanics, materials science, geotechnical engineering and construction management, but the experienced student brings memories of actual projects into the classroom.

They might already have encountered unexpected ground conditions, concrete placement difficulties, drainage problems, equipment limitations and the practical consequences of design decisions. When those subjects appear in lectures or technical assignments, the underlying principles relate to situations they have experienced. Someone who has maintained hydraulic machinery may immediately recognise the systems described in a mechanical engineering course, while a construction technician who has worked alongside surveyors may approach measurement, tolerances and setting-out calculations with a clear appreciation of their importance.

Practical experience provides a context for theoretical knowledge, allowing students to connect new concepts with familiar operations and problems. Five years in employment can also make a considerable difference to personal development, as a young person who was uncertain about their interests at 16 may have a much clearer understanding of their abilities and ambitions by 21. They may have developed confidence, professional discipline, communication skills and the motivation to pursue qualifications that support a particular career.

There are limitations to this approach. Practical experience does not automatically provide the mathematics or scientific preparation required for an engineering degree, and additional academic qualifications may be necessary. Equally, some students are ready to pursue higher education directly from school and benefit from doing so. The value lies in recognising that people develop at different rates and that formal education can be undertaken at different stages of a career.

Education Does Not Have to End at 18

The range of technical qualifications available in construction provides opportunities to continue learning long after completing an initial apprenticeship. Depending on the occupation and location, pathways may include National Vocational Qualifications, specialist trade certifications, Higher National Certificates, Higher National Diplomas, higher apprenticeships and degree apprenticeships. Professional institutions, colleges, universities and equipment manufacturers also offer training in particular technologies, standards and working practices.

The CITB apprenticeship guidance provides information about apprenticeship routes, while UCAS explains opportunities to progress through higher and degree apprenticeships. For people already employed, further education need not require abandoning their careers. Part-time university courses, block-release training, blended programmes and distance learning can provide opportunities to gain qualifications while continuing to work, although some disciplines require laboratory attendance, practical assessment or supervised training.

An electrician might specialise in building services engineering or electrical power systems, while a plant technician could progress into mechanical engineering. A skilled tradesperson interested in organising complex projects may pursue construction management, and others may develop expertise in estimating, surveying, digital construction or occupational safety. Institutions such as The Open University provide flexible higher education routes, including engineering and related subjects, although specific programmes have their own entry requirements and professional accreditation arrangements.

Someone who enjoys maintaining machinery at 17 may discover an interest in engineering design by 25. A construction supervisor might decide to study business management in their thirties, while an experienced engineer could pursue another technical specialism much later in their career. The first qualification does not have to define the rest of a person’s working life, but can provide a foundation from which further education becomes a deliberate choice informed by experience and professional ambition.

The Importance of a Good Mentor

Formal qualifications establish essential technical knowledge, but some of construction’s most valuable lessons are learned alongside experienced professionals. A skilled machine operator may recognise an emerging mechanical problem from a change in sound or vibration, an experienced groundworker can notice conditions that require further investigation, and a site engineer may recognise when a technically correct design presents unnecessary difficulties during construction. These observations develop through years of experience, often involving situations that cannot easily be reproduced in a classroom.

For a young apprentice, working alongside someone with that knowledge can be invaluable. A good mentor explains why tasks are performed in particular ways, demonstrates appropriate techniques, encourages questions and helps develop the judgement required to work safely and competently. The relationship extends beyond technical instruction, as a young person entering an unfamiliar workplace may also need guidance in understanding professional expectations and building confidence.

Mentors may recognise abilities that apprentices have yet to discover. An experienced engineer might encourage a technically minded apprentice to pursue additional mathematics or engineering qualifications, while a site supervisor could recognise someone with strong organisational skills who might eventually progress into management. A plant mechanic might introduce a younger colleague to specialist diagnostic training, opening opportunities that the apprentice had not previously considered.

These relationships can influence educational decisions years after an apprenticeship has ended, and mentorship can also work in both directions. Younger employees may bring familiarity with digital tools and emerging technologies, while experienced colleagues contribute practical knowledge and professional judgement. As construction adopts more sophisticated equipment and working methods, that exchange can benefit both generations.

For employers, there is an additional incentive. Experienced workers approaching retirement possess knowledge accumulated through decades of projects, equipment maintenance and problem-solving, and structured mentoring offers a way to transfer some of that expertise before it leaves the business. Effective programmes require time, suitable support and recognition for those undertaking the responsibility, since a skilled tradesperson is not automatically an effective teacher.

The benefits can last for decades. Someone who received encouragement and guidance as an apprentice may eventually become a supervisor, engineer or business owner, passing their experience to another generation entering the industry.

Giving Technical Education the Respect It Deserves

The status of vocational education remains an important influence on career decisions. Academic qualifications have often been associated with professional ambition, while practical training has sometimes been presented as an option for those considered less academically inclined, a distinction that fails to reflect the knowledge required in modern construction.

A qualified electrician must understand electrical principles, testing procedures, regulations and safe installation methods. A plant mechanic works with complex hydraulic, mechanical and electronic systems, while surveyors and civil engineering technicians depend on mathematics, precision measurement and the interpretation of technical specifications. These are demanding occupations requiring substantial knowledge, practical ability and continued learning.

The UK Government has begun addressing the status of vocational education through reforms to technical pathways in England. In September 2026, the Department for Education announced proposals for Vocational GCSEs, potentially including Building and Construction. The broader technical pathways are intended to begin rolling out from September 2028, with some new vocational qualifications potentially available from September 2029. Their success will depend on implementation, teaching capacity, employer participation and the opportunities available after students complete their courses.

Changing qualifications is only part of the challenge, however, because parents, teachers and careers advisers also influence how young people perceive different occupations. Construction depends on university-qualified engineers, architects and surveyors alongside skilled tradespeople, technicians and equipment operators. These occupations involve different responsibilities and qualifications, but their contributions are closely connected during project delivery.

Academic and practical education can be complementary routes, with opportunities to move between them as interests and ambitions develop. Young people should be encouraged to choose an initial pathway that suits their abilities, without being made to feel that a vocational qualification represents a limit on their future prospects.

Modern Construction Offers More Than Many Young People Imagine

The image of construction presented to young people does not always reflect the diversity of work taking place on modern projects. The September 2026 survey conducted by Sensu Insight on behalf of Procore found that 41% of respondents were unaware that the industry uses technologies such as robotics, artificial intelligence, drones and virtual reality. Meanwhile, 51% said working with AI or digital tools would make a construction career more attractive, suggesting that technology could help broaden the industry’s appeal, although expressed interest does not necessarily translate into employment decisions.

Modern construction includes GPS-guided machinery, laser scanning, digital surveying, building information modelling, automated inspection and sophisticated equipment diagnostics. Engineers and technicians increasingly work with software and data alongside traditional machinery and materials, although not every young person wants a career involving computers.

Some are fascinated by heavy machinery, working outdoors, making things or understanding mechanical systems. Others prefer design, mathematics, project coordination or developing new technologies. A major infrastructure project brings these interests together, with digital systems supporting people who understand how work is carried out and skilled workers increasingly encountering sophisticated equipment and digital information.

Artificial intelligence and automation will change some occupations and working methods, but construction remains closely connected to the physical world, where changing site conditions, safety requirements and practical constraints frequently demand human judgement. The industry’s appeal lies partly in that diversity, offering people with different abilities and interests opportunities to contribute to the same projects.

Showing Young People What Construction Can Offer

Construction has no shortage of interesting stories to tell. Tower cranes dominate city skylines, tunnels are driven beneath rivers and mountains, and enormous machines transform landscapes. Engineers solve problems involving complex structures, ground conditions and materials, while skilled tradespeople turn drawings into physical assets.

These activities attract attention in documentaries, online videos and social media, yet the connection between watching something impressive being built and understanding that it could become a career is not always made. A young person may be fascinated by an excavator, a bridge under construction or a sophisticated piece of machinery without knowing which qualifications or training could lead to working with it.

Employers have an opportunity to make their industry more visible through school visits, supervised practical demonstrations and site tours that introduce pupils to occupations they might otherwise never encounter. Meaningful work experience allows them to observe how projects operate, meet the people involved and understand the responsibilities associated with different roles.

Experienced tradespeople and younger employees can be particularly effective ambassadors. An apprentice explaining how they entered the industry, what they have learned and where they hope to progress may be more relatable than a conventional corporate recruitment campaign. A technician demonstrating how they diagnose an excavator fault or a surveyor explaining how a laser scanner works can also make technical occupations easier to understand.

Digital platforms provide further opportunities. Short videos showing a working day, the progress of a project or the practical challenges solved by an individual trade can reach audiences beyond those attending formal careers events. The material does not need elaborate production, as authentic accounts from people doing the work can provide a more useful impression than polished promotional messages that reveal little about actual employment.

Parents and careers advisers also need access to reliable information. Clear explanations of apprenticeship routes, qualification requirements, realistic earnings, working conditions and future progression can help families evaluate construction alongside other careers. There is an opportunity to connect these activities into a continuous pathway, rather than treating awareness and recruitment as separate efforts.

A school demonstration might lead to a work experience placement, followed by an apprenticeship and a mentoring relationship. The same employer could subsequently support additional qualifications or specialist training as the individual’s career develops. Such an approach would allow construction businesses to build lasting relationships with potential employees, linking early interest with opportunities for professional development.

Turning Interest into Employment

Generating enthusiasm achieves little if young people cannot find a way into the industry. Someone inspired by a construction site visit may struggle to identify local apprenticeships, understand entry requirements or find employers willing to recruit inexperienced applicants. The CITB Industry Picture identifies weaknesses in the connections between training and employment, alongside the loss of experienced workers and the need for more accessible recruitment pathways.

Smaller contractors may face particular difficulties because training inexperienced workers requires supervision and resources, while fluctuating workloads can make long-term commitments difficult. Closer cooperation between employers, colleges and training organisations could help address those barriers. Shared apprenticeship arrangements, structured placements and coordinated training programmes may provide opportunities that individual businesses cannot offer alone.

There is also a responsibility to recognise what entry-level employment involves. An apprentice is entering the workplace to learn, so employers offering apprenticeships must be prepared to provide the instruction and supervision needed to develop competence. That commitment should extend to safe working practices, suitable equipment and realistic expectations.

A Career Worth Staying For

Attracting young people is only worthwhile if the industry can offer an environment in which they want to remain. Construction can involve physically demanding work, difficult weather, early starts and periods of employment uncertainty. It also presents significant occupational hazards, particularly for inexperienced workers who may be unfamiliar with equipment, site operations and changing conditions.

The Health and Safety Executive provisionally recorded 25 fatal injuries to construction workers in Great Britain during 2025/26, a reminder of the responsibilities involved in managing construction workplaces. Young employees need effective induction, competent supervision and an environment where they can ask questions without being discouraged. Experienced colleagues must be able to correct unsafe practices, explain decisions and help apprentices develop confidence without exposing them to unnecessary risk.

Reliable employment practices, fair treatment and opportunities for progression also influence whether people remain in the industry. For businesses, developing skilled workers should be regarded as a continuing investment, and those who provide worthwhile training and support professional development may be better placed to retain experienced employees and build the expertise required for future projects.

A positive recruitment message must also be supported by the reality of working life. The experiences of existing employees will ultimately influence how the next generation perceives the sector.

Building Careers That Last

The UK construction workforce is forecast to reach approximately 2.68 million by 2030, with CITB estimating that an average of 41,200 additional workers will be required annually to support activity and replace people leaving the industry. Meeting that demand will require more than filling apprenticeship vacancies, as construction needs to show young people that skilled employment can provide an introduction to a profession with numerous opportunities for learning and progression.

For some, university will be the right starting point. Others may develop their interests through an apprenticeship or practical employment, returning to formal education when they have the experience and motivation to make the most of it. Good mentors can help connect those stages, passing on technical knowledge and professional judgement while encouraging younger colleagues to develop their abilities.

A young person does not need to know at 16 what they want to be at 40. They need the opportunity to discover their interests, develop useful skills and continue learning as their ambitions change. Somewhere in a classroom today is a future bridge builder, plant engineer, master electrician or construction entrepreneur who may already possess the curiosity, determination and practical ability to build a rewarding career, but is unlikely to discover that opportunity unless someone introduces them to it.

Construction has the projects, the technology and the experienced professionals capable of inspiring the next generation. It needs to make those opportunities visible and give young people a meaningful way to become part of them.

Key Industry Questions

1. What qualifications are needed to begin a career in construction? Requirements vary by occupation and training pathway. Apprenticeships, college courses and employer training programmes provide routes into different trades, while some technical occupations require specific GCSEs, equivalent qualifications or further study.
2. Can someone become an engineer after starting in a construction trade? Yes. Experienced tradespeople and technicians can progress towards engineering through further technical qualifications, higher education or degree apprenticeships, subject to programme entry requirements and professional accreditation arrangements.
3. Is it possible to study engineering while working? Part-time, blended and distance-learning courses can allow people to continue employment while studying. Some engineering qualifications require laboratory attendance, practical assessments or supervised training.
4. What is the difference between an apprenticeship and a degree apprenticeship? Both combine employment with structured learning. Degree apprenticeships operate at higher qualification levels and lead to a bachelor’s or master’s degree as part of the programme.
5. Why might practical experience be valuable before university? Experience can help students understand how theoretical principles relate to materials, machinery, construction methods and real project conditions. Academic preparation remains important, particularly for mathematics-intensive engineering courses.
6. How can mentorship support construction apprentices? Experienced mentors help apprentices develop practical skills, professional judgement, confidence and safe working practices. They can also provide guidance on qualifications, specialisation and career progression.
7. How can construction companies reach more young people? Employers can engage with schools and colleges, offer work experience, demonstrate equipment and technical occupations, share authentic employee stories and explain accessible routes into apprenticeships and training.
8. Are construction trades vulnerable to artificial intelligence? AI and automation are changing construction tasks and processes, but many occupations involve physical work, site-specific conditions and safety-critical judgement. Continuing technical education can help workers adapt as technology develops.

Strategic Takeaways

1. Practical employment can provide a foundation for later academic study, allowing workers to select qualifications informed by experience and professional interests.
2. Construction offers multiple routes into recognised qualifications, with opportunities to progress through apprenticeships, technical education, professional certification and university study.
3. Mentorship supports the transfer of practical knowledge and professional judgement while helping young workers identify opportunities for further development.
4. Recruitment depends on making careers visible to young people, explaining realistic entry routes and connecting early interest with accessible training and employment.
5. Long-term workforce development requires safe working environments, meaningful supervision and opportunities for employees to develop throughout their careers.